Automotive Circuit Protection using Littelfuse Automotive TVS Diodes

2021-04-20
The Challenge:
The designers of automotive electronics face many technical challenges during the system design process, including designing methods of protection against a variety of electrical hazards. The three major sources of electrical hazards in these systems are electrostatic discharge (ESD), lightning, and switching loads in power electronics circuits. Overcoming transient surges that can harm the vehicle’s electronics is one of the biggest challenges of the design process.
The Solution:
Protecting automotive electronics includes eliminating transient surges that can damage the control units, infotainment electronics, sensors, fuel injectors, valves, motors, 12/24/42/48 volts powertrains, and hydrolytic controllers, etc.

Littelfuse

TPSMF4LTPSMBTPSMA6LTPSMCTPSMDTP6KETP1.5KETP5KPSZSMFSZ1SMASZ1SMBSZP6SMBSZ1SMCSZ1.5SMCSLDSLD5SSLD6STVS SeriesSLD8SSLD15U-017SLD33U-018SLD33-018SLD8S24ASLD8S36ASLD15-017

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Part#

Automotive TVS DiodesTransient Voltage Suppression (TVS) DiodesTVS Diodes

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Automotive ]industrial controls ]Roof ]Steering Wheel ]Seat ]Engine ]Climate ]Door ]Sensor ]light sensor ]light control ]sun roof ]Cruise control ]wiper ]turning light ]climate control ]radio ]Seat position motors ]occupant sensors ]control panel ]Sensors ]small motors ]Mirror ]central ECU ]mirror switch ]window lift ]seat control switch ]door lock ]

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Application note & Design Guide

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Please see the document for details

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English Chinese Chinese and English Japanese

2021/01/27

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