_ ee SR te ae eee INTEGRATED POWER b? vey yaaseds goog2a4 3 i mz. ceca ty 4825898 INTEGRATED POWER 82D 00284 0 EFM BI Alc iw INTEGRATED 4 SEMICONDUCTORS, LTD. Description The IP117A Series are three terminal positive adjustable voltage regulators capable of supplying in excess of 1.5A over a 1.25V to 60V output range. These regulators are exceptionally easy to use and require only two external resistors to set the output voltage. In addition to improved line and load regulation, a major feature 1.5 Amp Positive Adjustable Regulators Features + Guaranteed 1% output voltage tolerance Guaranteed 0.3% load regulation Guaranteed 0.01%/V line regulation Internal current limiting constant with temperature 5 x of the "A" series is the initial output voltage _> tolerance, which is guaranteed to be less than Internal thermal overload S230 1%. Over full operating conditions, including protection $3 =8 load, line, and power dissipation, the reference . Improved output tran sistor safe = z>8 voltage is guaranteed not to vary more than 2%. operating area compensation xsga These devices exhibit current limit, thermal cy g' overload protection, and improved power device - Output adjustable between 1.25V s => S safe operating area protection, making them and 60V = =e . . q =z = essentially indestructible. . 400% thermal limit burn-in 2x5 e gg28 Connections Gace HERS (Bottom View) (Bottom View) (Bottom View) (Top View) <= ~ = CASE a (s Il Vout : CASE / AN VIN Vour O ADJ @ Vin ( ) Your ADJ VIN Vout. TO-3 TO-39 TO-66 TO-220 IPS~ cee i RE AE ate INTEGRATED POWER b? eq 4825498 4825898 INTEGRATED POWER Absolute Maximum Ratings cee Oooo@as 5 I 82D 00285 OD 75870-2383 Power Dissipation internally Limited Input to Output Voltage Differential . . Non-HV 40V Operating Junction Temperature Range TIZAHVI7AII7HW/117 85C to +150C HV Series 60V 217AHV/217A/217HV/217 -25C to +150C Storage Temperature Range -65C to +150C 317AHV/317A/317HV/317 0C to +125C Lead Temperature (Soldering, 10 seconds) 300C Absolute maximum ratings are those values beyond which the safety of the device cannot be guaranteed. They are not meant to imply that the device should be operated at these limits. The electrical characteristics provide conditions for actual device operation. Electrical Characteristics (Notes 1 and 3) IPIT7AHV LM1ITHY IP217AHV UM217HV (PITA LM117 IP217A. M217 Parameter Test Conditions Min | Typ | Max] Min | Typ | Max | Units N Reference Voltage, VaEF lout = 10 mA 1.238 | 1.250 | 1.262 Vv 2 3V <(Vin- VOUT) Ss VMAX | 4.225 | 1.250 | 1.270] 1.200 | 1.250] 1.300] V one 40MA s lout SIMAX, PS PMAX r Sy = = Line Regulation, AVOUT 3V $(Vin- VouT) Ss VMAX 0.005 | 0.010 0.010 | 0.020 | %/V 8 25 AVN (See Note 2) * 0.010 | 0.020 0.020 } 0.050 | %/V a & 3 Load Regulation, AVOUT 10 mA slot Slax |Your s5 5 | 15 5 | 15 | mv wr => Alout (See Note 2) Vout 25V 0.1 | 03 0.1 | 03 | % oF z RB Vour s5V_ | 15 | 50 20 | 50 | mv oak gy VouT25V_| 0.3 | 1.0 03 | 10 | % > = NS Thermal Regulation 20 msec Pulse 0.002 | 0.020 0.030 | 0.070 | %/W wo & =e Ripple Rejection Vout = 10V, Capj=0 65 65 4B Ste f= 120Hz Capy=10nF | =| 66 | 80 66 | 80 dB BERS Adjust Pin Current, lapy . 60 | 100 60 | 100 | pA Mare Adjust Pin Current Change, Alapy [10 mAs lout s Imax, . o2 | 5 o2 | 5 | pA <- 2.5V (Vin- VouT) SVMAX = Minimum Load Current, Iin (Vin - Vout) = 40V . 3.5 5 3.5 5 mA a (Vin- Vout) = 60V, HV Series . 35 | 7 a5 | 7 | mA Current Limit, lo, (Vin- VouT)s 15V|_K,RPackage | | 15 | 2.2 15 | 2.2 A H Package ]| 0.50 | 0.80 0,50 | 0.80 A (Vin: Vout) =40V}_ K, A Package 0.30 | 0.50 0.30 | 0.50 A H Package 0.15 | 0.20 0.15 | 0.20 A . (VIN- VouT) =60V|_K, R Package 0.10 0.10 A HV Series H Package 0.03 0.03 A Temperature Stability, AVouT . 1 2 1 % ATEMP Long Term Stability, AVOUT Ta = 125C, 1000 Hrs. 03 { 1 03 | 1 % ATIME RMS Output Noise (% of Vout). en |10Hz s fs 10kHz 0.001 0.001 % Thermal Resistance Junction K Package 23 3 2.3 C/W to Case, Gig R Package 5 7 5 oC H Package 12 15 12 15 | CW 5-6 EPSeo ce RIS 29 0) SRS INTEGRATED POWER b? DE ff usesana googe ee gee I oe gees SE 4825898 INTEGRATED POWER a6? 82D 00286 D . . s - SK / / -23 Electrical Characteristics 7-58 IPS17AHVA LM3t7HV IP3I7A 1317 Parameter Test Conditions Min | Typ | Max | Min | Typ | Max | Units Reference Voltage, VREF louT = 10 mA 1.238] 1.250 | 1.262 Vv 3V s(Vin- Vout) S VMAX | 1.225 1.250 | 1.270 | 1.200} 1.250) 1300] V 10mA < lout SIMax. Ps PMAX Line Regulation, AVouT 3V <(Vin- Vout) SVMAx 0.005 | 0.010 0.010 | 0.040} %V AVIN (SeeNote2) . 0.010} 0.020 0.020 | 0.070} %/V Load Regulation, AVOUT 10mASslouts|imax | VouTs5V 5 25 5 25 | mV AlouT (See Note 2) Vout2 5V 01) 05 0.1 05) % VouTs5V | 15 50 20 70 | mv VouT25V | * 03 | 10 0.3 15] % Thermal Regulation 20 msec Pulse 0.002 | 0.020 0.030 | 0.070 | %/W Ripple Rejection VouT = 10V, Capy = nF 65 65 dB f=120Hz Capy= 10nF | +] 66 80 66 80 dB Adjust Pin Current, lapy 50 | 100 50 100 | pA Adjust Pin Current Change, Alany | 10mAsSIouT S!Max, . 0.2 | 0.2 ) pA 2.5V s (VIN- VOUT) SVMAX Minimum Load Current, yin (Vin - Vout) = 40V . 3.5] 10 3.5 10 | mA - 5 (Vin- Vout) =80V . 35) 12 3.5 12 | mA = = Current Limit, lor (Vin- Vout) s 15V| K,R, T Package! +} 15 | 22 15 | 22 A = 7 H Package *] 0.50 | 0.80 050 | 0.80 A = =< (Vin- Vout) = 40V| K, R, T Package 0.15 | 0.40 0.15 | 0.40 A - H Package 0.075) 0.20 0,075 | 0.20 A so (Vin- VouT) =60V K, R, T Package 0.10 0.10 A = > H Package 0.03 0.03 A z< Temperature Stability, AVOUT TMIN S Tj S TMAX . 1 2 1 % cD ATEMP S = Long Term Stability, AVOUT 1000 Hrs. 0.3 1 0.3 1 % > = ATIME << RMS Output Noise (% of Vout): en | 10Hz sf 10kHz 0.003 0.003 % Thermal Resistance Junction K Package 23 2.3 oC to Case, Gi R Package 5 7 5 7 |Cw T Package 4 4 & [CwW H Package 12 15 12 15 | C The denotes the specifications which apply over the full operating temperature range, all others apply at Tj = 25C unless otherwise specified. Note 1. Unless otherwise specified, Vin - VouT = 5V, and lout =0.1A for the TO-39 (H) Package, and IoyT = 0.54 for the TO-3 (K), TO-66 (RA), and TO-220 (T) Packages. Although power dissipation is internally limited, these specifications apply for dissipations up to 2W for the TO-39, and 20W for the TO-3, TO-66 and TO-220. Inga =0.5A for the TO-39 and 1.5A for the TO-3, TO-66, and TO-220. Note 2. Regulationis measured at constant junction temperature, using pulse testing ata low duly cycle, Changes In output voltage due to heating effects are covered under thermal regulation specifications. Load regulation is measured from the bottom of the package for the TO-3, and TO-66, and at the junction of the wide and narrow portion of the output lead for the TO-220, and 1/8" below the base of the package on the output pin of the TO-39. Note3. V = 40V for IP117A, IP217A, 1P317A, LM117, LM217, LM317. VMAX = 60V for IP117AHV, IP21 TAHV, IP317AHV, LM117HV, LM217HV, LM317HV. IPs 5-7 VLLEdI WZbedl VLE hdl siojeinBey ebeyon - g uopes LLEWT 'ZECW1 ZL LATft me ore ees A eek we neneane Section 5 - Voltage Regulators IP117A, IP217A, [P317A, LM117, LM217, LM317, LM117HV, LM217HV, LM317HV IP117AHV, IP217AHV, [P31 7AHV, 4825898 INTEGRATED POWER Typical Performance Chara Load Regulation oo cteristics Output Impedance 0.1 10 Eo LY 2 a 1 a 3 = Cans* D o4 3 Court -0 2 0. w 8 o1 J 3 z 2 02 a YY ZTN 3 = y = 0.01 A <q 03 5 Lo LY - 2 2 5 "| Vin = 15V > o4 VIN = 18V 00.001 = a VouT=10V 4 Vout = 10V CADJ = 10uF lout = 500mA Court = 10uF os 0.0001 I 75 -50 -25 0 25 50 75 100 125 160. 10 100 tk 10k = 100k = IM TEMPERATURE FREQUENCY (Hz) Dropout Voltage Temperature Stability 3 1.270 = 100mV 25 5 lout = 1.54 2 tout = 2 20mA REFERENCE VOLTAGE (V} is 8 & 3 INPUT-OUTPUT DIFFERENTIAL (V) Os 1,230 -75 -25 4.) 75 125 TEMPERATURE (C) Ripple Rejection 90 100 -0 -25 0 25 50 75 100 125 180 TEMPERATURE (C) Ripple Rejection 80 a a z 2 z Zz [<3 S 60 5 5 S60 5 a a x c w uw 40 z #0 Z VIN - VOUT * VIN = 20 lour = 00 ma 40 Vout = 10V = 120Hz Our T= 25C 30 0 0.01 O41 1 10 0 5 10 % 2 2% 3 35 OUTPUT CURRENT [AI OUTPUT VOLTAGE (V) Current Limit Current Limit TO-3, TO-66 and TO-220 TO-3, TO-66 and TO-220 3 = 150C 3 = 2 g & 5 rd a 2 ce 5 a Qo 2 e o > eE a > EF 1 & 3 54 a Qo 5 10 18 202. 6 WD INPUT-OUTPUT DIFFERENTIAL (V} o = 5V Toase = 25C Ot 1 10 100 TIME (ms) foo INTEGRATED POWER 6b? cg 4825494 OO00e8? 4 Lo 82D 00287 OD FJ 58-M-23 Adjustment Current ADJUSTMENT CURRENT (uA) x ~75 -%5 25 75 126 TEMPERATURE (C) Minimum Operating Current 5 z Ty = 160C g ZX z z 3 > = 25C Ue & =-55C sol | ee yo g 2 o41 0 5 10 #15 20 2 WM 3 4 {INPUT-OUTPUT DIFFERENTIAL {V) Ripple Rejection 100 80 a = C. 10pF 5 ADJ = 10h Qo z= 60 oO we Pm c wm 40 al z & c 20 10 100 tk 10k 100k 1M FREQUENCY {Hz} Current Limit TO-3, TO-66 and TO-220 = 25C OUTPUT CURRENT (A) TIME {rns}INTEGRATED POWER b? vej 4U825898 oo00e8e O I Typical Performance Characteristics Line Transient Response 15 Vout = 10V w 1 lout = SOmA gs CL =0, =O T= 25C Kez 05 ge bs 0 eg 3] O05 -1 w gs ce $ Eg O05 az ao < 0 0 10 20 3 40 TIME {us) Applications Information IP3I7A Rp IMAX DROP 300-v+ ouTeuT VinO Vin VouT WA 05 ADJ VAN TA2 wn fg ~ AAA LM301A 1 3 ks! $a 21212 . 7 8 4 our Te Basse 250 RETURN A~\\* O RETURN Remote Sensing IP3t7A +24 TI IN OUT TO Vap + ADJ 24 T U4 > 75082 2% READ L$ 324 1% axe WRITE >? 1 bet 10 OF $ BYTE ERASE lak < o[Do_ 4 ALL GATES 7408 2 CHIP ERASE J 100k 1 cE Von READ ov BV WRITE BYTE sv | iv CHIP ERASE ia | 2iv 2816 EEPROM Supply Programmer for Read/Write Control aL Do ee ET 4825898 INTEGRATED POWER (Cont.) Load Transient Response 1.6 1 CL=0,CADs*0 2 a w gs wz oo = Our er eae 9 2> 5a05 VIN = 15V Q 1 Vout = 10V - PRELOAD = 100mA = 25 18 17 25C zs Qe 3 Se cz 05 3 0 0 10 20 30 40 TIME {us} IP3I7A, 5V vn O Vin VouT Vout ADJ 2 . Sizes op tHE 1k TIL Wy 2N3904 q DS 3030 > 2383: 2 | q ) 5V Regulator with Shut Down IP317A VIN VIN Vout O 5V ADS RI \aF T | 3 12482 $ R2 ac! $ 393:: T 10pF o o C1 mipvoves rippte reyectian Xe shouki be smatt compared to R2 Improving Ripple Rejection 1N4001 IP3I7A VIN VIN Vout ADJ 24382 AAA v < $ 10K $ 4 S02 = THERMALLY Ash + v7cource) ~NEE 12v Z . 2N3906 gm | > 50% $3 Temperature Compensated Lead Acid Battery Charger | |<) fl 82D 00288 72S 8-//-23 AHZLEWT AHZEZWT AHZE LIT siojyeinBay eBeyon - g uoloes AHVZbEdI AHVZE2dl AHVZE Ed! LEEW SZECWT ZELWT VZ4bEd! W2bedI WE hdl 5-9pee ~ ook wn eee coe aot cose woe atte eee vc ote INTEGRATED POWER b? DE Bp ysesaqa go00289 2 T 4825898 INTEGRATED POWER - g20 00289 D F- S R-M-!S5 Order Information Part Number Temperature Range Package 1P117AKAP117AHVK/LM117K/LM117HVK -55C to +150C TO-3 IP117AH/IP117AHVH/LM117H/LM117HVH -55C to +150C TO-39 IP147AR/IP117AHVAVIP117R1P117HVR -55C to +150C TO-66 1P117AGAP117AHVG/IP 117GAP117HVG -55C to +150C Hermetic TO-220 IP217AK/IP21 7AHVK/LM217K/LM21 7HVK -25C to +150C TO-3 1P217AR/IP217AHVRIP217R/1P227HVR -25C to +150C TO-66 1P317AK/IP31 7AHVK/LM317K/LM317HVK 0C to +125C TO-3 IP317APVIP317AHVRVIP317R/IP317HVR 0C to +125C TO-66 IP317ATAP317AHVT/LM317T/LM317HVT 0C to +125C TO-220 yous Section 5 - Voltage Regulators 1P117A, IP217A, IP317A, LM117, LM217, LM317, IP117AHV, IP217AHV, IP317AHV, LM117HV, LM217HV, LM317HV Integrated Power Semiconductors, Ltd. cannot assume responsibllity for use of any circultry other than circuitry entirely embodied in an Integrated Power product. No circuit patent licenses are implied. Integrated Power reserves the right to change the circuitry and specifications without notice at any time. Integrated Power Semiconductors, Ltd. 2727 Walsh Avenue, Suite 201, Santa Clara, CA 95051 + Telephone : 408-727-2772 Telex: 350073 (IPS SNTA) FAX: 408-988-6185 8 Quaker Drive, West Warwick, RI 02893 Telephone: 401-821-4260 Telex: 332948 (IPS Ri) FAX: 401-823-7260 2081 Business Center Drive, Suite 140, Irvine, CA 92715 = Telephone: 714-762-0188 + FAX: 714-752-5019 789 Tumpike Street, North Andover, MA 01845 Telephone: 617-683-9042 + FAX: 617-975-0193 5-10 Ips 9/86 SSS <a