Automotive ICs

High performance and precision infotainment, EV/HEV and display ICs focused on environment, safety, connectivity and affordability for the automotive market.

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About Intersil Automotive ICs

Intersil has invested in key technologies to address the current mega trends within the automotive market such as environment, safety, information and affordability. This effort has resulted in leadership positions in high performance power conversions, state-of-the-art precision analog, cell balancing and battery charging ICs, power-efficient class D audio amplifiers, and highly flexible TFT display controllers. 

Intersil offers both standard and AEC-Q100 qualified products for automotive applications. 

Four ways Intersil makes cars smarter

  • SAFETY: See behind your car within 500 milliseconds with TW88xx Display Processors.
  • EFFICIENCY: Improve power efficiency by 5% with highly efficient Synchronous Regulators.
  • CONNECTIVITY: Get end-to-end, bi-directional communication with enhanced SerDes video links.
  • AFFORDABILITY: Eliminate costly CAN transceivers with proprietary cell-balancing diagnostic communications system.

Selection Guide

Automotive ICs Automotive ICs

lc-057.pdf (2.49 MB)
Mar 2017

Videos & Resources
Play Video
8:14
This webinar discusses the ISL78693 AEC-Q100 automotive-grade, fully integrated, 3.6V single-cell battery charger for LiFePO₄ batteries.
Play Video
5:41
Introducing ISL78226, the first 6-phase bidirectional PWM controller for buck and boost power conversions between 12V and 48V automotive buses.
Play Video
5:57
Part 1: Learn how to install and set-up the GUI software and connect the hardware before testing the ISL78226EVAL1Z.
Play Video
13:59
Part 2: Phase dropping and digital & analog tracking demonstration using the ISL78226EVKIT1Z board and GUI software.
Play Video
8:14
This webinar discusses the ISL78693 AEC-Q100 automotive-grade, fully integrated, 3.6V single-cell battery charger for LiFePO₄ batteries.
Play Video
5:41
Introducing ISL78226, the first 6-phase bidirectional PWM controller for buck and boost power conversions between 12V and 48V automotive buses.
Play Video
5:57
Part 1: Learn how to install and set-up the GUI software and connect the hardware before testing the ISL78226EVAL1Z.
Play Video
13:59
Part 2: Phase dropping and digital & analog tracking demonstration using the ISL78226EVKIT1Z board and GUI software.
Play Video
8:14
This webinar discusses the ISL78693 AEC-Q100 automotive-grade, fully integrated, 3.6V single-cell battery charger for LiFePO₄ batteries.
Play Video
5:41
Introducing ISL78226, the first 6-phase bidirectional PWM controller for buck and boost power conversions between 12V and 48V automotive buses.
Play Video
5:57
Part 1: Learn how to install and set-up the GUI software and connect the hardware before testing the ISL78226EVAL1Z.
Play Video
13:59
Part 2: Phase dropping and digital & analog tracking demonstration using the ISL78226EVKIT1Z board and GUI software.

Reference Designs & Evaluation Platforms

ISL28005/6FH-xxEV1Z
  EVAL BOARD
The ISL28005/6FH-xxEV1Z contains all circuitry needed to evaluate the ISL28005 and ISL28006 in high or low-side current sense applications.
ISL78692EVAL1Z
  EVAL BOARD
The ISL78692EVAL1Z evaluates the performance of the ISL78692 integrated single-cell li-ion or li-polymer battery charger.
ISL78010EVAL1Z
  EVAL BOARD
The ISL78010EVAL1Z evaluation board is used to demonstrate the performance of the ISL78010 for automotive grade TFT-LCD power supply solutions.
ISL78693EVAL1Z
  EVAL BOARD
The ISL78693EVAL1Z evaluates the performance of the ISL78693 integrated single-cell automotive LiFEPO₄ battery charger.
ISL28005/6FH-xxEV1Z
  EVAL BOARD
The ISL28005/6FH-xxEV1Z contains all circuitry needed to evaluate the ISL28005 and ISL28006 in high or low-side current sense applications.
ISL78692EVAL1Z
  EVAL BOARD
The ISL78692EVAL1Z evaluates the performance of the ISL78692 integrated single-cell li-ion or li-polymer battery charger.
ISL78010EVAL1Z
  EVAL BOARD
The ISL78010EVAL1Z evaluation board is used to demonstrate the performance of the ISL78010 for automotive grade TFT-LCD power supply solutions.
ISL78693EVAL1Z
  EVAL BOARD
The ISL78693EVAL1Z evaluates the performance of the ISL78693 integrated single-cell automotive LiFEPO₄ battery charger.
ISL28005/6FH-xxEV1Z
  EVAL BOARD
The ISL28005/6FH-xxEV1Z contains all circuitry needed to evaluate the ISL28005 and ISL28006 in high or low-side current sense applications.
ISL78692EVAL1Z
  EVAL BOARD
The ISL78692EVAL1Z evaluates the performance of the ISL78692 integrated single-cell li-ion or li-polymer battery charger.
ISL78010EVAL1Z
  EVAL BOARD
The ISL78010EVAL1Z evaluation board is used to demonstrate the performance of the ISL78010 for automotive grade TFT-LCD power supply solutions.
ISL78693EVAL1Z
  EVAL BOARD
The ISL78693EVAL1Z evaluates the performance of the ISL78693 integrated single-cell automotive LiFEPO₄ battery charger.

Selection Guides

Automotive ICs Automotive ICs

lc-057.pdf (2.49 MB)
Mar 2017

White Papers

Selecting the Right Battery Chemistry for Automotive Safety Applications Selecting the Right Battery Chemistry for Automotive Safety Applications

battery-chemistry-for-automotive-safety.pdf (146 KB)
Jan 2017

48V Board Net Reduces Vehicle CO2 Emissions and Improves Drivability 48V Board Net Reduces Vehicle CO2 Emissions and Improves Drivability

48v-board-net-reduces-vehicle-co2-emissions.pdf (404 KB)
Nov 2016

How to Efficiently Boost Power in High Voltage Automotive Applications How to Efficiently Boost Power in High Voltage Automotive Applications

boosting-power-in-automotive-applications.pdf (315 KB)
Apr 2016

Implementing Inter-Module Communications in EV Battery Systems Implementing Inter-Module Communications in EV Battery Systems

inter-module-communications-in-ev-battery-systems.pdf (297 KB)
May 2015

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