Specifications herein are subject to change without notice. Contact Hirose for latest specifications, drawings or availabilities.
ITS-P-13022H
Issued: Oct. 04, 2013
FX30B Series
Board to Board Power Connectors Up to 10 Amps / line
with Misalignment Absorbing Structure
0.0
2.0
4.0
6.0
8.0
10.0
12.0
14.0
16.0
18.0
20.0
22.0
24.0
26.0
28.0
30.0
32.0
0 102030405060708090100110
周囲温度［℃］
通電電流［Ａ］
：5芯基礎曲線
：5芯軽減曲線
：4芯基礎曲線
：4芯軽減曲線
：3芯基礎曲線
：3芯軽減曲線
：2芯基礎曲線
：2芯軽減曲線
0.0
2.0
4.0
6.0
8.0
10.0
12.0
14.0
16.0
18.0
20.0
22.0
24.0
26.0
28.0
30.0
32.0
0 102030405060708090100110
温度上昇［℃］
通電電流［Ａ］
：5芯
：4芯
：3芯
：2芯
Rated current
10 A
Rated
current
10 A
Variations
Result of Temperature Rising Test: Coplanar connection
Measured at the contact area near the center of the connector in current carrying condition
Derating Curve Temperature Rising Curve
Z
Y
X
Misalignment Absorbing Range
X direction: ±0.3mm
Y direction: ±0.3mm
Z direction: +1mm
Angled Header
（FX30B-*P-3.81DS ）
X
Angled Receptacle
（FX30B-*S-3.81DS）
Straight Header
（FX30B-*P-3.81DSAxx）
X
Straight Receptacle
（FX30B-*S-3.81DSA）
Straight Header
（FX30B-*P-3.81DSAxx）
X
Angled Receptacle
（FX30B-*S-3.81DS）
Angled Header
（FX30B-*P-3.81DS ）
X
Straight Receptacle
（FX30B-*S-3.81DSA）
31.9928.1824.3720.56Width
5 pos.4 pos.3 pos.2 pos.Pos.
1. Bd to Bd power connectors optimized for multiple
connectors on board: 10 A / line
2. Unique contact structure absorbs mis alignment up
to ±0.3 mm in XY directions and + 1 mm in Z direction.
3. High contact reliability with independent 4-point contact
4. Excellent mating alignment with wide guide range
5. Wide varieties with 2 to 5 pos.
Coplanar, Vertical and Parallel (Height = 20, 25, 30
mm) connections
6. Will be UL, TÜV certified
7. RoHS Co mpliant
Features
[Coplanar] [Parallel] [Vertical A] [Vertical B]
: Basic Curve: 5 pos.
: Derating Curve: 5 pos.
: Basic Curve: 4 pos.
: Derating Curve: 4 pos.
: Basic Curve: 3 pos.
: Derating Curve: 3 pos.
: Basic Curve: 2 pos.
: Derating Curve: 2 pos.
: 5 Pos.
: 4 Pos.
:3 Pos.
: 2 Pos.
Current [A]
Ambient Temperature [℃]
Current [A]
Ambient Temperature [℃]
Note1: Maximum temperature is 105 ˚C.
Note2: Derating curve is determine d by multiplying the reduct ion factor of 0.8 in r es pect to the value of current in t he basic curve.
