Body electronics and lighting technical documents
Complex BCMs require complex power management architectures. This paper explores various methods of powering a BCM to help you choose the best power topology for your design.
Discover the various use cases of 100BASE-T1 Ethernet in vehicle networking and how 100BASE-T1 creates an automotive-qualified solution for high bandwidth requirements.
this evaluation module (EVM) with the TPS 92691 Buck Boost regulator allows the designer to have the flexibility of evaluating the drive current circuit regardless of the input voltage being low or high.
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|Comparing shunt- and hall-based isolated current-sensing solutions in HEV/EV (Rev. B)||53||17 Jan 2019|
|Understanding Smart Gate Drive (Rev. C)||1238||27 Nov 2018|
|Does adaptive pre‐boost control in automotive‐lighting apps boost efficiency?||137||24 Sep 2018|
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|Automotive Infotainment EE Buck Converter/Controller Selection Guide (Rev. A)||113||15 Jan 2019|
|Advanced driver assistance systems (ADAS): Front camera temperature sensors||183||13 Mar 2018|
|Temperature sensing for infotainment and cluster||205||13 Mar 2018|
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|LED Drivers for Automotive Exterior Applications (Rev. B)||2598||27 Mar 2018|
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|An Introduction to Automotive LIDAR||963||22 Oct 2018|
|Bridging 12V and 48V in dual-battery automotive systems||690||18 Oct 2018|
|System power architectures in body control modules||1140||18 Sep 2018|