Vishay SIPQ32434ADN-T1E3 Electronic Fuse, 22V

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Vishay SIPQ32434ADN-T1E3 Electronic Fuse, 22V
RS 제품 번호
214-813

5 개가 들어있는 1테이프

₩13,740.00

RS 제품 번호:
214-812
제조사 부품 번호:
SIPQ32434ADN-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

6A

Output Current

6A

Maximum Operating Temperature

150°C

Minimum Operating Temperature

-40°C

Package Type

TDFN10

Pin Count

10

Standards/Approvals

RoHS

Series

SIPQ32433

Automotive Standard

No

COO (Country of Origin):
TH

Vishay SIPQ32433 Series Electronic Fuse, 6A Current Limit, 22V Maximum Input Voltage - SIPQ32434ADN-T1E3


This electronic fuse provides solid-state overcurrent protection for low-voltage systems and is intended for board-level mounting. It operates across a broad input range and is designed to manage continuity and current interruption in compact applications where thermal resilience is required.

Features and Benefits:


• 6A current limit protects circuits from excessive load
• 22V maximum input supports higher-voltage low-voltage systems
• 2.8V minimum input allows operation at low supply voltages
• 10-pin TDFN package permits compact PCB integration
• -40°C to 150°C operating range enables high-temperature use
• RoHS-compliant material reduces exposure to hazardous substances

Applications


• Used for power protection in automotive-electronics alternatives
• Suitable for small power distribution on densely populated PCBs
• Ideal for solid-state fuse replacement in 6A circuits
• Can be used for industrial control modules exposed to heat
• Used with battery-powered devices requiring low-voltage safeguarding

What pin-count and package should designers expect for layout preparation?


The device arrives in a 10-pin TDFN footprint, allowing pad and thermal via placement tailored for compact PCB designs.

How does its thermal range influence placement near heat-generating parts?


The component is rated to operate up to 150°C, so mounting close to other hot components is feasible with appropriate thermal management.

What electrical input limits affect selection for power rail protection?


It accepts up to 22V on the input and requires at least 2.8V to operate, defining suitable rail voltages for reliable performance.

How does the current capability impact conductor sizing on the board?


With a 6A current limit, track widths and copper thickness must be sized to handle nominal and transient currents without excessive heating.

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