Vishay SIPQ32433ADN-T1E3 Electronic Fuse, 22V

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₩8,304.00

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  • 2026년 8월 27일 부터 500 개 단위 배송
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포장 옵션
RS 제품 번호:
214-807
제조사 부품 번호:
SIPQ32433ADN-T1E3
제조업체:
Vishay
제품 정보를 선택해 유사 제품을 찾기
모두 선택

브랜드

Vishay

Product Type

Electronic Fuse

Maximum Input Voltage

22V

Minimum Input Voltage

2.8V

Current Limit

4.5A

Maximum Operating Temperature

150°C

Output Current

3.5A

Minimum Operating Temperature

-40°C

Package Type

TDFN10

Pin Count

10

Series

SIPQ32433

Standards/Approvals

RoHS

Automotive Standard

No

COO (Country of Origin):
TH

Vishay SIPQ32433 Series Electronic Fuse, 4.5A Current Limit, 22V Maximum Input Voltage - SIPQ32433ADN-T1E3


This electronic fuse provides intelligent overcurrent protection for low-voltage power rails, designed for surface-mount integration on compact assemblies. It operates across a wide temperature span and supports applications where precise current limiting and thermal resilience are required, offering a balance of protection and continuous output delivery for powered systems.

Features and Benefits:


• 4.5A current limit provides short-circuit interruption capability
• 3.5A output current delivers sustained load supply without interruption
• 22V maximum input voltage enables use on mid-voltage power domains
• 2.8V minimum input voltage allows low-voltage start-up and operation
• -40 to 150°C operating range supports harsh thermal environments
• 10 pins in a TDFN10 package facilitates compact PCB mounting

Applications


• Suitable for power-management modules on compact PCBs
• Ideal for protecting low-voltage distribution rails in electronics
• Used with battery-powered systems requiring low-voltage start-up
• Can be used for safeguarding auxiliary power lines up to 22V
• Suitable for short-circuit protection in dense board layouts

What pin count and package format does it use for PCB layout?


It uses a 10-pin TDFN10 format, enabling a compact footprint and predictable pad layout for reflow assembly.

How does temperature affect its operational limits?


The device is specified to operate from -40°C to 150°C, allowing function across automotive-style ambient extremes and elevated board temperatures.

What are the input voltage constraints for design integration?


The allowable input range requires a minimum of 2.8V and must not exceed 22V for proper operation.

How should designers account for output capability in current budgeting?


Allocate up to 3.5A continuous output in load calculations while recognising the device’s 4.5A current-limit threshold for fault events.

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