DF3068F25V - Renesas Electronics - searchdatasheet.com

H8® Family of

Microcontrollers

In 2005, Renesasearned

a 23% share of the global

MCU market — more

than any other supplier —

and an 11% market share in

the Americas (a 12% increase),

according to Gartner

Semiconductor Industry

Worldwide Annual

Market Share Database,

March 31, 2006

RENESAS

ACHIEVED

12%

MARKET SHARE

GROWTH IN THE

AMERICAS IN 2005!

RENESAS IS

WORLDWIDE

IN MCU

SHIPMENTS

IMPORTANT!

• This document may, wholly or partially, be subject to change without notice.

• All rights are reserved: No one is permitted to reproduce or duplicate, in any form, the whole or part of this document without the express permission of Renesas Technology America, Inc.

• Renesas will not be held responsible for any damage to the user that may result from accidents or any other reasons during the operation of the user’s unit according to this document.

• Circuitry and other examples described herein are meant merely to indicate the characteristics and performance of Renesas semiconductor products. Renesas assumes no responsibility for any intellectual

property claims or other problems that may result from applications based on the examples described herein.

• No license is granted by implication or otherwise under any patents or other rights of any third party or Renesas Technology Corp.

• MEDICAL APPLICATIONS:

Renesas products are not authorized for use in MEDICAL APPLICATIONS without the written consent of the appropriate officer of Renesas’ sales company. Such use includes, but is not limited to, use

in life support systems. Buyers of Renesas products are requested to notify the relevant Renesas sales officers when planning to use the products in MEDICAL APPLICATIONS.

H8®Family of Microcontrollers2006 Catalog

Renesas Technology America

Renesas Technology, the #1 global supplier of microcontrollers, offers hundreds of devices in our H8®, R8C/Tiny,

M16C™and SuperH®families, among others, that have solid technology roadmaps and cover wide spans of performance,

integration, power efficiency and price points. Our advanced silicon solutions simplify system optimizations, facilitate

design enhancements and diversifications, and help you meet tight cost budgets. You can shorten your system design cycles

and improve your time-to-market by taking advantage of our total system support, which includes starter kits, HW/SW

tools, reference designs/platforms, example software code, and middleware. Expert third-party support is available as well.

Renesas — Your Best Decision for Microcontrollers and Microprocessors

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H8 Architecture

M16C Architecture

32-Bit RISC

• Highest performance

• Highest integration

32-Bit

• Highest-performance

CISC

16-Bit

• Broadest selection

of MCUs

16-Bit

• Lowest-cost system

solution for 8-bit

applications

8-Bit

• Lowest cost MCUs

with LCD driver

SH-4, SH-4A series

SH-3, SH3-DSP series

SH-2, SH2-DSP, SH-2A series

M32C/100 series

M16C/Tiny series

R8C/Tiny series

M32C/90 series

M32C/80 series

M16C/62P series

SuperH

Architecture

2006

H8S/SLP series

(20MHz)

H8S/Tiny series

(20MHz)

H8S series

(50MHz)

H8SX series

(100MHz)

2008

H8/Tiny series

(20MHz)

H8S series

(35MHz)

H8SX series

(50MHz)

H8/300H SLP series

(10MHz)

H8/300L SLP series

(16MHz)

Introduction

Renesas H8 Solutions

Speeds up to 50MHz, providing 50MIPS with single-cycle flash access

Single-voltage-programmable on-chip flash — 8KB to 1MB

Mask-ROM versions for many flash MCUs — 2KB to 512KB

Devices in the H8 series offer more than 100 different on-chip peripherals

• Match peripheral set to application

• Choose from timers, A/Ds, D/As, on-chip oscillators, low-voltage

detect, and DMA functions, among many others

• UART, SPI, I2C, IrDA, CAN, LIN, USB, Smart Card, LCD, POR, etc.

• Super-low-power CMOS technology — 200µA @ 1MHz, 0.4µA @ 32kHz

• Up to eight power-down modes

• 32kHz sub-clock oscillator

Improved technology and design techniques for a 20dB reduction

in noise compared to conventional products

• Fully integrated tool suite of H/W and S/W tools

• Highly optimized Renesas C/C++ compiler

• 100% upward code compatibility

Best in the industry

• Experienced application engineers

• Training courses and development tools available online at

www.renesasinteractive.com

Market Needs

High performance

Wide range of programmable memory

Wide range of low-cost memory

Integrated peripherals, including

support for industry-standard

interfaces

Low power consumption

Low radiation noise

Development environment

Cost/performance

Support and training

Renesas Technology America, Inc. is a leading supplier of

8/16/32-bit microcontrollers (MCUs) and microproces-

sors. The cost-competitive Renesas MCUs in the

H8®family are ideal for low-power, high-performance

embedded systems in consumer, industrial, medical,

communication and automotive applications.

MCU Series in the H8 Family

The H8 microcontroller family encompasses a wide range

of devices, from 8-bit low-cost, super-low-power,

low-pin-count MCUs to 32-bit high-performance devices.

Upward code compatibility is maintained in the various

H8 MCU series.

The H8/300L and H8/300H super-low-power (SLP)

MCUs are excellent solutions where battery life is critical.

The H8 Tiny series devices provide the performance of

16-bit MCUs, yet are economical enough for many

8-bit applications.

The H8S/2100 series includes a device with multiple serial

interfaces that are optimized for enclosure management

control in PC/Server (IPMI) and notebook applications.

This family includes certified high-speed USB functionality.

The H8S/2200 series MCUs include devices with a

USB v2.0-compatible interface (Bus or Self powered)

and devices with a 40-segment LCD controller that’s a

great match for low-cost PC peripherals, metering

instruments, and medical diagnostic equipment.

The H8S/2300 series MCUs provide many device

choices for optimizing system cost, performance and

features.

The H8S/2400 series MCUs have enhanced peripherals

for use with LCD monitors and other home electronics.

The H8S/2500 series MCUs are designed for audio

and automotive applications. This series features

multiple serial ports, I2C and CAN, and includes

selectable 3V and 5V signaling on the GPIO lines.

The H8S/2600 series MCUs have on-chip HCAN

(Hardware Controller Area Network) controllers

and are top choices for automobile and industrial

applications.

The H8SX series MCUs provide a 32-bit performance

upgrade path for the H8 family, maintaining code com-

patibility and offering a rich set of on-chip peripherals.

H8®Family of Microcontrollers

32-bit CPU H8SX

High performance — up to 50MIPS

144- to 100-pin device, main system connectivity

Flexible, high-performance data path management

USB-certified, Bus- or self-powered • External Data and Address

H8 SLP

8MHz

LCD, Super

Low Power

CODE-COMPATIBLE MOVING UP AND DOWN

INCREASING PERFORMANCE/FEATURES

16-bit CPU H8/300H H8S/2000 H8S/2600

High performance — up to 20MIPS

Advanced data path management

Extensive array of peripherals

for all applications

USB-certified, bus- or self-powered

Complex waveform generators

for motor control

On-chip oscillators, POR & LVD

LCD, Low Power operation

H8 SLP

10MHz

LCD, Super

Low Power

H8 SLP

Family H8 Tiny

20MHz

Low Pin

Count,

CAN, POR,

LVD

H8 Tiny

Family

H8S Family

H8S/2100

33MHz

Notebook PC

enclosure mgmt.

H8S/2200

24MHz

LCD, USB 2.0,

Low Power

H8S/2300

35MHz

General

Purpose

H8S/2400

20MHz

Enhanced

peripherals

H8S/2500

26MHz

Audio,

CAN

H8S/2600

33MHz

Automotive

Apps, CAN

H8SX/1500

48MHz

High performance,

CAN, 5V

H8SX/1600

50MHz

High performance,

USB, 3V

H8SX

Family

8-bit CPU H8/300L

Optimized for low-power operation

Built-in LCD controller

Real-time clock with 32kHz sub clock

Multiple timers & A/D interfaces

The H8 Family Roadmap

Family Overview

A Global Leading Position

Renesas Technology has acquired an impressive reputation for leadership and earned a large share of the

embedded processor market growth areas of industrial and commercial applications. For example, H8S/2100

devices have gained about a 70% worldwide share of microcontrollers used in PC Server power management.

Address

H8 Series CPU MHz Space Features / Remarks Applications

H8/300L SLP 8-bit 8 64KB Super low power, LCD driver, Utility meters, glucose meters,

Low-Voltage Detect, Power-On Reset battery-powered security devices,

home electronics, HVAC controls

H8/300H SLP 16-bit 10 16MB Super low power, Thermostats, HVAC, glucose meters,

LCD driver with voltage boost, security sensors, building automation,

14-bit ADC, 1.8V Flash, 0.5µA @ 32kHz lawn sprinkler control

H8/Tiny 16-bit 20 16MB Low pin count, smaller package, White goods, home electronics, automotive

POR, LVD, CAN, LIN, SPI control systems, controller for small motors

H8S/2100 16-bit 33 16MB LPC bus interface, multiple I

C busses, Notebook PC power management,

PS/2 interface, multiple PWM, enclosure management for servers/routers,

16-channel ADC, high-speed USB IPMI applications, USB digital cameras

H8S/2200 16-bit 24 16MB Low power, LCD controller, PC peripherals, barcode scanners,

USB v2.0, I

C, smart card interface medical equipment, HVAC, utility meters,

electronic point-of-sales equipment

H8S/2300 16-bit 35 16MB Smart card interface, DMA controller, General applications, label printers,

SDRAM interface GPS systems

H8S/2400 16-bit 20 16MB Low power, hardware multiplier, I

C, LCD monitors, LCD-TVs, plasma-TVs,

enhanced timers, multiple serial channels projectors, home electronics

H8S/2500 16-bit 26 16MB Low power, 3V and 5V I/Os, Audio, automotive audio

enhanced communication channels

H8S/2600 16-bit 33 16MB HCAN, H/W MAC, smart card interface, Airbag controllers, tire pressure monitors,

PC break controller, DMA controller, power steering controllers, pump controllers,

SDRAM interface siren controllers

H8SX/1500 16-bit 48 16MB Fast multiply and divide, Automotive body control

enhanced bit manipulation, CAN

H8SX/1600 32-bit 50 4GB Fast multiply and divide, enhanced bit ePOS, barcode scanners, printers,

manipulation, USB, SDRAM interface fitness equipment, USB devices

H8 Series MCU Product Overview

H8®Family of Microcontrollers

ER0

ER1

ER2

ER3

ER4

ER5

ER6

ER7 (SP)

General Registers

Control Registers

EXR

76543210

HUNZ VC

CCR

----

I2 I1 I0

76543210

31 0

23 15

15 0 7 0 7 0

R0H

R1H

R2H

R3H

R4H

R5H

R6H

R7H

R0L

R1L

R2L

R3L

R4L

R5L

R6L

R7L

MAC Registers

Vector Base

Short Base

Sign extension

63 3241

031

(Reserved)

31 012

(Reserved)

31 08

MACL

MACH

H8 CPU Register Set Diagram

H8S/2600 MAC

69 instructions

8 address modes

H8SX MAC

87 instructions

9 address modes

• Four MAC instructions added

• Data bus width extended to 32 bits

• Enhanced memory operation support

• Enhanced address modes

• Enhanced bit operation instruction

H8/300L

57 instructions

8 address modes

H8/300H

64 instructions

8 address modes

H8S/2000

65 instructions

8 address modes

• 8/16-bit arithmetic & logic instructions

• Unsigned MULT/DIV instructions

• Powerful bit manipulation instructions

• 8/16/32-bit arithmetic instructions

• Enhanced push and pop instruction

• Signed/unsigned MULT/DIV instruction

• Signed/unsigned extension instruction

• Enhanced trap exception handling

• Multiple load/store instruction

Upward Compatibility

H8 MCUs: Fully Upward Compatible

H8 CPUs are all CISC-based (Complex Instruction

Set Computation), developed to allow compatibility up

and down the various H8 series. This makes it easy to

move between the product lines in the H8 family.

The CPUs within the H8 family range from 8-bit,

low-power optimized cores, to full 32-bit high-performance

cores that achieve 1MIPS/MHz.

Benefits of H8 CPU cores include:

• Most instructions execute in one clock cycle

• Built-in hardware MAC (H8S/2600 and H8SX only)

• Fast multipliers and dividers

• Enhanced memory addressing schemes

(memory-to-memory access, one instruction)

• Advanced conditional branching instructions

• Powerful CISC instructions with small code size

CPU Register Set

The CPUs within the H8 family are

designed from the same register set,

allowing complete compatibility.

H8/300L devices

use 8 general-purpose registers as

8 and 16 bits. PC is 16 bits wide.

H8/300H devices

use 8 general-purpose registers as

8, 16 and 32 bits. PC is 24 bits wide.

H8S/2000 devices

use 8 general-purpose registers as

8, 16 and 32 bits. PC is 24 bits wide.

H8S/2600 devices

use 8 general-purpose registers as

8, 16 and 32 bits. PC is 24 bits wide.

Hardware MAC.

H8SX devices

use 8 general-purpose registers as

8, 16 and 32 bits. PC is 32 bits wide.

Hardware MAC. VBR and SBR

available.

The H8 Architecture

H8 MCUs: Faster

Execution Times

Besides maintaining compat-

ibility within the family,

H8 CPUs have been optimized

for high performance.

The majority of the instruc-

tions in the powerful CISC

instruction set will execute

in one clock cycle, giving

RISC-like operation.

Enhanced Hardware

for Performance

Enhanced multipliers and

dividers are included in the

CPU core to boost throughput

for mathematical operations

and further enhance the

performance of the CPU cores.

The H8S/2600 and H8SX

CPU cores each have a

hardware MAC (Multiply and

Accumulate) block for extra

performance in applications

that involve data computa-

tions.

H8 MCU System

Performance

H8 microcontrollers are designed to

deliver high throughput for excellent

application performance.

For example, their CISC CPU cores

execute most instructions in just one

clock cycle, and their Advanced

Data Management peripherals

utilize a 3-bus architecture to speed

data transfers.

Also, the on-chip Flash can be

accessed in a single cycle, achieving

the best possible performance

per MHz.

H8/300 H8/300H H8S/2000 H8S/2600 H8SX

Basic Instructions Execution 2 cycles 2 cycles 1 cycle 1 cycle 1 cycle

Bus Width 8-bit 16-bit 16-bit 16-bit 32-bit

No. of Instructions 57 64 65 69 87

Address Space 64KB 16MB 16MB 16MB 4GB

9 MIPS

H8S/2000

@ 20 MHz

11 MIPS

H8S/2000

@ 25 MHz

15.2 MIPS

H8S/2600

@ 33 MHz

H8SX

@ 35 MHz

35 MIPS

H8SX

@ 50 MHz

50 MIPS

Dhrystone 1.1 MIPS value

Instruction H8S H8SX

MULXU.B 3 1

MULXU.W 4 1

MULXS.B 4 2

MULXS.W 5 2

MULU.W - 2

MULU.L - 5

MULS.W - 2

MULS.L - 5

MULU/U.L - 6

MULS/U.L - 6

CLRMAC 1 1

LDMAC 1 1

STMAC 2 1

MAC 4 4

Instruction H8S H8SX

DIVXU.B 12 10

DIVU.W - 10

DIVXU.W 20 18

DIVU.L - 18

DIVXS.B 13 12

DIVS.W - 11

DIVXS.W 21 20

DIVS.L - 19

H8 Family CPU Core Overview

Advanced Multiplier

execution cycles

Advanced Divider

execution cycles

H8®Family of Microcontrollers

■Renesas: The #1

Flash MCU supplier

• Renesas, the world’s #1

supplier of flash, has

shipped over 1 Billion

flash MCUs

• Wide range of sizes of

highly reliable F-ZTAT

(flash) up to 1MB,

in 0.18µm process

• Fastest flash write time:

2.5 sec./ 128KB for

0.18µm process

• Access as fast as

10ns @ 100MHz

• Up to -40°C to +125°C range

• Multiple user-friendly modes for

programming/reprogramming

flash memory

• User mode allows flash to be

programmed or erased by user

application software

• Boot mode allows in-system

programming using RS-232

serial port

• USB devices can be optionally

programmed via the USB port

• User Boot mode allows storing

a custom flash update routine

in a special protected area

• Write mode enables MCU

programming with desktop

or production programmers

• Flash can be programmed via

the on-chip debug emulator

Next-Generation

Non-volatile

Memory

- MRAM

- PRAM

MONOS-type

FLASH

(MONOS = Metal

Oxide Nitride

Oxide Silicon)

80MHz (0.2- 0.18µm)

2004 2005 2006 2007 2008 2009 2010 2011 2012 2013 2014

Stacked-type

(NOR) Flash HND

Memory Structure

NOR

80MHz (150 nm)

NOR

50MHz (180 nm)

MONOS

133MHz (65nm)

166MHz (45nm)

New

NVM

New

NVM

80MHz

100MHz (150 nm)

MONOS

100MHz (90nm)

MONOS

All Flash memory accesses are

single cycle, eliminating the

need for pre-fetch operations.

MRAM

80MHz (130 nm)

NOR

TOP REASONS TO SELECT H8

Serial Transfers using DMA only

Parallel operation made possible

by using DMA + EXDMA allows

more data transfers in a given

length of time for increased

system throughput

Parallel Transfers using DMA + EXDMA

A1 A2 A3

B1 B2

A2A1 A3

Bus Bridge

Internal Bus

Peripheral Bus

External Bus

DMA

(4ch)

EXDMA

(Full Speed)

Flash

ROM

INTC BSC

H8S CPU RAM DTC

External SRAM

External Device

Time Saved

“A” Transfers

“B” Transfers

I/O Ports

Powerful Data Path

Management

H8 products are fully optimized system

solutions, so besides powerful CPU core

processing, H8 MCUs have advanced

data path management.

There are three types of data movement

engines: System DMA, External DMA

and Data Transfer Controller. The

Advanced Bus System Controller

manages complex data and control

across the multiple-bus architecture.

The H8S and H8SX MCU architectures

use 3 separate buses. Data movement on

the External Bus and System Bus can

operate in parallel, greatly increasing

system performance by optimizing

operation per clock cycle.

This example shows system operation (red) using the

System DMA, while in parallel the External DMA is

transferring data between an external device and the MCU

(yellow). This parallel operation reduces time for operation.

Top Reasons To Select H8

■On-chip Memory (SRAM)

• Many sizes of on-chip high-speed

SRAM: 256 Bytes to 56KB

• 8KB of JTAG debug memory can be used for

system op. (allowing 64KB on-chip SRAM)

• Single-cycle access at maximum speed

■Low Power Consumption

Multiple innovative techniques

minimize MCU power consumption

• 0.4µA @ 32kHz

• Operating voltages as low as 1.8V

• Up to 8 power-down modes

• Module Standby mode allows software to

selectively halt on-chip functions

• Dual clock oscillators with 32kHz sub-clock

• On-chip oscillators

• Short oscillator stabilization times

(20µs, typically)

• Standby current as low as 0.1µA

H8 Power Consumption: H8/38602

1/20000

1/2500

1/10

Power consumption

(relative value)

Normal speed mode (3V, 10MHz)

Module Stop, Sleep,

Medium-Speed mode

Watch mode

(3V, 32KHz) Standby

mode (3V)

Shorter Crystal Stabilization Time

competitor's

oscillation circuit

H8/38602

oscillation circuit

20μs, typically

Loss of Icc

milliseconds

Vcc

TOP REASONS TO SELECT H8

• Certified USB

full-speed and

high-speed;

bus- or self-powered

• Multiple channels of

serial asynchronous/

synchronous interface

• Synchronous serial

unit (SSU) is compat-

ible with Freescale

(Motorola) SPI™

• I2C™two-wire serial

interface conforms

to Phillips standard

• IrDA interface for

easy wireless line-of-

sight connectivity

• Smart Card interface

conforms to

ISO/IEC 7816-3

• Controller Area

Network (CAN 2.0B)

function for highly

reliable networked

embedded systems

MCU

Peripheral

Chip array

CAN

LED &

Sensors

USB

I2C

IrDA

MCU

MCU PC

Industry-standard Serial

Communication Interfaces

• On-chip oscillators as

fast as 20 MHz

available to CPU and

all peripherals

• Low-voltage detect

circuits to monitor

power supplies

efficiently without

additional components

• Power-on Reset circuit

eliminates external

chip and guarantees

a clean and reliable

start-up

• High-current I/Os can

drive LEDs directly

• LCD controllers with

booster circuits drive

higher voltage

displays without

the need of DC-DC

converters

• Internal voltage

regulators eliminate

need for expensive

power circuits

• Large range of

internal reliable flash

memory & high-speed

RAM that suffice

for most system

requirements

Res

Vcc

On-chip

Oscillator

Xin

Vss

POR,

LVD

External

Clock

Memory

External

Reset

Fail-Safe

Features

Internal

Flash &

RAM

Direct-LED

driving

Versatile

Functionality

GPIO

Many

Peripherals

CPU

High component integration reduces

system cost and design complexity

Peripherals

H8®Family of Microcontrollers

■LCD Controller

• Option for using on-chip or

external power supply

• Built-in LCD RAM (up to 128

bits) with byte or word access

• Supports multiple duty cycles:

static, 1/2, 1/3, or 1/4

■Universal Serial Bus

• Provides v2.0 support

• Offers full-speed, 12Mbps

communication

• Offers high-speed, 480Mbps

communication (H8S/2170)

• Bus-powered mode or

self-powered

• Up to 9 endpoints can be specified

• Four transfer modes supported:

Control, Interrupt, Bulk, and

Isochronous

• On-chip bus transceiver with

option for using external

transceiver

• Total 1280-Byte FIFO buffer

■Hardware Controller Area

Network (HCAN) Function

• Fully compatible with Bosch

v2.0B specification

• Ideal for automobile and

industrial applications

• Bi-directional 2-wire serial

communication

• Maximum speed up to 1Mbps

• Data length: 0 to 8 bytes

• Number of channels: 1 or 2

• Two data transmission methods:

– Mailbox (buffer)

– Message priority (identifier)

• Supports 12 CPU interrupts

• Supports 6 operating modes

φ/2 to φ

/256

φw

SEGn (n = 1 to 40)

LCD port control register

LCD control register

LCD control register 2

Display timing generator

LCD RAM

20 bytes

Internal data bus

40-bit

shift

LCD drive

power supply

(On-chip 3-V

constant-voltage

power supply circuit)

Segment

driver

Common

data latch

Common

driver

Vss

COM1

COM4

SEG40

SEG39

SEG38

SEG37

SEG36

SEG1

Vcc

LCD trimming register

BGR control register

Peripheral address bus

Peripheral data bus

MPI

Microprocessor

interface CPU interface

Control register

Status register

MBI

Message Buffer

Mailboxes

Message control

Message data

MC0-MC15, MD0-MD15

LAFM

HCAN

(CDLC)

CAN

Data Link Controller

Bosch CAN 2.0B

active

Tx buffer

Rx buffer

HTxD

HRxD

HCAN Block Diagram

USB Block Diagram: H8S/2215R

Registers

Interface

Internal

transceiver

[Connection/disconnection]

[Data]

[Internal bus]

[System clock]

[USB operating clock]

[Interrupt request signal]

[Power mode selection]

[Power supply]

Peripheral data bus

Peripheral address bus

Peripheral bus

control signal

(12MHz)

(48MHz)

(16MHz)

EXTAL48

XTAL48

VBUS

[Suspend]

DrVss

DrVcc

UDC core

USD+

USD-

D+

D-

PLL circuit

(x3)

USB clock

generator

1280-Byte FIFO

EP3i

EP3o

EP0o

EP1i

EP2i

EP2o

EP5iEP4i

EP4o

EP0s

EP0i

UDC synchronization

circuit

USPND

UDC:

USB Device Controller

EP0s:

Endpoint 0 setup FIFO

EP0i to 5i:

Endpoint 0 to 5 In FIFO

EP0o to 4o:

Endpoint 0 to 4 Out FIFO

Legend:

IRQ6

EXIRQ0, EXIRQ1

DREQ0, DREQ1

UBPM

USB

[DMA internal request signal]

LCD Block Diagram: H8/38099

Peripherals

H8 Peripherals

■DMA Controller (DMAC)

• Max. of 4 channels can be used

• Dual-address or single-address

mode can be selected

• Supports Single, Burst, Sequential,

Idle and Repeat Transfer modes

• Data can be transferred in word

or byte units

• Activation: internal interrupt,

external request, auto-request

■Data Transfer Controller (DTC)

• Max. of 85 channels can be used

• Multiple transfers or multiple

types of transfers possible for

one activation source

• Supports Single, Burst, Chain and

Repeat Transfer modes

• Data can be transferred in byte or

word units

• Activation sources: interrupt and

software

■External DMA Controller

(ExDMAC)

• Max. of 4 channels can be used

• Selection of byte or word transfer

data length

• Transfer data in parallel with CPU

or other internal bus master

• Dual-address or single-address

mode can be selected

• Supports Single, Burst, Sequential,

Idle and Repeat Transfer modes

• Data can be transferred in word

or byte units

• Activation: internal interrupt,

external request, auto-request

DTC

service

request

Interrupt

controller

On-chip 1KB RAM

Channel n

Interrupt

request

n + 1

n + 2

Source

Memory data

Destination

DMA Register

Source

Serial I/O

Destination

Memory

Data Transfer Controller: Chain Transfer Mode

Address bus

A15 to A0

External

memory

External

device

(Read)

(Write)

Address bus

Data bus

HWR, LWR

A23 to A0

H8S/2633

DACK

Single-Address Mode

(Parallel read and write)

External

memory

External

device

Read (1st cycle)

HWR, LWR

H8S/2633

Dual-Address Mode

(Two-cycle read and write)

Address bus

A23 to A0

BUFFER

D15 to D0

Write (2nd cycle)

Data bus

D15 to D0

DMA Controller Block Diagram

ExDMA Controller Block Diagram

Data flow

External

address bus

External

data bus

EXDMAC

EDACK

EDREQ

External

memory

External device

with DACK

Peripherals

H8®Family of Microcontrollers

■Analog Interfaces

• 4- to 16-channel 10-bit successive-

approximation A/D converter (ADC)

• 2-channel, 14-bit delta-sigma ADC

• 2- to 4-channel 8-bit D/A converter

■Timers

• Rich suite of 8-bit and 16-bit

multifunction, multipurpose timers

– Input capture, output compare, auto

reload, event counter, up/down counter,

interval timer, and sleep mode timer

• 3-phase Motor Control Timer

– 2-phase encoder with up/down count

capability

– Suitable for motor control apps

• Asynchronous Event Counter (AEC)

– Counts events even when system clock

is disabled for power saving

• Watchdog timer (WDT) with inde-

pendent RC circuit for greater safety

• 10-bit or 14-bit Pulse Width

Modulation (PWM) timer with

ripple-reduction feature

– Can be used as a D/A converter by

adding an external low-pass filter

• Real-Time Clock (RTC): seconds,

minutes, hours, days and weeks

■Arbitrary Waveform Generation /

Programmable Pulse Generator

(PPG) / Timing Pattern Controller

(TPC)

• Arbitrary waveform patterns are

stored in memory and generated on

output pins with the PPG or TPC in

conjunction with a timer and DMA

• Provides 8/16-bit programmable pulse

outputs using TPU as base

• Output trigger signals can be selected

in 4-bit groups

• Each group can operate both

simultaneously and independently

• Output trigger signals can operate in

parallel with DTC and DMAC

PGA

ADCR

Internal data bus

PSS

Multiplexer

IRRSDADCN

fovs = Φ

fovs =

Φ/2, Φ/4, Φ/8, Φ/16, Φ/32

Secondary

A/D converter

LCD drive power supply circuit

Reference voltage

generator

Legend

DCR:

DSSR: IRRSDADCN:

DDR:

BGRMR:

A/D conversion end interrupt request flag

A/D data register

Band-Gap Regulator (BGR) control register

Band-Gap

reference circuit

Clock interrupt

control circuit

Dout (16 bits;

14 bits are valid)

Programmable gain amplifier

System clock

ADSSR

LCD

ADDR (16 bits)

Ain1

Ain2

ref/REF

ACOM

Buffer

BGRMR

A/D control register

A/D start/status register

H8/38086 14-bit Delta-Sigma A/D

Select clock Bus interface

Clock

Internal data bus

DADRA

DADRB

PWX1

Internal clock

PWX0 Fine–adjustment pulse addition

Fine–adjustment pulse addition

Legend:

DACR:

PWM D/A control register

DADRA:

PWM D/A data register A

DADRB:

PWM D/A data register B

DACNT:

PWM D/A counter

DACR

Control

logic

Base cycle compare match A

Base cycle compare match B

Base cycle overflow

Module data bus

Comparator

DACNT

Internal clock

32KOVI (IRQ15)

(Interrupt

request signal)

SUBCK/64

SUBCK/256

SUBCK/32

SUBCK/128

Clock

Counter

TCNT32K TCR32K

Module bus

Clock

Select

Bus

Interface

Internal bus

TK32K

H8/Tiny 14-Bit PWM Timer Block Diagram

H8S 32K Sleep Mode Timer Block Diagram

Peripherals

H8 Peripherals

■Low-Pin-Count (LPC) Interface

• A popular interface to communicate to PC chip set

used in notebooks and PC servers

• Performs serial data and address transfer using

33MHz clock

• Supports I/O read and write cycles

• Supports serial interrupt on single line

• Supports power-down mode

• Reduced pin count

■Host Interface X-Bus Interface

• Enables connection to the ISA (X-BUS)

• Four channel parallel interface

• Five host interrupt requests

■Keyboard Buffer Controller (KBC)

• Conforms to PS/2 specification

• Error detection, parity error and stop bit monitoring

• Five host interrupt requests

■PC Break Controller (PBC)

• Simplifies program debugging

• Instruction and data compare

■Dual-Tone Multi-Frequency

(DTMF) Generator

• Generates DTMF frequency sine waveform,

with minimum distortion

• Synthesis or single waveform

■On-chip Bus Controller (BSC)

• Provides glueless interface with external devices

• Supports basic SRAM, burst-ROM interface

• Manages external, addressable 16MB region

(8 different areas)

• Bus specification can be set independently

for each region

• Selectable 8- or 16-bit bus width

• Choice of 0 to 7 programmable wait-state access

• Supports direct connection to SDRAM

on selected devices

• Includes a bus arbiter for bus mastership arbitration

• Burst ROM interface can be set for area 0

• External write cycle and internal access can be

executed in parallel

• Idle-cycle insertion capability

Output control

Mask control

Output control

Match signal

PC break

interrupt

Match signal

Mask control

BARA BCRA

BARB BCRB

Comparator Control logic

Comparator

Internal address

Access

statusControl logic

PC Break Controller Block Diagram

control

Output

control

Row

Column

TONED

LSI

Pxx

DTMF

ref

HA16808ANT

MUTE

2SC458

2 k

24 kΩ

100 kΩ

360 kΩ

+0.47 μF

Note: The numeric values on the right end of the signal lines indicate the HA16808ANT pin numbers.

TONED Pin Output Equivalent Circuit

DTMF Application Usage

Renesas’ integrated development environment

The High-performance Embedded Workshop (or HEW) is a

graphical development environment for C/C++ compiler

toolchains with an industry-standard look and feel. Through

the use of menus, toolbars, status bars, dockable windows

and context-sensitive local menus, HEW integrates key capa-

bilities that can help you create and manage your embedded

microcontroller software projects. Its capabilities include:

• Project creation and editing

• Graphical configuration of compiler tools

• Project Make • Debugging • Version control

HEW provides enhanced functionality and an integrated

instruction simulator that allows you to debug application

code even when hardware isn’t available. Also, the C/C++

compiler toolchains bundled with HEW generate code that

executes faster and/or takes less memory space on Renesas

microcontrollers.

One familiar interface, many functions

You can quickly learn the powerful tools you need for

developing application code, and you have easy-to-use control

over those tools.

Moreover, you can work with an interface that remains

consistent across the entire range of Renesas MCUs and MPUs

for greater efficiency. The interface is also highly customizable,

so you can create an even more efficient environment for

developing your application.

Wizards simplify start-up processes

You can start projects fast by taking advantage of

HEW’s Project Generator “Wizards.” Let them guide you

through the

selection of

configuration

options,

debugger

targets, and

the creation of

startup code.

■Overview

Renesas and the many third-party suppliers in the

H8 community provide a wide range of hardware

and software tools and other support services.

Renesas offers products that cover all stages of the

development of embedded systems that use H8

microcontrollers.

•Evaluation—Low-cost or no-cost Renesas tools

make it easy to discover the capabilities of H8

MCUs and test the problem-solving power of the

tools themselves, including the High-performance

Embedded Workshop (HEW) integrated software

development and debugging environment. A

freely downloadable evaluation version of HEW

lets you evaluate the ability of the Renesas C/C++

compiler to generate efficient code, and

evaluation boards enable you to immediately test

that code on known working hardware. In

addition, the Renesas Interactive online

engineering laboratory lets you use your own PC

to get hands-on experience with powerful

software and hardware tools and experiment

with MCUs before purchase.

•Debugging—When you begin working on the

design of your system, you can develop code using

the full, unlimited compiler in exactly the same

HEW environment. To track down bugs, use

Renesas’ on-chip and full in-circuit emulators,

which have powerful specialized debugging

hardware for trapping specific conditions and

recording program activity.

•Final Programming—Use Renesas’ Flash

Development Toolkit, which has an easy-to-use

interface, to program your debugged application

into any of the many H8 MCUs that incorporate

Renesas’ mature on-chip flash memory technology.

All the tools required for developing H8-based

applications are available from Renesas distributors.

These tools have been developed by groups within

the worldwide Renesas organization, experienced

engineers who have access to the designers of the

devices themselves. Their insight and expertise

ensures the best possible tool performance and

support.

■Software

H8®Family of Microcontrollers

Project Manager

– Graphical control of

compiler/linker options

– Function browser

– Drag and drop code templates

– Built-in (or external)

project make

Output Window

– Shows messages from

build and find-in-files

– Linked to source in editor

– Version-control log

Local Variable

Watch

C/C++

Variable Watch

Stack Trace

Memory View

– Highlights changed

values

Virtual Desktop

– Allows multiple screen

layouts to be recalled at

the click of a button

Built-in Editor

– Syntax-sensitive

coloring

– Multiple files

open at once

– Source-level

debugging

Full Bus Trace

Complex Break

Conditions

HEW Profile Tree and Chart views

HEW Integrated Development Environment

New features to help optimize

your application code

The integrated simulator/debugger

has specific features and windows

for testing the application code

produced in the build process:

• Code profiling window (includes

statistical and graphical displays)

• Performance analysis

• Code Coverage window

• Macro recorder and test case

analysis

Additional analysis tools help you

understand the operation and

architecture of your embedded

system application:

• Call Walker stack-trace analyzer

• Link Map file viewer

H8®Development Tools

Optimized C/C++ code generation

toolchains

The Renesas compiler toolchains

(compiler, assembler and linker)

support the full C++ language

specification and are backward

compatible with C. They have

extensions for complete embedded

system control directly from C,

without requiring the use of any

assembler code. These extensions

cover:

• Interrupt service routines

• Condition control register

operations

• Sleep instruction

• Pseudo functions for instructions

such as multiply-and-accumulate

and decimal add and subtract

• Control of the optimized

addressing and function call

features of the device

architecture and instruction set

The inter-module optimizing linker

produces optimized software load

modules by performing global

optimizations on your application.

Free evaluation HEW download

The flexible licensing technology

in Renesas’ compiler toolchains

means you can download a free

evaluation copy of HEW with the

compiler and generate unlimited

code for 60 days. This is very

useful for benchmarking optimiza-

tion efficiency and architecture

performance. After 60 days, code

size is limited to 64 Kbytes, which

still allows you to evaluate the

architecture or experiment with

peripherals. For smaller devices,

you can even complete a full

application, since the evaluation

version is identical to the full

version with the exception of the

code-size limits, including all

optimization options.

HEW Compiler Toolchain Options Dialogs

■Software (continued)

H8®Family of Microcontrollers

Flash Development Toolkit

HEW Integrated Debugging

Modular debug target support is

provided directly within the HEW

environment so you can build your

application and debug without

leaving HEW. A debug session

wizard allows you to easily add

a new debug target to your

workspace. Examples include:

• Instruction Simulator

• In-Circuit Emulators

– E6000 series emulator

– Compact emulator

• On-chip Emulators

– E10A emulator

– E8 emulator

• Evaluation boards using a

ROM-resident monitor

Flash Development Toolkit

Renesas’ Flash Development

Toolkit (FDT) is an easy-to-use

utility for programming your

code into the on-chip flash

memory of H8 MCUs. You can

create workspaces to combine

several s-record files into one

download image and save connec-

tion settings to easily manage

device programming.

FDT offers:

• Direct USB connection for

USB boot mode devices

• Serial communication at

up to 115,200 baud

• Hex image editor

• Extensive messaging that

helps hardware development

• Support for programming via

E8 USB debugger

■Hardware

Evaluation and Development Kits

Renesas’ low-cost Evaluation and

Development Kits (EDKs) are

inexpensive ways to experience the

performance of H8 microcon-

trollers. Each kit comes complete

with an EDK board and a

CD-ROM that contains:

• An evaluation version of the

High-performance Embedded

Workshop (HEW), C/C++

compilers and a debug link

to a resident monitor.

• The Flash Development Toolkit

(FDT)

The CD included in the EDK also

has a Quick-Start guide that shows

how to install the software and

contains full documentation with

sample tutorials and a tutorial

Project Generator plug-in for HEW.

H8 StarterKit Plus [SKP...] &

Renesas Starter Kits [RSK...]

These kits bundle a low-cost target

board with the E8 on-chip debug

emulator and the evaluation

version of the HEW IDE to offer an

integrated evaluation and develop-

ment platform that lets you get up

and running quickly with the H8

family. The E8 provides a

foolproof connection to the host

IDE and can also power the target

board without the need for an

external power supply.

E8 and E10A-USB

on-chip emulators

The E8 and E10A-USB emulators

are designed to connect with

Renesas’ H8 Tiny and JTAG

H8®Development Tools

E10A-USB Emulator

on-chip debugging interfaces,

respectively. These low-cost tools

provide real-time debugging on the

target device, using the dedicated

debugging resources built into the

target microcontroller in your user

hardware. The on-chip emulators

connect to the target system via an

interface that can be used both to

debug the system and to program

the MCU’s on-chip flash memory.

The E8 and E10A-USB emulators

use plug-and-play USB 2.0 com-

patible interfaces for easy connec-

tion to both notebook computers

and desktop machines. These

emulators offer:

• 255 PC breakpoints

• Hardware breakpoints on data

and address

• Saved record of last 4 branches

• On-chip flash programming

• Integrated debugging support in

HEW

Compact Emulators for H8 Tiny

Series MCUs

For users who require full in-circuit

emulation, but not the expanded

resources of a traditional ICE, the

compact emulator provides a

superior cost-performance ratio in

an extremely compact design. The

emulator main unit comes in a sig-

nificantly reduced size, compared

with conventional emulator

systems, allowing easier connection

to target systems.

Although being affordable in price,

it has all the basic functions needed

for real development, such as access

to all of the devices, pins and

memory map as well as real-time

trace and hardware breaks.

• Includes HEW integrated devel-

opment and debugging environ-

ment and evaluation copy

of C/C++ compiler tools.

• Supplied as a package including

the target cable and PCB adaptor.

E6000/E6000H in-circuit emulators

Renesas’ E6000 series comprises a

range of advanced real-time in-cir-

cuit emulators, each of which sup-

ports a family of processors. You

can use the emulators as totally self-

contained solutions for software

development and debugging, or

connect them via a custom cable to

a target system for debugging your

hardware. These powerful debug-

ging tools provide:

• Zero wait-state, non-intrusive

real-time emulation (E6000 <

33MHz, E6000H < 66MHz)

• Emulation memory from 1MB to

4MB, which can be mapped into

the target processor’s address

space

• 256 PC breakpoints

• Trace Buffer of up to 32K cycles,

which can be stopped and read

during program execution

• Trace buffer acquisition filtering

using the Complex Event System

• Post-acquisition trace filtering

and search facility

• Automatic tracking of the target

system supply voltage to ensure

that the emulator draws no

power

• Multiple target clock selection

• Integrated debugging support in

HEW

E6000 Complex Event System

The debugging power of the

E6000 comes from the Complex

Event System (CES), a sophisticat-

ed mechanism that lets you specify

exactly the set of conditions you

want to examine. Break, trace or

timing functions are activated

using Event and Range channels.

You control the CES from the

HEW environment.

E6000

Emulator

■Hardware (continued)

H8®Family of Microcontrollers

DATA

ADDRESS

BREAK

TRACE

ENABLE

TIME-

STAMP

CH8

CH7

CH6

CH5

CH4

CH3

CH2

Event

Detector

CH1

Timestamp counter

CH4

CH3

CH2

Range

Detector

CH1

Break

Block

(with delay

counter)

Time

Measure

Block

Range

Trace

Block

Subroute

Trace

Block

Tracestop

Block

(with delay

counter)

Trace Control Block

Event

Sequencing

dialog gives

a graphical

view of

Complex

Event

System

logic

Specify exact conditions for an Event

Event

FlagsEvent Flag

Address Range

Data Mask

Access Type

Event

Detector

Sequencer

Counter

(16-bit)

The Complex Event System offers:

• Up to 12 hardware breakpoints using the

Event and Range channels

• Execution time measurement of total time

or relative time, with a resolution of

20ns to 16µs

• Four user logic probes that can be used as

CES trigger events and trace data

Events may be combined to define a complex

sequence of conditions/actions. An event

sequence defines a list of events, where each

event may be activated or deactivated by the

occurrence of another. Up to eight events can be

sequenced to generate an action. The event

sequencer gives you such flexible control over

the CES that practically any development

problem can be trapped and investigated.

Complex Event System

(CES) Event Block

Combine Events logically and

sequentially for precise control

H8®Development Tools

H8®Family of Microcontrollers

■In-Circuit Emulator Selection

Choosing the components required to complete a full emulation system for a device can be a complicated task, due

to specific device support and package variations. The Renesas website provides a useful tool to aid in selecting the

required components.

Easy Instructions:

Go to the

Renesas

web site

and browse

to an

emulator

product

page.

Click on

the Options

link in the

navigation

menu to open the

selection search.

Select the emulator type in

the “Tool Name” menu and

then the required Family,

Series and Group. Click

“Display Results” for a list of

the required components.

H8®Development Tools

■Third-party Development Tools

Many third-party experts offer hardware and software

development tools supported by design services, RTOS,

compilers, board-level solutions, custom firmware, and

board-support packages (BSPs) to meet the needs of

customers developing H8-based products.

IAR Systems offers a consistent IDE that supports

nearly all MCU targets in the industry. The environ-

ment includes MISRA C support with integrated CSpy

debugging, E8 and E10A-USB support and Elf/Dwarf

debug output (compatible with HEW for debugging

with full ICE). In addition, IAR

offers RTOS-aware debugging

with plug-ins for Micriµm µC/OS-II, OSEK (ORTI) and

Segger embOS. www.iar.com

Segger Microcontroller Systems provides a small

and efficient real-time kernel embOS with graphical

GUI and file system libraries. www.segger.com

KPIT Cummins Infosystems provides free-of-charge

maintenance and support for GNU compiler tools,

including installers that integrate the GCC toolchain

into the HEW IDE and allow use with Renesas

debuggers and emulators. www.kpitgnutools.com

For more details about 3rd party support, please visit:

http://america.renesas.com/toolspartners

H8 Family Development Tool Selector

IAR Embedded

Workbench ®

Integrated Development

Environment

Compact Emulator

Group

Catalog

Part Number

Renesas

Package Code Starter Kit

On-chip Debug

Emulator

Compact

Emulator

(including

PCB Adaptor)

Base Unit

including PC

Interface

Personality Kit

(Pod/Probe)

PCB Adapter

arget Cable)

IDE

(C Compiler)*

H8/38602R HD64F38602RFT4V PVQN0032KA-A SKP38602 R0E000080KCE00 -RTA-HEWH8-1U

H8/38004 HD64F38004H4V PRQP0064GB-A SKP38024 R0E000080KCE00 - HS38000EPI61H HS3800EBK61H HS3802ECH61H RTA-HEWH8-1U

H8/38024 HD64F38024RHV PRQP0080JB-A SKP38024 R0E000080KCE00 - HS38000EPI61H HS3800EBK61H HS38024ECH61H RTA-HEWH8-1U

H8/3827 HD64F38324HV PRQP0080JB-A R0K438347S000BE R0E000080KCE00 - HS38000EPI61H HS388REBK61H HS3864ECH61H RTA-HEWH8-1U

H8/3827 HD64F38327HV PRQP0080JB-A R0K438347S000BE R0E000080KCE00 - HS38000EPI61H HS388REBK61H HS3864ECH61H RTA-HEWH8-1U

H8/3847 HD64F38344HV PRQP0100KA-A R0K438347S000BE R0E000080KCE00 - HS38000EPI61H HS388REBK61H HS3887ECH61H RTA-HEWH8-1U

H8/3847 HD64F38347HV PRQP0100KA-A R0K438347S000BE R0E000080KCE00 - HS38000EPI61H HS388REBK61H HS3887ECH61H RTA-HEWH8-1U

H8/38076R HD64F38076RH4V PRQP0080JB-A 3DK38076 R0E000080KCE00 RTA-HEWH8-1U

H8/38086R HD64F38086RH4V PRQP0080JB-A 3DK38086R R0E000080KCE00 RTA-HEWH8-1U

H8/36912 HD64F36912GFHV PLQP0032GC-A SKP36912 R0E000080KCE00 - HS3664EPI62H - HS36902ECH61H RTA-HEWH8-1U

H8/36014 HD64F36012GFPV PLQP0064KC-A SKPH8TINY R0E000080KCE00 R0E436640CPE20 HS3664EPI62H - HS36014ECH61H RTA-HEWH8-1U

H8/36014 HD64F36014GFPV PLQP0064KC-A SKPH8TINY R0E000080KCE00 R0E436640CPE20 HS3664EPI62H - HS36014ECH61H RTA-HEWH8-1U

H8/36064 HD64F36064GHV PRQP0064GB-A SKPH8TINY R0E000080KCE00 R0E436640CPE10 HS3664EPI62H - HS3687ECH62H RTA-HEWH8-1U

H8/36094 HD64F36094XXXX PVQN0048KA-A SKPH8TINY R0E000080KCE00 - HS3664EPI62H - HS36014ECN61H RTA-HEWH8-1U

H8/36077 HD64F36074GHV PRQP0064GB-A EDK3687 R0E000080KCE00 - HS3664EPI62H - HS3687ECH62H RTA-HEWH8-1U

H8/36077 HD64F36077GHV PRQP0064GB-A EDK3687 R0E000080KCE00 - HS3664EPI62H - HS3687ECH62H RTA-HEWH8-1U

H8/36087 HD64F36087FPV PLQP0064KC-A EDK3687 R0E000080KCE00 R0E436640CPE20 HS3664EPI62H - HS3687ECH61H RTA-HEWH8-1U

H8/36049 HD64F36049GHV PRQP0080JB-A EDK3687 R0E000080KCE00 R0E436049CPE10 HS3664EPI62H HS36024EIO61H HS36049ECH61H RTA-HEWH8-1U

H8S/2168 HD64F2168VTE33V PTQP0144LC-A 3DK2166 HS0005KCU01H - HS6000EIU02H HS2168EPI61H HS2168ECN61H RTA-HEWH8-1U

H8S/2168 HD64F2167VTE33V PTQP0144LC-A 3DK2166 HS0005KCU01H - HS6000EIU02H HS2168EPI61H HS2168ECN61H RTA-HEWH8-1U

H8S/2168 HD64F2166VTE33V PTQP0144LC-A 3DK2166 HS0005KCU01H - HS6000EIU02H HS2168EPI61H HS2168ECN61H RTA-HEWH8-1U

H8S/2212 HD64F2211UFP24V PLQP0064KC-A 3DK2218 HS0005KCU01H - HS2214EPI62H-U - HS2212ECH61H RTA-HEWH8-1U

H8S/2212 HD64F2212UFP24V PLQP0064KC-A 3DK2218 HS0005KCU01H - HS2214EPI62H-U - HS2212ECH61H RTA-HEWH8-1U

H8S/2218 HD64F2218UTF24V PTQP0100LC-A 3DK2218 HS0005KCU01H - HS2214EPI62H-U HS6000EMS12H HS2218ECN61H RTA-HEWH8-1U

H8S/2215 HD64F2215UTE16V PTQP0120LA-A EDK2215 HS2214EPI62H-U HS6000EMS12H HS2215RECN61H RTA-HEWH8-1U

H8S/2215 HD64F2215RUTE24V PTQP0120LA-A HS0005KCU01H - HS2214EPI62H-U HS6000EMS12H HS2215RECN61H RTA-HEWH8-1U

H8S/2238R HD64F2238RFA6V PRQP0100KA-A EDK2239 E62633R - EHB2238Q100B RTA-HEWH8-1U

H8S/2239 HD64F2239FA20V PRQP0100KA-A EDK2239 HS2214EPI62H-U HS6000EMS12H HS2238ECH61H RTA-HEWH8-1U

H8S/2317BL HD64F2317VTEBL25V PTQP0100KA-A EDK2329 HS0005KCU01H - E62339 - EHB2318Q100B RTA-HEWH8-1U

H8S/2319 HD64F2318VTE25V PTQP0100KA-A EDK2329 HS0005KCU01H - E62339 - EHB2318Q100B RTA-HEWH8-1U

H8S/2327BL HD64F2327BVFBL25V PRQP0128KB-A EDK2329 HS0005KCU01H - E62339 - EHB2328Q128 RTA-HEWH8-1U

H8S/2368 HD64F2367VTE33V PTQP0120LA-A EDK2378 HS0005KCU01H - E62678R - EHB2678RQ144 RTA-HEWH8-1U

H8S/2368 HD64F2368VTE34V PTQP0120LA-A EDK2378 HS0005KCU01H - E62678R - EHB2678RQ144 RTA-HEWH8-1U

H8S/2378R HD64F2378R VFQ34V PLQP0144KC-A EDK2378 HS0005KCU01H - E62678R - EHB2678RQ144 RTA-HEWH8-1U

H8S/2633 HD64F2633RF28V PRQP0128KB-A EDK2638 E62633R - EHB2633Q128 RTA-HEWH8-1U

H8SX H8SX/1653 R5F61653N50FTV PTQP0120LA-A R0K561664S000BE HS0005KCU01H - HS6000EIU02H HS1650EPH60H HS1653ECN61H RTA-HEWH8-1U

* Multi-user and floating network licenses available; see website for details.

H8S Series

Full Emulator

SLPH8/Tiny

R0K42215RS000BE

For more information on tool accessories or different packages, please go to Renesas’ tools website.

NUCLEUS

38099

96-128KB ROM

2-4KB RAM

38799

96-128KB ROM

2-4KB RAM

38076R

24-52KB ROM

1-2KB RAM

38086R

24-52KB ROM

1-2KB RAM

38124 38024R

8-32KB ROM; 0.5-1KB RAM

38602R

8-16KB ROM

0.5-1KB RAM

38347

16-60KB ROM

1-2KB RAM

38327

16-60KB ROM

1-2KB RAM

38104 38004

2-32KB ROM; 0.5-1KB RAM

8-bit H8/300L Core 16-bit H8/300H Core

100

PINS

3V Operation

5V Operation

H8 Super Low Power Series Line-up

H8 Super Low Power Series

■Features

• Multiple techniques minimize power consumption

and extend battery life

– Low-power CMOS technology for 1.8V operation

– Up to 9 Low-power modes

– 32 kHz on-chip sub-clock oscillator

– Peripheral-independent standby mode

• Advanced analog interfaces such as 14-bit

Delta-Sigma converter

• Shorter oscillation stabilization time lets applications

wake up faster from standby mode, conserving power

• LCD controller with built-in voltage booster circuit

eliminates need for external DC/DC converter

• High current port for driving LEDs directly

• 16-bit asynchronous counter (AEC) operates even

when device is in standby mode

• Low cost development tools using on-chip debug

■Applications

Metering: Electric, gas and water meters

Medical: Glucose meters, heart-rate monitors,

thermometers, weight scales

Security: Intrusion detection systems, smoke detectors,

fire alarms

Consumer: Refrigerators, washer/dryers, remote con-

trollers, dehumidifiers, thermostats, lawn sprinkler timers

Computing: Remotely updatable displays, remote actuators

CPU

(16-bit

H8/300H)

GPIO

(63 pins)

Main Clock

Oscillation Circuit

(up to 10MHz)

32kHz Clock

Oscillation Circuit

RTC

(weekly interrupts)

LCD Controller

(up to 128 seg)

14-bit

Delta-Sigma

A/D Converter

(2 ch)

On-chip Debug

Hardware

10-bit ADC

(3 ch)

16-bit Async

Event Counter

14-bit PWM

(D/A)

I2C, IrDA

Memory

ROM: 24 to 52KB

RAM: 1 to 2KB

High-Current I/O

(4 pins)

POR Circuit

Watchdog

Timer

16-bit Timer

(x 3)

Serial I/O

Clock Sync./UART

(up to 3 channels)

Active (A): 2MHz

Watch (W): 32kHz

Standby (S): Clock off

400µA

0.4µA

0.1µA

H8/38086R Block Diagram

Typical Power Consumption (@ 1.8V, 25°C)

H8 Super Low Power Series Selector Guide

8-bit H8/300L Core16-bit H8/300H Core

Group

Catalog

Part Number

Flash (Kbytes)

Mask ROM Option (Kbytes) (See Note 1)

RAM (Kbytes)

Vcc Min

Vcc Max

Max Input MHz @ Vcc Max

32 kHz Sub Clock (See Note 6)

Power Down Modes

Timers

Serial I/F (Sync/Async)

LCD Controller

A/D 10-bit Resolution

GPIO [See Note 2]

(High Current) [See Note 3]

Extended Temperature (See Note 4)

Special

Features

Package Code: Part No.Sufﬁx (See Note 5)

8-bit Timers

16-bit Timers

Watchdog Timers

14-bit PWM Serial I/F (Sync/Async)

PLQP0064KC-A : FP

PLQP0100KB-A : F

PRQP0064GB-A : H

PRQP0080GD-B : F

PRQP0080JB-A : H

PRQP0100KA-A : H

PTLG0085JA-A : LPV

PTLG0113JA-A : LGV

PTQP0080KC-A : W

PTQP0100KA-A : X

PTQP0100LC-A : W

PVQN0032KA-A : FT

H8/38327

HD64F38324 32

16-60

2 2.7 5.5 16Y 8 3111 2

32x4

8 64 (8) Y

16-bit AEC

----Y---Y---

HD64F38327 60 2 2.7 5.5 16 Y 8 3111 2 864 (8) Y ----Y---Y---

H8/38347

HD64F38344 32

16-60

2 2.7 5.5 16Y 8 3111 3

40x4

12 84 (16) Y

16-bit AEC,

-----Y---YY-

HD64F38347 60 2 2.7 5.5 16 Y 8 3111 3 1284 (16) Y - - - - - Y - - - Y Y -

H8/38004

HD64F38002FP10 16

8-32

1 2.7 3.6 10 Y 7 1 1 1 - 1

25x4

4 50 (6) Y

16-bit AEC,

2-ch 10-bit PWM

Y-----------

HD64F38002FP4 16 1 2.2 3.6 4 Y 7 1 1 1 - 1 4 50 (6) - Y - - ---------

HD64F38002H10 16 1 2.7 3.6 10 Y 7 1 1 1 - 1 4 50 (6) Y - - Y ---------

HD64F38002H4 16 1 2.2 3.6 4 Y 7 1 1 1 - 1 4 50 (6) - - - Y - - -------

HD64F38004FP10 32 1 2.7 3.6 10 Y 7 1 1 1 - 1 4 50 (6) Y Y - - ---------

HD64F38004FP4 32 1 2.2 3.6 4 Y 7 1 1 1 - 1 4 50 (6) - Y - - ---------

HD64F38004H10 32 1 2.7 3.6 10 Y 7 1 1 1 - 1 4 50 (6) Y - - Y ---------

HD64F38004H4 32 1 2.2 3.6 4 Y 7 1 1 1 - 1 4 50 (6) - - - Y - - -------

H8/38104

HD64F38102 16

8-32

1 2.7 5.5 20 Y 7 1 1 1 - 1

25x4

4 49 (12) Y 16-bit AEC,

2-ch 10-bit PWM,

POR, LVD

Y-Y---------

HD64F38104 32 1 2.7 5.5 20 Y 7 1 1 1 - 1 4 49 (12) Y Y - Y - - -------

H8/38024R HD64F38024R 32 8-32 1 2.7 3.6 10 Y 8 3 1 1 - 1 32x4 8 66 (6) Y 16-bit AEC, 2-ch

10-bit PWM - - -YY-Y-Y- - -

H8/38124

HD64F38122 16

8-32

1 2.7 5.5 20 Y 8 3 1 1 - 1

32x4

8 65 (14) Y 16-bit AEC,

2-ch 10-bit PWM,

POR, LVD

----Y---Y---

HD64F38124 32 1 2.7 5.5 20 Y 8 3 1 1 - 1 8 65 (14) Y - - - - Y - - - Y - - -

H8/38076R

HD64F38076RH10 52

24-48

2 2.7 3.6 10 Y 7 - 3 1 2 3

32x4

8 63 (4) Y

RTC, 16-bit AEC,

IrDA, I2C, POR

----Y-------

HD64F38076RH4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 8 63 (4) Y - - - - Y -------

HD64F38076RLP10 52 2 2.7 3.6 10 Y 7 - 3 1 2 3 8 63 (4) Y - - - - - - Y - - - - -

HD64F38076RLP4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 8 63 (4) Y - - - - - - Y - - - - -

HD64F38076RW10 52 2 2.7 3.6 10 Y 7 - 3 1 2 3 8 63 (4) Y --------Y---

HD64F38076RW4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 8 63 (4) Y --------Y---

H8/38086R

HD64F38086RH10 52

24-48

2 2.7 3.6 10 Y 7 - 3 1 2 3

32x4

3 63 (4) Y

RTC,

16-bit AEC,

IrDA,

2-ch 14-bit

Δ∑ ADC,

I2C, POR

----Y-------

HD64F38086RH4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 3 63 (4) - - - - - Y - - -----

HD64F38086RLP10 52 2 2.7 3.6 10 Y 7 - 3 1 2 3 3 63 (4) Y - - - - - - Y - - - - -

HD64F38086RLP4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 3 63 (4) - - - - - - - Y -----

HD64F38086RW10 52 2 2.7 3.6 10 Y 7 - 3 1 2 3 3 63 (4) Y --------Y---

HD64F38086RW4 52 2 1.8 3.6 4 Y 7 - 3 1 2 3 3 63 (4) - - - ------Y---

H8/38099

HD64F38099FP4 128

96-128

4 1.8 3.6 4 Y 7 2314 4

40x4

8 83 (4) Y

RTC,

16-bit AEC,

IrDA, I2C,

POR

-Y----------

HD64F38099FP10 128 4 2.7 3.6 10 Y 7 2314 4 883 (4) Y -Y----------

HD64F38099LG4V 128 4 1.8 3.6 4 Y 7 2314 4 883 (4) Y -------Y----

HD64F38099LG10V 128 4 2.7 3.6 10 Y 7 2314 4 883 (4) Y -------Y----

H8/38602R

HD64F38602RFT10 16

8-16

1 2.7 3.6 10 Y 7 1 1 1 - 1

6 19 (3) Y RTC, 16-bit AEC,

IrDA, I2C, 2-ch

comparator,

SSU, POR

-----------Y

HD64F38602RFT4 16 1 1.8 3.6 4 Y 7 1 1 1 - 1 6 19 (3) Y - - ---------Y

H8/38799

HD64F38799FP4 128

96-128

4 1.8 3.6 4 Y 7 2314 4

8 83 (4) Y

RTC,

16-bit AEC,

IrDA, I2C,

POR

-Y----------

HD64F38799FP10 128 4 2.7 3.6 10 Y 7 2314 4 883 (4) Y -Y----------

HD64F38799LG4V 128 4 1.8 3.6 4 Y 7 2314 4 883 (4) Y -------Y----

HD64F38799LG10V 128 4 2.7 3.6 10 Y 7 2314 4 883 (4) Y -------Y----

21 Solutions for Battery-Operated Systems

Notes:

1. Please refer to the Hardware Manual for the operating voltage of Mask ROM devices.

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

5. Full part number includes Package Suffix for desired package. Refer to Appendix C for more details on part numbering.

6. Y = Yes, includes 32kHz crystal oscillator circuitry.

36902

12MHz; G,O

G: Power On Reset & Low Voltage Detect

O: On-Chip Oscillator

36912

12MHz; G,O

36049

20MHz; G,O

36109

20MHz; G,O

36037

20MHz; G

36079

20MHz; G,O

36057

20MHz; G

3672

16MHz

36024

20MHz; G

36014

20MHz; G 3687

20MHz; G

36077

20MHz; G,O

36087

18MHz

3694

20MHz; G

36064

20MHz; G

36094

20MHz; G,O

2-8KB ROM 64-128KB ROM8-64KB ROM

80-100

PINS

48-64

PINS

H8 Tiny Series Line-up

H8 Tiny Series

■Features

• High performance 16-bit CPU, with

eight 32-bit general-purpose registers

and 32-bit data processing

• Up to 20MHz operation

• On-chip flash for simplified production

programming or code update

• Flexible clocking scheme with multiple clock

sources and multiple levels of clock dividers

• Various 8- and 16-bit timers for advanced

waveform generations typically used in

motor control applications

• Multiple fail-safe features such as watchdog

timers with dedicated on-chip oscillator,

external oscillator fail detection, low-voltage

detection and Reset source detection

• High current port for driving LEDs directly

• High peripheral integration, including real-time

clock, up to sixteen A/D channels and a range

of communication interfaces

• System cost reduction with built-in power-on

reset circuitry, band-gap voltage regulators and

on-chip oscillators

• Low-cost development tools using on-chip debug

• Code and peripheral function compatibility with

other H8 microcontroller families

CPU

(16-bit H8/300H)

GPIO

(55 pins)

Main Clock

Oscillation Circuit

(up to 20MHz)

32kHz Clock

Oscillation Circuit

On-chip Oscillator

(16, 20MHz)

RTC

(weekly interrupts)

Reset Source

Detection

On-chip Debug

Hardware

Band-gap

Regulator

External Oscillator

Stop Detection

A/D Converter

(8 channels)

14-bit PWM

(D/A)

I2C

Memory

ROM: 32 to 128KB

RAM: 4 to 6KB

High-Current I/O

(8 pins)

LVD & POR

circuits

Watchdog

Timer

16-bit Timer

(x 2)

8-bit Timer

Serial I/O

Clock Sync./UART

36077, 36079 Block Diagram

■Applications

Consumer:White goods (refrigerators, washer/dryers,

cooking ranges, etc.), home electronics, game pads, vacuum

cleaners

Industrial:HVAC systems, thermostats, controllers

for small DC brushless motors, stepper motors

Office Automation:Mechanical controls for fax, printers,

measurement devices

H8 Tiny Series Selector Guide

Group

Catalog

Part Number

Flash (Kbytes)

Mask ROM Options

(Kbytes) (See Note 1)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

32 kHz Sub Clock (See Note 6)

Timers Serial I/F

A/D 10-bit Resolution

POR and LVD

On-chip Debug

GPIO [See Note 2]

(High current) [See Note 3]

Extended Temperature (See Note 4)

Special Features

Package Code : Part No.Sufﬁx (See Note 5)

8-bit Timers

16-bit Timers

Watchdog Timers

14-bit PWM D/A

Serial (Sync/Async)

SSU (SPI Compatible)

I2C

PLQP0032GC-A : FH

PLQP0048JA-A : FX

PLQP0048KC-A : FY

PLQP0064KB-A : FZ

PLQP0064KC-A : FP

PLQP0100KB-A : F

PRDP0032BB-A : P

PRQP0064GB-A : H

PRQP0080JB-A : H

PRQP0100JE-B : F

PRSP0032DC-A : TP

PVQN0048KA-A : FT

H8/3672

HD64F3670 8 - 2 3.0 5.5 16 - 1 1 1-1--4-Y30 (5)Y

-YY-Y-------

HD64F3672 16 - 2 3.0 5.5 16 - 1 1 1-1- -4-Y30 (5)Y -YY-Y-------

H8/3687

HD64F3684 32

16-56

4 3.0 5.5 20 Y 22112 - 18 -Y53 (8) Y

RTC, WDTO

----Y--Y----

HD64F3684G 32 4 3.0 5.5 20 Y 22112 - 18YY53 (8)Y ----Y--Y----

HD64F3687 56 4 3.0 5.5 20 Y 22112 - 18 -Y53 (8) Y ----Y--Y----

HD64F3687G 56 4 3.0 5.5 20 Y 22112 - 18YY53 (8)Y ----Y--Y----

H8/3694

HD64F3694 32

8-32

2 3.0 5.520Y211-1-18-Y37 (8)Y

WDTO

-YY-Y- -Y- - -Y

HD64F3694G 32 2 3.0 5.5 20 Y 2 1 1-1-18YY37 (8)Y -YY-Y- -Y- - -Y

H8/36014

HD64F36012 16

8-32

2 3.0 5.520 - 111-2- -4-Y34 (5)Y

WDTO

-YY-Y------Y

HD64F36012G 16 2 3.0 5.5 20 - 1 1 1-2- -4YY34 (5)Y -YY-Y------Y

HD64F36014 32 2 3.0 5.5 20 - 1 1 1-2--4-Y34 (5)Y -YY-Y------Y

HD64F36014G 32 2 3.0 5.5 20 - 1 1 1-2- -4YY34 (5)Y -YY-Y------Y

H8/36024

HD64F36022 16

16-32

2 3.0 5.520 - 111-3- -4-Y34 (5)Y

WDTO

-YY-Y------Y

HD64F36022G 16 2 3.0 5.5 20 - 1 1 1-3- -4YY34 (5)Y -YY-Y------Y

HD64F36024 32 2 3.0 5.5 20 - 1 1 1-3--4-Y34 (5)Y -YY-Y------Y

HD64F36024G 32 2 3.0 5.5 20 - 1 1 1-3- -4YY34 (5)Y -YY-Y------Y

H8/36037

HD64F36034 32

16-56

2 3.0 5.520 - 221-11-8-Y53 (8)Y

OCO, WDTO,

CAN, SST

---Y---Y----

HD64F36034G 32 2 3.0 5.5 20 - 2 2 1 - 1 1 - 8 Y Y 53 (8) Y - - - Y - - - Y ----

HD64F36037 56 3 3.0 5.5 20 - 2 2 1 - 1 1 - 8 - Y 53 (8) Y - - - Y - - - Y - - - -

HD64F36037G 56 3 3.0 5.5 20 - 2 2 1 - 1 1 - 8 Y Y 53 (8) Y - - - Y - - - Y ----

H8/36057

HD64F36054 32

32-56

2 3.0 5.520 - 221-21-8-Y53 (8)Y

OCO, WDTO,

CAN, SST

---Y---Y----

HD64F36054G 32 2 3.0 5.5 20 - 2 2 1 - 2 1 - 8 Y Y 53 (8) Y - - - Y - - - Y ----

HD64F36057 56 3 3.0 5.5 20 - 2 2 1 - 2 1 - 8 - Y 53 (8) Y - - - Y - - - Y - - - -

HD64F36057G 56 3 3.0 5.5 20 - 2 2 1 - 2 1 - 8 Y Y 53 (8) Y - - - Y - - - Y ----

H8/36049

HD64F36049HV 96

64-96

4 3.0 5.5 20 Y 23113 - 18 -Y67 (13) Y

RTC, WDTO

--------Y---

HD64F36049GHV 96 4 3.0 5.5 20 Y 23113 - 18YY67 (13) Y --------Y---

H8/36064 HD64F36064G 32 - 2 3.0 5.5 20 - 22112 - 18YY53 (8) Y WDTO ----Y--Y----

H8/36077

HD64F36074G 32

4 4.5 5.5 20 Y 22112 - 18YY55 (8) Y OCO, RTC,

WDTO

---Y---Y----

HD64F36077G 56 4 4.5 5.5 20 Y 22112 - 18YY55 (8)Y ---Y---Y----

H8/36079 HD64F36079G 128 - 6 4.5 5.5 20 Y 22112 - 18YY55 (8)YOCO, RTC, WDTO---Y---Y----

H8/36094

HD64F36094 32

2 3.0 5.520Y211-1-18-Y39 (8)Y OCO, WDTO -YYY---Y----

HD64F36094G 32 2 4.5 5.5 20 Y 2 1 1-1-18YY39 (8)Y -YYY---Y----

H8/36087 HD64F36067 56 16-56 4 3.0 3.6 18 Y 22112- 18 -Y53 (8)Y RTC, WDTO ----Y--Y----

H8/36109

HD64F36109 128

5 3.0 5.5 20 Y 23113 - 116-Y87 (20) - OCO, RTC,

BGR, WDTO

-----Y---Y--

HD64F36109G 128 5 3.0 5.5 20 Y 23113 -116YY87 (20) - -----Y---Y--

H8/36902 HD64F36902G 8 2-8 1.5 3.0 5.5 12 - 1 1 1-1- -4YY22 (5)Y

WDTO, OCO

Y- - - - -Y- - -Y-

H8/36912 HD64F36912G 8 4-8 1.5 3.0 5.5 12 - 2 1 1-1-14YY22 (5)Y Y-----Y---Y-

23 20MHz, 16-bit Microcontroller at an 8-bit price

Notes:

1. Please refer to the Hardware Manual for the operating voltage of Mask ROM devices.

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

5. Full part number includes Package Suffix for desired package. Refer to Appendix C for more details on part numbering.

6. Y = Yes, includes 32kHz crystal oscillator circuitry.

■Applications

Computing:Enclosure management for servers and routers, IKAP

Industrial:HVAC, utility meters, GPS systems

Automotive:Controllers for safety systems, LCD backlight

controllers

Medical:Controllers for health and fitness equipment

Consumer:Handheld products, appliances

H8S/2100 Series

2128 Group

32-128KB ROM; 2-4KB SRAM

2138A Group

64-128KB ROM

2-4KB SRAM

2132, 34 Group

32-128KB ROM

2-4KB SRAM

2148 Group

64-128KB ROM

2-4KB SRAM

2144B Group

64-128KB ROM

2-4KB SRAM

2116 Group

128KB ROM; 8KB SRAM

2111B Group

64KB ROM

2-3KB SRAM

2189R Group

1024KB ROM

6KB SRAM

2168 Group

256-512KB ROM

40KB SRAM

2114R Group

1024KB ROM

8KB SRAM

2172 Group

256KB ROM

32KB SRAM

2110B Group

64KB ROM

2KB SRAM

3V to 5V 3V

144 PINS

100 to

144 PINS

64 to

80 PINS

100 PINS

80 PINS

144 to

176 PINS

2140B Group

64-256KB ROM; 4-8KB SRAM

2169 Group

64KB ROM; 2KB SRAM

E10A supported (JTAG debug)

H8S/2100 Series Line-up

■Features

• Up to 33MHz, low-power,

16-bit static core CPU

• 8 power-down modes for reducing power

consumption

• Built-in Data Transfer Controller (DTC)

with maximum of 85 channels

• Low-Pin-Count (LPC) bus interface

synchronized with 33MHz PCI clock

• X-Bus (ISA) bus interface for legacy devices

• Multiple independent Inter IC (I2C™)

two-wire serial bus interfaces

• IrDA interface for easy wireless connectivity

• 3-channel on-chip keyboard buffer controller

conforming to PS/2 interface specification

• Built-in Bus Controller (BSC) for glueless

basic bus or burst-ROM interface to

external devices

• Fully integrated IPMI software available

from Renesas partners

• Up to 16 PWM channels for multiple

fan control

H8S CPU: 33MHz

INTC

Flash ROM: 512KB

DTC: 85 channels

RAM: 40KB

ADC: 10-bit x 8 ch 8-bit Timer: 4 chBSC

DAC: 8-bit x 2 ch 14-bit PWM x 4 ch

LPC x 3 ch 8-bit PWM x 16 ch

SCI x 3 ch

On-chip debug 16-bit Timer

Free Running

CRC

I2C x 6 ch External Bus

32kHz Sub Clock

H8S/2166 Series Block Diagram

H8S/2100 Series Selector Guide

Group

Catalog

Part Number

Flash (Kbytes)

Mask ROM Options (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

32 kHz Sub Clock (See Note 1)

Timers Analog Serial

DTC

DMA Channels

External Interrupts

GPIO [See Note 2]

(High Current) [See Note 3]

External Data Bus

Extended Temp. (See Note 4)

Special Features Package Code

8-bit Timers

16-bit Timers

Watchdog Timers

8-bit PWM

14-bit PWM D/A

A/D 10-bit Resolution

D/A 8-bit Resolution

Sync/Async

IrDA

Smart Card Interface

H8S/2110B 5HD64F2110BVFA10 64 - 2 3.0 3.6 10 in 2 1 2 - 2 - - 1 - - 2 - - 31 82 (6) - - KBD, LPC,

3 ch PS2, 5v IO

PRQP0100KA-A

HD64F2110BVTE10 64 - 2 3.0 3.6 10 in 2 1 2 - 2 - - 1 - - 2 - - 31 82 (6) - - PTQP0100KA-A

H8S/2111B HD64F2111BVTE10B 64 - 2 3.0 3.6 10 in 6 1 2 8 - 6 - 1 - - 2 - - 31 122 (6) - - KBD, LPC,

3 ch PS2, 5v IO

PTQP0144LC-A

HD64F2111BVTE10C 64 - 3 3.0 3.6 10 in 6 1 2 8 - 6 - 1 - - 2 - - 31 122 (6) - - PTQP0144LC-A

H8S/2114 R4F2114RVTE20V 1024 - 8 3.0 3.6 20 in 4 4 2828 - 2YY2Y - 49119 (6) - - KBD, LPC, 3 ch PS2,

BSCAN, 5v IO, PTQP0144LC-A

H8S/2116

R4F2116VTE20V 128 - 8 3.0 3.6 20 in 4 3 2 8 2 16 - 1 - Y 3 - - 41 125 (40) Y - LPC, PS/2 PTQP0144LC-A

R4F2116VBG20V 128 - 8 3.0 3.6 20 in 4 3 2 8 2 16 - 1 - Y 3 - - 41 125 (40) Y - LPC, PS/2 PLBG0176GA-A

H8S/2128 HD64F2128FA20V 128 Y 4 4.0 5.5 20 in 4 1 2 16 2 8 - 2 - - 2 Y - 4 51 (24) Y Y

TMC

PRQP0064GB-A

HD64F2128PS20V 128 Y 4 4.0 5.5 20 in 4 1 2 16 2 8 - 2 - - 2 Y - 4 51 (24) Y - PRDP0064BB-A

HD64F2128TF20V 128 Y 4 4.0 5.5 20 in 4 1 2 16 2 8 - 2 - - 2 Y - 4 51 (24) Y Y PTQP0080KC-A

HD64F2128VFA10V 128 Y 4 3.0 5.5 10 in 4 1 2 16 2 8 - 2 - - 2 Y - 4 51 (24) Y - PRQP0064GB-A

H8S/2132

and

H8S/2134

(See Note 6)

HD64F2132RFA20V 64 Y 2 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 15 66 (24) Y Y PRQP0080JB-A

HD64F2132RTF20V 64 Y 2 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 15 66 (24) Y Y PTQP0080KC-A

HD64F2132RVFA10V 64 Y 2 3.0 5.5 10 in 3 1 2 - 2 8 2 3 Y - - - - 15 66 (24) Y - PRQP0080JB-A

HD64F2132RVTF10V 64 Y 2 3.0 5.5 10 in 3 1 2 - 2 8 2 3 Y - - - - 15 66 (24) Y - PTQP0080KC-A

H8S/2138A HD64F2138AFA20V 128 Y 4 4.0 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 15 66 (24) Y Y

X-Bus, KBD, TMC

PRQP0080JB-A

HD64F2138ATF20V 128 Y 4 4.0 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 15 66 (24) Y Y PTQP0080KC-A

HD64F2138AVFA10V 128 Y 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 15 66 (24) Y - PRQP0080JB-A

HD64F2138AVTF10V 128 Y 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 15 66 (24) Y - PTQP0080KC-A

H8S/2140B 5HD64F2140BVFA10V 64 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y -

LPC, X-Bus, KBD,

3-ch PS2, TMC, 5v IO

PRQP0100KA-A

HD64F2140BVTE10V 64 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PTQP0100KA-A

HD64F2141BVFA10V 128 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PRQP0100KA-A

HD64F2141BVTE10V 128 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PTQP0100KA-A

HD64F2145BTE20V 256 - 8 4.5 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PTQP0100KA-A

HD64F2145BVFA10V 256 - 8 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PRQP0100KA-A

HD64F2145BVTE10V 256 - 8 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PTQP0100KA-A

HD64F2148BVFA20V 128 - 4 4.0 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (34) Y Y PRQP0100KA-A

HD64F2148BFA20V 128 - 4 4.0 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (34) Y Y PRQP0100KA-A

HD64F2148BTE20V 128 - 4 4.0 5.5 20 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (34) Y - PTQP0100KA-A

HD64F2148BVFA10V 128 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PRQP0100KA-A

HD64F2148BVTE10V 128 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 82 (6) Y - PTQP0100KA-A

HD64F2160BVTE10V 64 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 122 (6) Y - PTQP0144LC-A

HD64F2161BVTE10V 128 - 4 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 31 122 (6) Y - PTQP0144LC-A

H8S/2144B HD64F2134BFA20V 128 - 4 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 23 66 (24) Y Y PRQP0080JB-A

HD64F2134BTE20V 128 - 4 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 23 66 (24) Y Y PTQP0080KC-A

HD64F2144BFA20V 128 - 4 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 23 82 (24) Y Y PRQP0100KA-A

HD64F2144BTE20V 128 - 4 4.0 5.5 20 in 3 1 2 - 2 8 2 3 Y - - - - 23 82 (24) Y Y PTQP0100KA-A

H8S/2168 HD64F2166VTE33V 512 - 40 3.0 3.6 33 in 4 1 2 16 4 8 2 3 Y Y 6 Y - 41 115 (0) Y -

LPC, CRC, HSS,

BSCAN, 5v IO, OCD

PTQP0144LC-A

HD64F2167VTE33V 384 - 40 3.0 3.6 33 in 4 1 2 16 4 8 2 3 Y Y 6 Y - 41 115 (0) Y - PTQP0144LC-A

HD64F2168VTE33V 256 - 40 3.0 3.6 33 in 4 1 2 16 4 8 2 3 Y Y 6 Y - 41 115 (0) Y - PTQP0144LC-A

H8S/2169 HD64F2149YVTE10V 64 2 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 9 82 (6) Y - LPC, X-Bus, KBD,

3-ch PS2, TMC

PTQP0100KA-A

HD64F2169YVTE10V 64 2 2.7 3.6 10 in 4 1 2 16 2 8 2 3 Y - 2 Y - 9 122 (6) Y - PTQP0144LC-A

H8S/2172 HD64F2170VTE33V 256 32 3.0 3.6 33 - 2 - 1 - - - - 1 - - - - 4 9 76 (0) Y - USBH, DRAMC PTQP0100KA-A

H8S/2189R R4F2189VTE20V 1024 6 3.0 3.6 20 in 4 4 2828 -2YY2 - - 49119 (15) - - IP protect, 5v IO PTQP0144LC-A

20MHz, 16-bit Microcontroller with LPC Interface

Notes:

1. “in” = external 32KHz clock input for sub clock mode.

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

5. This group contains a specific voltage supply for some of the GPIO pins. Please refer to the Hardware Manual for full specifications of these pins and voltages.

6. For H8S/2134 devices, please refer to the H8S/2144B Group Hardware Manual.

H8S/2200 Series

2212 Group

32-128KB ROM

4-12KB SRAM

2282 Group

64-128KB ROM

4KB SRAM

2238B Group

128-256KB ROM

8-16KB SRAM

2258 Group

128-256KB ROM

8-16KB SRAM

2268 Group

128-256KB ROM

4-16KB SRAM

2214 Group

128KB ROM; 12KB SRAM

2218 Group

64-128KB ROM

8-12KB SRAM 2239 Group

384KB ROM

32KB SRAM

2238R

Group

128-256KB ROM

8-16KB SRAM

2215R Group

256KB ROM; 20KB SRAM

2215 Group

64-256KB ROM

8-16KB SRAM

3V to 5V 3V5V 2.2V

112 to

120 PINS

100 to

112 PINS

100

PINS

E10A supported (JTAG debug)

CAN supported

H8S/2200 Series Line-up

■Features

• Up to 24MHz, low-power, 16-bit static CPU

• 8 power-down modes for reducing

power consumption

• 32kHz sub-clock oscillator circuit

allows CPU to be switched to

sub-active mode to save power

• Built-in Data Transfer Controller (DTC)

with maximum of 85 channels

• Built-in DMA controller (DMAC)

with maximum of 4 channels

• Bus-powered/self-powered on-chip USB

(v2.0 full speed) core for easy serial

connectivity

• 40-segment on-chip LCD controller

with voltage booster circuit

• Supports Smart Card interface

conforming to ISO/IEC 7816-3

• Multi-channel Inter IC (I2C™)

two-wire serial bus interface

• Built-in Bus Controller (BSC) provides

glueless basic bus or burst-ROM I/F

• Miniature BGA packages smaller than 10mm

(per side) with thickness equal to 1.2mm

H8S CPU: 24MHz Flash ROM: 256KBRAM: 20KB

INTC DTCDMA: 4 channels

ADC: 10-bit x 6 ch 8-bit Timer: 2 chBSC

DAC: 8-bit x 2 ch Watchdog TimerTPU: 16-bit x 3 ch

SCI x 4 ch USB Full SpeedOn-chip debug

PLL x2, x3External Bus

H8S/2215R Series Block Diagram

■Applications

Computing: Keyboard controllers, USB slaves, serial-mode

converters, power-monitors

Metering: Electric meters, gas meters, water meters, thermostats

Medical: Glucose monitors, drug-pump monitors, heart-rate

monitors, ambulatory IV pumps

Industrial/Commercial: Emissions test equipment, automotive

diagnostic instruments, data loggers, barcode scanner

Network/Communication: Communication protocol converters,

GPS systems

27 20MHz, 16-bit Microcontroller with LCD Controller

H8S/2200 Series Selector Guide

Group

Catalog

Part Number

Flash (Kbytes)

Mask ROM Options (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

32 kHz Sub Clock (See Note 1)

Timers Analog Serial

DTC

DMA Channels

External Interrupts

GPIO [See Note 2]

(High current) [See Note 3]

External Data Bus

Extended Temp. (See Note 4)

Special Features Package Code

8-bit Timers

16-bit Timers

Watchdog Timers

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

Smart Card Interface

I2C

H8S/2212 HD64F2211FP24V 64 Y 8 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 37 (0) - Y USB, RTC, HSS PLQP0064KC-A

HD64F2211UFP24V 64 Y 8 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 37 (0) - Y USB, Boot from USB, RTC, HSS PLQP0064KC-A

HD64F2212FP24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 37 (0) - Y USB, RTC, HSS PLQP0064KC-A

HD64F2212UFP24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 37 (0) - Y USB, Boot from USB, RTC, HSS PLQP0064KC-A

H8S/2214 HD64F2214BQ16V 128 Y 12 2.7 3.6 16 - - 3 1 - 1 3 - - Y 4 9 81 (0) Y Y

HSS

TTBG0112GA-A

HD64F2214TE16V 128 Y 12 2.7 3.6 16 - - 3 1 - 1 3 - - Y 4 9 81 (0) Y Y PTQP0100KA-A

HD64F2214TF16V 128 Y 12 2.7 3.6 16 - - 3 1 - 1 3 - - Y 4 9 81 (0) Y Y PTQP0100LC-A

H8S/2215 HD64F2215BR16V 256 Y 16 2.7 3.6 16 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y

USB, BSCAN, HSS

PLBG0112GA-A

HD64F2215TE16V 256 Y 16 2.7 3.6 16 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y PTQP0120LA-A

HD64F2215UBR16V 256 Y 16 2.7 3.6 16 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y

USB, Boot from USB, BSCAN, HSS

PLBG0112GA-A

HD64F2215UTE16V 256 Y 16 2.7 3.6 16 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y PTQP0120LA-A

H8S/2215R HD64F2215RBR24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y

USB, BSCAN, HSS, OCD

PLBG0112GA-A

HD64F2215RTE24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y PTQP0120LA-A

HD64F2215RUBR24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y USB, Boot from USB,

BSCAN, HSS, OCD

PLBG0112GA-A

HD64F2215RUTE24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y PTQP0120LA-A

HD64F2215TBR24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y

USB, BSCAN, HSS, OCD

PLBG0112GA-A

HD64F2215TTE24V 256 - 20 2.7 3.6 24 - 2 3 1 6 2 3 Y - Y 4 8 75 (0) Y Y PTQP0120LA-A

H8S/2218 HD64F2218BR24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 69 (0) Y Y

USB, BSCAN, RTC, HSS

PLBG0112GA-A

HD64F2218TF24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 69 (0) Y Y PTQP0100LC-A

HD64F2218UBR24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 69 (0) Y Y USB, Boot from USB,

BSCAN, RTC, HSS

PLBG0112GA-A

HD64F2218UTF24V 128 Y 12 2.7 3.6 24 Y - 3 1 6 - 2 Y - - 4 7 69 (0) Y Y PTQP0100LC-A

H8S/2238B HD64F2238BF13V 256 Y 16 2.7 5.5 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y

PC Break

PRQP0100JE-B

HD64F2238BFA13V 256 Y 16 2.7 5.5 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PRQP0100KA-A

HD64F2238BTE13V 256 Y 16 2.7 5.5 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PTQP0100KA-A

HD64F2238BTF13V 256 Y 16 2.7 5.5 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PTQP0100LC-A

H8S/2238R HD64F2238RBQ13V 256 - 16 2.7 3.6 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y

PC Break

TTBG0112GA-A

HD64F2238RBQ6V 256 - 16 2.2 3.6 6.25 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y - TTBG0112GA-A

HD64F2238RBR13V 256 - 16 2.7 3.6 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PLBG0112GA-A

HD64F2238RFA13V 256 Y 16 2.7 3.6 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PRQP0100KA-A

HD64F2238RFA6V 256 Y 16 2.2 3.6 6.25 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y - PRQP0100KA-A

HD64F2238RTE13V 256 Y 16 2.7 3.6 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PTQP0100KA-A

HD64F2238RTE6V 256 Y 16 2.2 3.6 6.25 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y - PTQP0100KA-A

HD64F2238RTF13V 256 Y 16 2.7 3.6 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PTQP0100LC-A

HD64F2238RTF6V 256 Y 16 2.2 3.6 6.25 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y - PTQP0100LC-A

H8S/2239 HD64F2239BQ16V 384 - 32 2.7 3.6 16 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y -

PC Break, HSS

TTBG0112GA-A

HD64F2239BQ20V 384 - 32 3.0 3.6 20 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y Y TTBG0112GA-A

HD64F2239FA16V 384 Y 32 2.7 3.6 16 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y - PRQP0100KA-A

HD64F2239FA20V 384 Y 32 3.0 3.6 20 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y Y PRQP0100KA-A

HD64F2239TE16V 384 Y 32 2.7 3.6 16 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y - PTQP0100KA-A

HD64F2239TE20V 384 Y 32 3.0 3.6 20 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y Y PTQP0100KA-A

HD64F2239TF16V 384 Y 32 2.7 3.6 16 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y - PTQP0100LC-A

HD64F2239TF20V 384 Y 32 3.0 3.6 20 Y 4 6 2 8 2 4 Y 2 Y 4 9 82 (0) Y Y PTQP0100LC-A

H8S/2258 HD64F2258FA13V 256 Y 16 4.0 5.5 13.5 Y 4 6 2 8 2 4 Y 2 Y - 9 82 (0) Y Y PC Break, IEB PRQP0100KA-A

H8S/2268 HD64F2265FA13V 128 Y 4 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y

PC Break, 40x4 LCDC, DTMF, HSS

PRQP0100KA-A

HD64F2265FA20V 128 Y 4 4.0 5.5 20.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PRQP0100KA-A

HD64F2265TE13V 128 Y 4 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100KA-A

HD64F2266FA13V 128 Y 8 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PRQP0100KA-A

HD64F2266TF13V 128 Y 8 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100LC-A

HD64F2266TF20V 128 Y 8 4.0 5.5 20.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100LC-A

HD64F2268FA13V 256 Y 16 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PRQP0100KA-A

HD64F2268FA20V 256 Y 16 4.0 5.5 20.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PRQP0100KA-A

HD64F2268TE13V 256 Y 16 3.0 5.5 13.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100KA-A

HD64F2268TE20V 256 Y 16 4.0 5.5 20.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100KA-A

HD64F2268TF20V 256 Y 16 4.0 5.5 20.5 Y 4 3 1 10 2 3 Y 2 Y - 14 78 (8) - Y PTQP0100LC-A

H8S/2282 HD64F2282F20V 128 Y 4 4.5 5.5 20 DIV - 3 2 8 - 2 Y - - - 7 72 (0) - Y 28x4 LCDC, PWM timer, CAN PRQP0100JE-B

Notes:

1. KEY: Y = Yes, includes 32kHz crystal oscillator circuitry; “DIV” = Main clock is divided down for sub clock mode.

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

H8S/2300 Series

2345 Group

ROMless-128KB ROM

2-4KB SRAM

2319 Group

ROMless-512KB ROM

4-16KB SRAM

2398 Group

ROMless-256KB ROM

4-32KB SRAM

2357 Group

ROMless-128KB ROM

8KB SRAM

2350 Group

ROMless-64KB ROM

2KB SRAM 2329 Group

ROMless-512KB ROM

4-32KB SRAM

2368 Group

ROMless-512KB ROM

16-32KB SRAM

2339 Group

ROMless-384KB ROM

8-32KB SRAM

2378R Group

ROMless-512KB ROM

16-32KB SRAM

144 to 145 PINS

144 PINS

5V 3V

120 to 128 PINS

100 PINS

100 to 113 PINS

E10A supported (JTAG debug)

H8S/2300 Series Line-up

■Features

• Up to 35MHz, low-power, 16-bit static CPU

• 6 power-down modes for reducing power consumption

• Built-in Data Transfer Controller (DTC) with max. 85 channels

• Built-in DMA controller (DMAC) with maximum of 4 channels

• IrDA Interface for easy wireless connectivity

• Supports Smart Card interface conforming to ISO/IEC 7816-3

• 16-bit PPG with up to four different 4-bit group outputs

• Built-in Bus Controller (BSC) with arbitration bus

to manage basic bus or burst-ROM interface

• Miniature BGA packages smaller than 10mm (per side)

with thickness equal to 1.2mm

■Applications

Computing: Printers, label printers, touch screen controllers,

CD R/W drives

Industrial: Data analyzers, emission test equipment,

GPS systems, Barcode scanners

Automotive: Car audio, automotive diagnostic equipment

Medical: Blood oxygen monitors, drug pump monitors,

heart rate monitors

Network/Communication: LAN hubs, GPS systems

INTC Flash ROM:

512KB

H8S CPU: 35MHz RAM: 32KB

DTC

ADC:

10-bit x 16 ch

DMA: 4 channelsDAC: 8-bit x 6 ch

EXDMA: 2 chTPU: 16-bit x 6 ch

Watchdog Timer SCI x 5 ch

PPG I

C x 2 ch

External Bus (SDRAM Interface)

8-bit Timer: 2 ch BSC

H8S/2378R Series Block Diagram

29 33MHz, 16-bit Microcontroller for General Applications

H8S/2300 Series Selector Guide — Part 1 of 2

Group Catalog Part Number

Flash (Kbytes)

Mask ROM Options (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

8-bit Timers

16-bit Timers

Watchdog Timers

Waveform Generator (PPG)

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

IrDA

Smart Card Interface

DTC

DMA Channels

External Interrupts

GPIO [See Note 1]

(High Current) [See Note 2]

External Data Bus

Extended Temperature (See Note 3)

Special Features Package Code

H8S/2319 HD6412312SVF20V - - 8 3.0 3.6 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD6412312SVF25V - - 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD6412312SVTE20V - - 8 3.0 3.6 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD6412312SVTE25V - - 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2314VTE25V 384 Y 4 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2315VF25V 384 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD64F2315VTE25V 384 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2317VTE25V 128 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2317VTF25V 128 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100LC-A

HD64F2318VF25V 256 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD64F2318VTE25V 256 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2318VTF25V 256 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100LC-A

HD64F2319CVF25V 512 - 16 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD64F2319CVLP25V 512 - 16 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTLG0113JA-A

HD64F2319CVTE25V 512 - 16 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2319EVF25V 512 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD64F2319EVTE25V 512 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

HD64F2319VF25V 512 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PRQP0100JE-B

HD64F2319VTE25V 512 Y 8 3.0 3.6 25 2 6 1 - 8 2 2 - Y - Y - 9 79 (0) Y - PTQP0100KA-A

H8S/2329 HD6412320VF20V - - 4 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y -

DRAMC

PRQP0128KB-A

HD6412320VF25V - - 4 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PRQP0128KB-A

HD6412320VTE20V - - 4 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD6412320VTE25V - - 4 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD6412321VF20V - - 4 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y - 9 95 (0) Y - PRQP0128KB-A

HD6412321VF25V - - 4 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y - 9 95 (0) Y - PRQP0128KB-A

HD6412321VTE20V - - 4 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y - 9 95 (0) Y - PTQP0120LA-A

HD6412321VTE25V - - 4 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y - 9 95 (0) Y - PTQP0120LA-A

HD6412322RVF20V - - 8 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y -

DRAMC

PRQP0128KB-A

HD6412322RVF25V - - 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PRQP0128KB-A

HD6412322RVTE20V - - 8 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD6412322RVTE25V - - 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD6412324SVF25V - - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PRQP0128KB-A

HD6412324SVTE20V - - 32 2.7 3.6 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD6412324SVTE25V - - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD64F2326CVF25V 512 - 16 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y -

DRAMC

PRQP0128KB-A

HD64F2326CVTE25V 512 - 16 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD64F2326VF25V 512 - 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PRQP0128KB-A

HD64F2326VTE25V 512 - 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD64F2328BVF25V 256 Y 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - DRAMC PRQP0128KB-A

HD64F2328BVTE25V 256 Y 8 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD64F2329BVF25V 384 - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y -

DRAMC

PRQP0128KB-A

HD64F2329BVTE25V 384 - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

HD64F2329EVF25V 384 - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PRQP0128KB-A

HD64F2329EVTE25V 384 - 32 3.0 3.6 25 2 6 1 16 8 2 3 - Y - Y 4 9 95 (0) Y - PTQP0120LA-A

H8S/2339 HD6412332VFC20V - - 8 2.7 3.6 20 2 6 1 16 12 4 3 - Y - Y 4 9 118 (0) Y -

DRAMC

PRQP0144KA-A

HD6412332VFC25V - - 8 3.0 3.6 25 2 6 1 16 12 4 3 - Y - Y 4 9 118 (0) Y - PRQP0144KA-A

HD64F2338VFC25V 256 Y 8 3.0 3.6 25 2 6 1 16 12 4 3 - Y - Y 4 9 118 (0) Y - PRQP0144KA-A

HD64F2339EVFC25V 384 - 32 3.0 3.6 25 2 6 1 16 12 4 3 - Y - Y 4 9 118 (0) Y - PRQP0144KA-A

HD64F2339VFC25V 384 - 32 3.0 3.6 25 2 6 1 16 12 4 3 - Y - Y 4 9 118 (0) Y - PRQP0144KA-A

(The H8S/2300 Series Selector Guide is continued on page 31)

Notes:

1. This is the sum of the I/O pins + input-only + output-only.

2. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

3. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

simplicity + greater design versatility

H8 Microcontrollers Can Be Self-Powered or USB Bus-Powered

With Renesas H8 devices, there’s no

need to create two designs to satisfy

different power requirements for appli-

cations that use USB links. Selection of

self-powered or USB-bus powered

operation is made via an input pin.

Either way, when the USB cable is

disconnected from your system, the

microcontroller is automatically put

into a defined state, a powered-down

mode. A simple, effective solution.

Apply it and see for yourself!

Guide to USB-compatible H8S Devices

Group ROM/RAM/Speed Features

USB 2.0 Full-Speed [Bulk, Interrupt, Control transfers supported]

H8S/2212 128KB/12KB/24MHz Single Chip, Sub Clock, On-Chip Debugger

H8S/2211 64KB/8KB/24MHz USB FIFO: 456 Bytes Package: 64-pin QFP

H8S/2218 128KB/12KB/24MHz Sub Clock, On-Chip Debugger

USB FIFO: 456 Bytes Package: 100-pin QFP

H8SX/1664 512KB/40KB/48MHz On-Chip Debugger

H8SX/1663 384KB/40KB/48MHz USB FIFO: 288 Bytes Package: 144-pin LQFP

H8SX/1654 512KB/40KB/48MHz On-Chip Debugger

H8SX/1653 384KB/40KB/48MHz USB FIFO: 288 Bytes Package: 120-pin QFP

USB 2.0 Full-Speed [Isochronous, Bulk, Interrupt, Control transfers supported]

H8S/2215 256KB/16KB/16MHz USB FIFO: 1288 Bytes

Packages: 120-pin QFP, 112-pin BGA

On-Chip Debugger, USB Cera Lock Support

H8S/2215R 256KB/20KB/24MHz USB FIFO: 1288 Bytes

Packages: 120-pin QFP, 112-pin BGA

USB 2.0 High-Speed/Full-Speed [Bulk, Interrupt, Control transfers supported]

H8S/2170B 256KB/32KB/33MHz On-Chip Debugger

USB FIFO: 1224 Bytes Package: 100-pin QFP

When it comes to USB,

H8 stands in front.

H8S/2300 Series (continued)

H8S/2300 Series Selector Guide — Part 2 of 2

H8S/2345 HD6412340FA10V - - 2 2.7 5.5 10 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PRQP0100KA-A

HD6412340FA20V - - 2 4.5 5.5 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PRQP0100KA-A

HD6412340TE20V - - 2 4.5 5.5 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PTQP0100KA-A

HD64F2345F20V 128 Y 4 4.5 5.5 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PRQP0100JE-B

HD64F2345FA20V 128 Y 4 4.5 5.5 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PRQP0100KA-A

HD64F2345TE20V 128 Y 4 4.5 5.5 20 2 6 1 - 8 2 2 - Y - Y - 9 79 (28) Y Y PTQP0100KA-A

H8S/2357 HD6412352F13V - - 8 3.0 5.5 13 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y -

DRAMC

PRQP0128KB-A

HD6412352F20V - - 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD6412352TE13V - - 8 3.0 5.5 13 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD6412352TE20V - - 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD64F2357F20V 128 Y 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD64F2357TE20V 128 Y 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD64F2357VF13V 128 Y 8 3.0 5.5 13 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD64F2357VTE13V 128 Y 8 3.0 5.5 13 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

H8S/2368 HD64F2360VTE33V 4256 Y 16 3.0 3.6 33 26116 1025YY2Y4 9 94 (0) Y -

DRAMC,

HSS, PPG

TPTQ0120LA-A

HD64F2361VTE33V 4256 - 24 3.0 3.6 33 261 16 1025YY2Y4 9 94 (0) Y - TPTQ0120LA-A

HD64F2362VTE33V 256 - 32 3.0 3.6 33 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - TPTQ0120LA-A

HD6412363VF33V - - 16 3.0 3.6 33 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - PRQP0128KB-A

HD6412363VTE33V - - 16 3.0 3.6 33 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - PTQP0120LA-A

HD64F2364VTE33V 4384 - 32 3.0 3.6 33 26116 1025YY2Y4 9 94 (0) Y - TPTQ0120LA-A

HD64F2366VF33V 384 - 30 3.0 3.6 33 2 6 1 - 10 2 5 Y Y 2 Y - 9 94 (0) Y - HSS PRQP0128KB-A

HD64F2366VTE33V 384 - 30 3.0 3.6 33 2 6 1 - 10 2 5 Y Y 2 Y - 9 94 (0) Y - PTQP0120LA-A

HD64F2367VF33V 384 - 24 3.0 3.6 33 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - DRAMC, HSS, BT PRQP0128KB-A

HD64F2367VTE33V 384 - 24 3.0 3.6 33 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - PTQP0120LA-A

HD64F2368VTE34V 512 - 32 3.0 3.6 34 2 6 1 16 10 2 5 Y Y2Y4 9 94 (0) Y - DRAMC, HSS PTQP0120LA-A

H8S/2378R HD6412370VFQ34V 4256 Y 16 3.0 3.6 34 2 61 16 16 65YY2Y417113 (0) Y -

DRAMC, HSS

PLQP0144KC-A

HD6412370RVFQ34V 4256 Y 16 3.0 3.6 34 2 61 16 16 65YY2Y417113 (0) Y - PLQP0144KC-A

HD6412371VFQ34V 4256 - 24 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - PLQP0144KC-A

HD6412371RVFQ34V 4256 - 24 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - PLQP0144KC-A

HD6412372VFQ34V 4256 - 32 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - PLQP0144KC-A

HD6412372RVFQ34V 4256 - 32 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - PLQP0144KC-A

HD6412373RVFQ33V - - 16 3.0 3.6 33 2 6 1 16 16 2 5 Y Y2Y4 17113 (0) Y - SDRAMC, HSS PLQP0144KC-A

HD6412374VFQ34V 4384 - 32 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - DRAMC, HSS PLQP0144KC-A

HD6412374RVFQ34V 4384 - 32 3.0 3.6 34 2 61 16 16 65YY2Y4 17113 (0) Y - PLQP0144KC-A

HD64F2376VFQ33V 384 - 30 3.0 3.6 33 2 6 1 16 16 4 5 Y Y2Y617113 (0) Y - HSS PLQP0144KC-A

HD64F2377RVFQ33V 384 - 24 3.0 3.6 33 2 6 1 16 16 6 5 Y Y2Y6 17113 (0) Y - SDRAMC, HSS, BT,

2 ch EXDMAC

PLQP0144KC-A

HD64F2377RVFQ33WV 384 - 24 3.0 3.6 33 2 6 1 16 16 6 5 Y Y2Y617113 (0) Y - PLQP0144KC-A

HD64F2378BVLP35V 512 - 32 3.0 3.6 35 2 6 1 16 16 6 5 Y Y2Y617113 (0) Y - DRAMC, HSS,

2 ch EXDMAC

PTLG0145JB-A

HD64F2378BVFQ35V 512 - 32 3.0 3.6 35 2 6 1 16 16 6 5 Y Y2Y617113 (0) Y - PLQP0144KC-A

HD64F2378RVFQ34V 512 - 32 3.0 3.6 34 2 6 1 16 16 6 5 Y Y2Y6 17113 (0) Y - SDRAMC, HSS,

2 ch EXDMAC PLQP0144KC-A

H8S/2398 HD6412390F20V - - 4 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y -

DRAMC

PRQP0128KB-A

HD6412390TE20V - - 4 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD6412392F20V - - 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD6412392TE20V - - 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD6412394F20V - - 32 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD6412394TE20V - - 32 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

HD64F2398F20V 256 Y 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PRQP0128KB-A

HD64F2398TE20V 256 Y 8 4.5 5.5 20 2 6 1 16 8 2 3 - Y - Y 4 9 95 (32) Y - PTQP0120LA-A

Group Catalog Part Number

Flash (Kbytes)

Mask ROM Options (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

8-bit Timers

16-bit Timers

Watchdog Timers

Waveform Generator (PPG)

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

IrDA

Smart Card Interface

I2C

DTC

DMA Channels

External Interrupts

GPIO [See Note 1]

(High Current) [See Note 2]

External Data Bus

Extended Temperature (See Note 3)

Special Features Package Code

Notes:

1. This is the sum of the I/O pins + input-only + output-only.

2. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

3. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

4. The specification for this device is subject to change.

■Features for H8S/2400 Series

• Up to 20MHz, 16 bit CISC CPU with

Hardware Multiply Accumulate Block

(H8S/2600 CPU)

• 8 power-down modes for

reducing power consumption

• 32kHz sub-clock oscillator

• Support Smart Card interface

conforming to ISO/IEC 7816-3

■Features for H8S/2500 Series

• Up to 26MHz, 16 bit CISC CPU

• 6 power-down modes for reducing

power consumption

• 32kHz sub-clock oscillator

• Built-in Data Transfer Controller

(DTC) with maximum of 85 channels

• Up to 2-channel Controller Area Network

(CAN v2.0) controller

• Support Smart Card interface

conforming to ISO/IEC 7816-3

• Dual 3V and 5V I/O functions supported

■Applications

H8S/2400 Series: LCD Monitor, LCD-TV,

Plasma-TV, projectors, home electronics

H8S/2500 Series: Audio, automotive audio

H8S/2400 and H8S/2500 Series

2437 Group

256KB ROM; 16KB SRAM

2556 Group

512KB ROM

32KB SRAM

2506 Group

384-512KB ROM

24-32KB SRAM

2552 Group

384-512KB ROM

24-32KB SRAM

144 to 176 PINS

3V to 5V 3V

128 PINS

E10A supported (JTAG debug)

CAN supported

H8S/2400/2500 Series Line-up

H8S

CPU:

20MHz

INTC

ADC:

10-bit x 16 ch BSC

RAM:

32KB

8-bit

Timer:

4 ch

DAC:

8-bit x 2 ch

PC Break

Controller

Flash

ROM:

512KB

Watchdog

Timer

16-bit TPU

x 6 ch

SCI

x 5 ch

DTC

CAN I2C x 2 ch

Sub

Clock

PLL

External

Bus

H8S/2556 Block Diagram

16-bit Microcontrollers for Monitors and Audio Applications

H8S/2400 and H8S/2500 Series Selector Guide

Group Part Number

Flash (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

VccIO Min (See Note 4)

VccIO Max (See Note 4)

32 kHz Sub Clock (See Note 1)

Timers Analog Serial

DTC

External Interrupts

GPIO (See Note 2)

External Data Bus

Extended Temp. (See Note 3)

Special Features Package Code

8-bit Timers

16-bit Timers

Watchdog Timers

8-bit PWM

14-bit PWM D/A

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

IrDA

Smart Card Interface

I2C

H8S/2437 HD64F2437FV 256 16 3.0 3.6 20 - - - 4 5 1 8 2 16 - 5 - - 4 - 9 110 Y - DMC, TMC, 5v IO,

Bus Trace PRQP0128KB-A

H8S/2506 HD64F2505BR26DV 384 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y

PC Break,

Dual Vcc IO

PLBG0176GA-A

HD64F2505FC26V 384 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PRQP0144KB-A

HD64F2506BR26DV 512 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PLBG0176GA-A

HD64F2506FC26V 512 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PRQP0144KB-A

H8S/2552 HD64F2551BR26DV 384 24 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y

PC Break,

Dual Vcc IO, IEB

PLBG0176GA-A

HD64F2551FC26DV 384 24 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PRQP0144KB-A

HD64F2552BR26DV 512 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PLBG0176GA-A

HD64F2552FC26DV 512 32 3.0 5.5 26 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PRQP0144KB-A

H8S/2556 HD64F2556FC20DV 512 32 3.0 5.5 20 3.0 5.5 Y 4 6 2 - - 16 2 5 - Y 2 Y 9 120 Y Y PC Break,

Dual Vcc IO, CAN PRQP0144KB-A

Notes:

1. Y = Yes, includes 32kHz crystal oscillator circuitry.

2. This is the sum of the I/O pins + input-only + output-only.

3. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

4. This voltage supply is specific to some of the GPIO pins and independent of Vcc.

H8S/2600 Series

2615 Group

64KB ROM

4KB SRAM

2612 Group

64-128KB ROM

4KB SRAM

2628 Group

128KB ROM

8KB SRAM

2626 Group

64-256KB ROM

4-12KB SRAM

2648 Group

64-128KB ROM

2-4KB SRAM

2649 Group

256KB ROM

8KB SRAM

2646 Group

64-128KB ROM

2-4KB SRAM

2636 Group

128KB ROM

4KB SRAM

2639 Group

256KB ROM

16KB SRAM

2635 Group

128-192KB ROM

6KB SRAM

2638 Group

256KB ROM

16KB SRAM

2630 Group

384KB ROM

16KB SRAM

2633 Group

128-256KB ROM

8-16KB SRAM

2678 Group

ROMless-256KB ROM

8-32KB SRAM

2643 Group

128-256KB ROM

8-12KB SRAM

2678R Group

ROMless-256KB ROM

8-32KB SRAM

2668 Group

384KB ROM

16KB SRAM

144

PINS

5V 3V

120

128

PINS

CAN supported

100

PINS

H8S/2600 Series Line-up

■Features

• Up to 33MHz, low-power, 16-bit

static CPU and hardware MAC

• 6 power-down modes for reducing

power consumption

• 32kHz sub-clock oscillator circuit

(some devices)

• Built-in Data Transfer Controller (DTC)

with maximum of 85 channels

• Built-in DMA controller (DMAC)

with maximum of 4 channels

• Up to 2-channel Controller Area Network

(CAN v2.0) controller

• Supports Smart Card interface

conforming to ISO/IEC 7816-3

• 16-bit motor-control PWM

• 2-channel on-chip PC Break controller

for self-monitoring debugger

• Built-in Bus Controller (BSC) with

arbitration bus to manage basic bus

or burst-ROM interface

• Built-in SDRAM interface (H8S/2674R only)

■Applications

Automotive: Airbag controllers, radar-collision avoidance

systems, body ride/handling control systems, tire pressure

monitors, electronic power-steering systems

Industrial: Pump controls, test-fixture controllers,

pump units, thermal point controllers, siren controllers

Medical:Wireless base stations, fiber controllers for cable TV,

network system controllers

H8S CPU: 28MHz Flash ROM: 256KBRAM: 16KB

INTC DTC: 85 channelsDMA: 4 channels

ADC: 10-bit x 16 ch 8-bit Timer: 2 chBSC

DAC: 8-bit x 4 ch 14-bit PWM x 4 ch16-bit TPU x 6 ch

PPG Watchdog TimerSCI x 5 ch

PLL (x1, x2, x4) PC Break Controller x 2 ch

I2C x 2 ch External Bus32kHz Sub Clock

H8S/2633 Series Block Diagram

35 33MHz, 16-bit Microcontroller with HCAN

H8S/2600 Series Selector Guide

Group

Catalog

Part Number

Flash (Kbytes)

Mask ROM Options (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

VccIO Min (See Note 5)

VccIO Max (See Note 5)

32 kHz Sub Clock (See Note 1)

Timers

Analog

Serial I/F

DTC

DMA Channels

External Interrupts

GPIO [See Note 2]

(High Current) [See Note 3]

External Data Bus

Extended Temperature (See Note 4)

Special

Features Package Code

8-bit Timers

16-bit Timers

Watchdog Timers

Waveform Generator (PPG)

Motor Control PWM Timer

14-bit PWM D/A

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

IrDA

Samsrt Card Interface

CAN

H8S/2612 HD64F2612FA20V 128 Y 4 4.5 5.5 20 - - - - 6 1 8 MMT - 12 - 3 - Y - 1 Y - 7 56 (0) - Y PC Break, MMT PRQP0080JD-A

H8S/2615 HD64F2615FA24V 64 Y 4 4.5 5.5 24 - - DIV - 6 2 - - - 16 - 3 - Y - 1 - - 7 56 (0) - Y - PRQP0080JD-A

H8S/2626 HD64F2623FA20JV 256 Y 12 4.5 5.5 20 - - - - 6 1 8 - - 16 - 3 - Y - 1 Y - 7 70 (0) Y Y

2-ch PC Break

PRQP0100KA-A

HD64F2623FA20V 256 Y 12 4.5 5.5 20 - - - - 6 1 8 - - 16 - 3 - Y - 1 Y - 7 70 (0) Y Y PRQP0100KA-A

HD64F2626FA20JV 256 Y 12 4.5 5.5 20 - - Y - 6 2 8 - - 16 2 3 - Y - 1 Y - 7 68 (0) Y Y PRQP0100KA-A

HD64F2626FA20V 256 Y 12 4.5 5.5 20 - - Y - 6 2 8 - - 16 2 3 - Y - 1 Y - 7 68 (0) Y Y PRQP0100KA-A

H8S/2628 HD64F2628FA24V 128 Y 8 4.5 5.5 24 - - - 4 6 1 8 - - 16 - 2 - Y - 1 Y - 7 76 (0) - Y PC Break,

2 ch SSU PRQP0100KB-A

H8S/2630 HD64F2630F20V 384 Y 16 4.5 5.5 20 - - - - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y

15mA IO, PC

Break

PRQP0128KB-A

HD64F2630UF20V 384 Y 16 4.5 5.5 20 - - Y - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y PRQP0128KB-A

HD64F2630WF20V 384 Y 16 4.5 5.5 20 - - Y - 6 2 8 1 - 12 2 3 - Y 2 2 Y - 7 84 (16) Y Y PRQP0128KB-A

H8S/2633 HD64F2633F16V 256 Y 16 3.0 3.6 16 3.0 5.5 Y 4 6 2 8 - 4 16 4 5 Y Y 2 - Y 4 9 89 (0) Y Y

PC Break,

DRAMC

PRQP0128KB-A

HD64F2633RF28V 256 - 16 4.5 5.5 28 4.5 5.5 Y 4 6 2 8 - 4 16 4 5 Y Y 2 - Y 4 9 89 (0) Y Y PRQP0128KB-A

HD64F2633RTE28V 256 - 16 4.5 5.5 28 4.5 5.5 Y 4 6 2 8 - 4 16 4 5 Y Y 2 - Y 4 9 89 (0) Y - PTQP0120LA-A

HD64F2633TE16V 256 Y 16 3.0 3.6 16 3.0 5.5 Y 4 6 2 8 - 4 16 4 5 Y Y 2 - Y 4 9 89 (0) Y Y PTQP0120LA-A

H8S/2636 HD64F2636F20V 128 Y 4 4.5 5.5 20 - - - - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y 15mA IO, PC

Break

PRQP0128KB-A

HD64F2636UF20V 128 Y 4 4.5 5.5 20 - - Y - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y PRQP0128KB-A

H8S/2638 HD64F2638F20V 256 Y 16 4.5 5.5 20 - - - - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y

15mA IO, PC

Break

PRQP0128KB-A

HD64F2638UF20V 256 Y 16 4.5 5.5 20 - - Y - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y PRQP0128KB-A

HD64F2638WF20V 256 Y 16 4.5 5.5 20 - - Y - 6 2 8 1 - 12 2 3 - Y 2 2 Y - 7 84 (16) Y Y PRQP0128KB-A

H8S/2639 HD64F2639UF20V 256 Y 16 4.5 5.5 20 - - DIV - 6 2 8 1 - 12 2 3 - Y - 2 Y - 7 84 (16) Y Y 15mA IO, PC

Break

PRQP0128KB-A

HD64F2639WF20V 256 Y 16 4.5 5.5 20 - - DIV - 6 2 8 1 - 12 2 3 - Y 2 2 Y - 7 84 (16) Y Y PRQP0128KB-A

H8S/2643 HD64F2643FC16V 256 Y 16 3.0 3.6 16 3.0 5.5 Y 4 6 2 16 - - 16 4 5 Y Y 2 - Y 4 9 111 (0) Y Y PC Break,

DRAMC

PRQP0144KB-A

HD64F2643FC25V 256 Y 16 3.0 3.6 25 4.5 5.5 Y 4 6 2 16 - - 16 4 5 Y Y 2 - Y 4 9 111 (0) Y Y PRQP0144KB-A

H8S/2648 HD64F2646RFC20JV 128 Y 4 4.5 5.5 20 - - Y - 6 2 8 1 - 12 - 2 - Y - 1 Y - 7 108 (16) Y Y 15mA IO, PC

Break, 24x4

LCDC

PRQP0144KB-A

HD64F2646RFC20V 128 Y 4 4.5 5.5 20 - - Y - 6 2 8 1 - 12 - 2 - Y - 1 Y - 7 108 (16) Y Y PRQP0144KB-A

HD64F2648RFC20JV 128 Y 4 4.5 5.5 20 - - Y - 6 2 8 1 - 12 - 3 - Y - 1 Y - 7 108 (16) Y Y 15mA IO, PC

Break, 40x4

LCDC

PRQP0144KB-A

HD64F2648RFC20V 128 Y 4 4.5 5.5 20 - - Y - 6 2 8 1 - 12 - 3 - Y - 1 Y - 7 108 (16) Y Y PRQP0144KB-A

H8S/2649 HD64F2649FC20JV 256 Y 6 4.5 5.5 20 - - Y - 6 2 8 1 - 16 - 4 - Y - 2 Y - 7 113 (0) Y Y PC Break,

40x4 LCDC PRQP0144KA-A

H8S/2668 HD64F2667VFQ33V 384 - 16 3.0 3.6 33 - - - 2 6 1 8 - - 12 4 3 Y Y - - Y - 9 115 (0) Y Y HSS PLQP0144KC-A

H8S/2678 HD6412670VFC33V - - 8 3.0 3.6 33 - - - 2 6 1 16 - - 12 4 3 Y Y - - Y 8 17 115 (0) Y Y 4 ch EXDMAC,

DRAMC PRQP0144KA-A

HD6412674RVFQ33V - - 32 3.0 3.6 33 - - - 2 6 1 16 - - 12 4 3 Y Y - - Y 8 17 115 (0) Y Y SDRAM, 4 ch

EXDMAC, HSS PLQP0144KC-A

HD64F2676VFC33V 256 Y 8 3.0 3.6 33 - - - 2 6 1 16 - - 12 4 3 Y Y - - Y 8 17 115 (0) Y Y 4 ch EXDMAC,

DRAMC PRQP0144KA-A

Notes:

1. KEY: Y = Yes, includes 32kHz crystal oscillator circuitry; “DIV” = Main clock is divided down for sub clock mode.

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification, and availability of extended temperature parts.

5. This voltage supply is specific to some of the GPIO pins, and independent of Vcc.

H8SX Series

1525R, 1527F

256KB ROM

12KB SRAM

1582F

256KB ROM

12KB SRAM

1556F, 1554F,

1552F

256-512KB ROM

24KB SRAM

1544F

512KB ROM

24KB SRAM

1557F, 1555F,

1553F

256-512KB ROM

24KB SRAM

1663F, 1664F

384-512KB ROM

40KB SRAM

1634F, 1633F,

1632

256-512KB ROM

24KB SRAM

1644F, 1643F,

1642

256-512KB ROM

24KB SRAM

1651

ROMless

40KB SRAM

1653F, 1654F

384-512KB ROM

40KB SRAM

1650A

ROMless

24KB SRAM

1656F,

1657F

512-768KB ROM

24KB SRAM

E10A (JTAG debug) and CAN supported

E10A supported (JTAG debug)

16xx

1MB ROM

64KB SRAM

H8SX/1500 Series: 5V H8SX/1600 Series: 3V

144

PINS

120

PINS

100

PINS

H8SX Series Line-up

■Features

• Up to 50MHz, low-power, 32-bit static CISC CPU

• 6 power-down modes for reducing

power consumption

• 32kHz sub-clock oscillator circuit (some devices)

• Highly reliable built-in single-supply flash:

256KB to 1MB

• On-chip high-speed SRAM: 12KB to 64KB

• Built-in Data Transfer Controller (DTC)

with maximum of 85 channels

• Built-in DMA controller (DMAC)

with maximum of 4 channels

• Bus-powered/self-powered on-chip USB

(v2.0 full speed) core for easy serial

connectivity

• Up to 2-channel Controller Area Network

(CAN v2.0) controller

• Supports Smart Card interface

conforming to ISO/IEC 7816-3

• Built-in Bus Controller (BSC) with arbitration bus

to manage basic bus or burst-ROM interface

• Built-in SDRAM interface (H8SX/1664 only)

■Applications

Automotive: Airbag controllers, power steering systems

Industrial: Control Modules (LCD, USB),

Bar Code scanners, Electronic Point of Sale

Consumer:Fitness Machines, Thermostat,

Handheld Devices (Bluetooth), Printers, USB Dongles

H8SX CPU:

(multiplier/

divider)

INTC

ADC:

10-bit x 8 ch BSC

RAM

40KB

8-bit

Timer:

8 ch

DAC:

8-bit x 2 ch

USB 2.0

(Full Speed)

Flash

ROM

512KB

Watchdog

Timer

16-bit TPU

x 6 ch

SCI

x 6 ch

DTC PPG

On-chip

debug I2C x 2 ch

DMA:

4 ch

32kHz

Sub Clock

PLL External

Bus

H8SX/1664 Series Block Diagram

Wide Address and Data buses

allow connection to multiple

external blocks for

high-speed data transfers.

Advanced DMA engines within

H8SX series can move data

between external devices in

parallel with on-chip transfers

for higher system performance.

Microcontrollers in the H8SX series have

high-capacity SRAM, high-performance

CPUs, and packages with many pins,

making them ideal for complex system

hub operation.

External

Data

External

Data

H8SX

Serial Interfaces

Data

Address

Large number of GPIOs and an extensive

array of serial interface functions allow

connections to any type of external

device or function.

High-performance

H8SX CPU Core

Improved system

throughput

Compatibility

32-bit data and address bus, 1-cycle access

50MHz performance

HW 32-bit multiplier/divider

Add specific registers:

VBR (Vector Base Register)

SBR (Short-address Base Register)

Auto Conversion: Big and Little Endian

Enhanced H8 and H8S instruction set and peripheral functions

High Performance — 50MIPS

Single-cycle 16-bit x 16-bit

High response for INT at double speed

High-speed access to external I/O: 1.3 times

High-speed network access (Non-overhead, penalty)

37 50MHz, 32-bit CISC MCUs

H8SX Series Selector Guide

Group Part Number

Flash (Kbytes)

RAM (Kbytes)

Vcc Min

Vcc Max

Max MHz @ Vcc Max

32kHz Sub Clock (See Note 1)

Timers Analog Serial

DTC

DMA Channels

External Interrupts

GPIO [See Note 2]

(High Current) [See Note 3]

External Data Bus

Extended Temp. (See Note 4)

Special Features Package Code

8-bit Timers

16-bit Timers

Watchdog Timers

Waveform Generator (PPG)

A/D 10-bit Resolution

D/A 8-bit Resolution

Serial (Sync/Async)

SSU (SPI compatible)

IrDA

Smart Card Interface

I2C

CAN

H8SX/1525 R5F61525N40FP 256 12 4.5 5.5 40 - - 6 1 - 16 - 2 3 - Y -1-41682 (0) -Y PRQP0100KB-A

H8SX/1527 R5F61527N40FP 256 12 4.5 5.5 40 - - 12 1 8 16 - 2 3 - Y -1-41682 (0) -Y PRQP0100KB-A

H8SX/1552 5R5F61552N40FPV 256 24 4.5 5.5 40 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1553 5R5F61553N40FPV 256 24 4.5 5.5 40 - 4 6 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1554 5R5F61554N40FPV 384 24 4.5 5.5 40 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1555 5R5F61555N40FPV 384 24 4.5 5.5 40 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1556 5R5F61556N40FPV 512 24 4.5 5.5 40 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1557 5R5F61557N40FPV 512 24 4.5 5.5 40 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1582 R5F61582N48FPV 256 12 4.5 5.5 48 - - 12 1 8 16 - 2 3 - Y - - Y 4 17 99 (0) - Y PLQP0120LA-A

H8SX/1632 5R5F61632N50FPV 256 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1633 5R5F61633N50FPV 384 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1634 5R5F61634N50FPV 512 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PRQP0144KB-A

H8SX/1642 5R5F61642N50FPV 256 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1643 5R5F61643N50FPV 384 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1644 5R5F61644N50FPV 512 24 3.0 3.6 50 - 4 12 1 - 16 2 6 - - Y 2 - Y 4 16 82 (0) Y Y PLQP0120LA-A

H8SX/1650 R5S61650N35FTV 0 24 3.0 3.6 35 - 4 6 1 16 8 2 4 - Y Y - - Y - 13 90 (8) Y - HSS PTQP0120LA-A

H8SX/1651 R5S61651N50FPV 0 40 3.0 3.6 35 - 4 6 1 16 8 2 4 - Y Y - - Y - 13 90 (8) Y - HSS PLQP0120LA-A

H8SX/1653 R5F61653N50FTV 384 40 3.0 3.6 50 - 4 6 1 8826 -YY2-Y41384 (125) Y - CRC, HSS, USB PTQP0120LA-A

H8SX/1654 R5F61654N50FTV 512 40 3.0 3.6 50 - 4 6 1 8826 -YY2-Y41384 (125) Y - CRC, HSS, USB PTQP0120LA-A

H8SX/1657 R5F61657BN35FTV 768 24 3.0 3.6 35 - 4 6 1 16 8 2 4 - Y Y - - Y 4 13 90 (8) Y - HSS PTQP0120LA-A

R5F61657N35FTV 768 24 3.0 3.6 35 - 4 6 1 16 8 2 4 - Y Y - - Y 4 13 90 (8) Y - PTQP0120LA-A

H8SX/1663 R5F61663N50FTV 384 40 3.0 3.6 50 Y 4 6 1 8826-YY2-Y413101 (125) Y - CRC, HSS, USB PRQP0144KB-A

H8SX/1664 R5F61664N50FTV 512 40 3.0 3.6 50 Y 4 6 1 8826-YY2-Y413101 (125) Y - CRC, HSS, USB PRQP0144KB-A

Great Performance for System Connectivity!

Notes:

1. Y = Yes, includes 32kHz crystal oscillator circuitry

2. This is the sum of the I/O pins + input-only + output-only.

3. High-current is defined as greater than or equal to 10mA for a signal being

driven low. This pin count is included in the GPIO total.

4. Please visit Renesas website for full part number, specification,

and availability of extended temperature parts.

5. The specification for this device is subject to change.

H8/36077

Reversing Sensors

Lighting, Status LEDs

RF Module

Sensors (Motion, Light)

Tachometer Power Module MOTOR

Position Sensing

Hall Sensors

WKP I/O

H8/300H

CPU

RAM

Flash

I/O

PWM

Stop

RTC

Timer

WDT

A/D

POR Serial I/F

PWM

Generator

Access Keypad

H8/38076

Sensors

(Temp., Humidity, Light)

Remote Control

Backlight LED

Custom Liquid

Crystal Display

Buzzer

Battery

Keypad

HVAC Control Unit

LCD Controller

H8/300H

CPU

RAM

Flash

I/O

IrDA

A/D

D/A

WDT

Power

POR

RTC

Serial I/F

WKP I/O

H8®Family of Microcontrollers 38

■Application Example 2: Garage Door Controller using H8/36077

■Application Example 1: Thermostat Solution Using H8/38076R

Main Processor

LPC

Fans

Tachometer Speed

Chassis

Boards

IPMB (I

PMC

Sensor

EEPROM Chipset

SensorsADC TEMP

SDR SEL

EEPROM

DIMM

EEPROM

PCI Boards

Panel Control

NIC

EMP

RS-485 Bridge

ICMB

(RS-485)

Servers

EVC PWM

LPC

I2C

RAMFlash

I/O I

CSerial

H8S/

2168

(BMC)

39 Application Examples

■Application Example 3: Intelligent Platform Management Interface (IPMI) Solution Using H8S/2166

Card

LCD

Panel and

Controller

H8SX/1653F

Secure IC

Thermal

Printer

Control

Pulse Output

Improved tamper resistance/cipher process speed

— Cipher process by Hardware (SIC)

Realize low-cost solution

— Provides 2-chip system solution

Supports many consortium standards

— Global Platform/STIP, EMV,

VISAsmart, JEFF, FINREAD

I/O Ports

Internal Bus

Peripheral Bus

ROM

EEPROM

RAM

CPU

Crypt

Error

Detector

Timer

SCI

Host

Keypad

On-chip

Debug PLL

WDT I2C

x 2 ch

TPU

x 6 ch

DAC

8-bit

x 2 ch

PPG

8-bit

timer

x 8 ch

ADC

10-bit

x 8 ch

SCI

x 6 ch

USB 2.0

(Full Speed)

INTC DMA

4 ch BSC

DTC

H8SX CPU

(multiplier/

divider)

RAM

40KB

FLASH

ROM

384KB

Bridge

External Bus

Magnetic

Card

I/F

Card

I/F

■Application Example 4: ePOS Solution Using H8SX/1653

Appendices 40

R4 X #### X XX # # X V

R4: Renesas H8S MCU

ROM type:

F = Flash

M = Mask ROM

S = ROMless or Standard Mask ROM

Maximum Speed (MHz)

Temperature range:

Blank = -20°C to +75°C (Standard temp.)

I = -40°C to +85°C

J = -40°C to +85°C (Extended reliability)

JE = -40°C to +105°C

K = -40°C to +125°C

H8S device number

(with optional major revision letter)

Package (one- or two-letter code)

Package type:

V = Lead-free package

R5 X 6#### X N # # XX V

R5: Renesas H8SX MCU

ROM type:

F = Flash

M = Mask ROM

S = ROMless or Standard Mask ROM

Maximum Speed (MHz)

H8SX device number

(with optional major revision letter)

Temperature range (refer to R4 decoder, above)

Package type:

V = Lead-free package

Package (one- or two-letter code)

■Appendix C-1: Catalog Part Number Decoders (1 of 2)

IAppendix C-2: Catalog Part Number Decoders (2 of 2)

HD64 X #### X X XX # X V

Renesas MCU

Maximum Speed (MHz)

On-chip memory type:

1: ROMless

3: Masked ROM

7: OTP

8: EEPROM

F: Flash

N: EEPROM Multi-Chip Package

Specific Series:

3XXX: H8

2XXX: H8S

Product Version

(with optional major revision letter)

Low Voltage

Blank: Default voltage operation

V: Low-voltage version

Package

(one- or two-letter code)

Temperature Range:

Blank: -20°C to +75°C

(Standard temp.)

I: -40°C to +85°C

J: -40°C to +85°C

(Extended reliability)

JE: -40°C to +105°C

K: -40°C to +125°C

Optional Lead-Free Package:

V: lead-free package

Appendices

IAppendix A: Abbreviations

15mA IO Contains I/O pins that source/sink 15mA

5V IO Contains I/O pins which are 5V tolerant

ADC Analog-to-Digital Converter

AEC Asynchronous Event Counter

Boot from USB Flash programmable via USB port

BSC External Bus Controller

BSCAN Boundary Scan

BT On-chip Memory Bus Trace

CAN Controller Area Network

CRC Cyclic Redundancy Check Generator

CTB Clock Time Base

DAC Digital to Analog Converter

DMAC Direct Memory Access Controller

DMC Duty Measurement Circuit

DRAMC DRAM Controller

DTC Data Transfer Controller

DTMF Telephone Tone Generator

Dual Vcc IO Two Vcc domains for I/O Ports

ECF Event Counter Function

EXDMAC Enhanced DMA Controller

HSS High-Speed Serial Communications

I2C Inter IC Bus

IC Input Capture

IC/OC Input Capture/Output Compare

IrDA Infrared Serial Port

ITO Interval Timer Operation

KBD Keyboard Scan Function

LCDC LCD Controller/Driver

LPC Low-Pin-Count Interface Bus

LVD Low-Voltage Detect

MMT Motor Management Timer

OCD On-Chip Debug

OCO On-Chip Oscillator

PC Break PC Break Controller

POR Power-On Reset

PS2 PS2 Interface

PWM Pulse Width Modulation

ROP Read-Out Protection

RTC Real-Time Clock

SDRAM SDRAM Bus Controller

SPI Serial Peripheral Interface

SSU Synchronous Serial Unit (SPI compatible)

TMC Timer Connection Circuit

USB Universal Serial Bus Interface

USBH Universal Serial Bus Interface – High Speed

X-Bus ISA Bus Interface

IAppendix B: Package Specifications

Renesas Previous Pin Nominal Body Lead Pitch Thickness

Type Code Code Count Dimensions (mm) (mm) (mm)

QFP Quad Flat Package PRQP0064GB-A FP-64A 64 14 x 14 0.8 3.05

PRQP0080GD-B FP-80B 80 20 x 20 0.8 3.10

PRQP0080JB-A FP-80Q 80 14 x 14 0.65 3.05

PRQP0100JE-B FP-100A 100 14 x 20 0.65 3.10

PRQP0100KA-A FP-100B 100 14 x 14 0.5 3.05

PRQP0100KB-A FP-100M 100 14 x 14 0.5 3.05

PRQP0128KB-A FP-128B 128 14 x 20 0.5 3.15

PRQP0144KA-A FP-144G 144 20 x 20 0.5 3.05

PRQP0144KB-A FP-144J 144 20 x 20 0.5 3.05

LQFP Low-profile QFP PLQP0032GC-A FP-32A 32 7 x 7 0.8 1.70

PLQP0048JA-A FP-48F 48 10 x 10 0.65 1.70

PLQP0048KC-A FP-48B 48 7 x 7 0.5 1.70

PLQP0064KB-A FP-64K 64 10 x 10 0.5 1.70

PLQP0064KC-A FP-64E 64 10 x 10 0.5 1.70

PLQP0100KB-A FP-100U 100 14 x 14 0.5 1.70

PLQP0120LA-A FP-120B 120 14 x 14 0.4 1.70

PLQP0144KC-A FP-144H 144 20 x 20 0.5 1.70

TQFP Thin QFP PTQP0080KC-A TFP-80C 80 12 x 12 0.5 1.20

PTQP0100KA-A TFP-100B 100 14 x 14 0.5 1.20

PTQP0100LC-A TFP-100G 100 12 x 12 0.4 1.20

PTQP0120LA-A TFP-120 120 14 x 14 0.4 1.20

PTQP0144LC-A TFP-144 144 16 x 16 0.4 1.20

LFBGA LF Ball Grid Array PLBG0112GA-A BP-112 112 10 x 10 0.8 1.40

PLBG0176GA-A BP-176 176 13 x 13 0.8 1.40

TFBGA Thin Fine-Pitch BGA TTBG0112GA-A TBP-112A 112 10 x 10 0.8 1.20

SDIP Shrink Dual- PRDP0032BB-A DP-32S 32 28 x 8.9 1.78 5.08

Inline Package PRDP0064BB-A DP-64S 64 57.6 x 17 1.78 5.08

TFLGA Thin Fine-Pitch PTLG0085JA-A TLP-85V 85 7 x 7 0.65 1.20

Land Grid Array PTLG0113JA-A TLP-113V 113 8 x 8 0.65 1.20

PTLG0145JB-A TLP-145V 145 9 x 9 0.65 1.20

QFN Quad Flat Non-lead Pkg. PVQN0048KA-A TNP-48 48 7 x 7 0.5 1.00

VQFN Very Small QFN PVQN0032KA-A TNP-32 32 5 x 6 0.5 0.95

SOP Small-Outline Package PRSP0032DC-A FP-32D 32 11.3 x 20.45 1.27 3.00

To order Renesas devices,

the Catalog Part Numbers

listed in this catalog

must be converted to

Orderable Part Numbers.

Here’s how:

From the

Renesas

web site, in the

Part Number search,

enter the “post-slash” Group

Number (example: 2140B for

H8S/2140B group)

Locate the required

Catalog Part Number and

click on the Buy Now button

Locate the Orderable

Part Number in the table

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service that lets you work at your own pace, whenever it is

most convenient to do so.

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the details of Renesas MCU product architectures and

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about new Renesas

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and services.

www.renesasinteractive.com

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Semiconductor Device Research, Evaluation and Application

Converting Catalog Part Numbers to Orderable Part Numbers

Renesas Technology Corporation. All other trademarks are the property of their respective holders. The information supplied by Renesas Technology America, Inc. is believed to be accurate and reliable,

but in no event shall Renesas Technology America, Inc. be liable for any damages whatsoever arising out of the use or inability to use the information or any errors that may appear in this publication. The

information is provided as is without any warranties of any kind, either express or implied. Renesas Technology America, Inc. reserves the right, without notice, to make changes to the information or to

the design and specifications of its hardware and/or software products. Products subject to availability. Printed in U.S.A.

Printed on Recycled Paper 0806/10K/VIP/PF/SP Order Number: REU01B0011-0101