Nexperia USA Inc. Automotive, AEC-Q101 series Zener Single Diodes

Features and applications of Nexperia USA Inc. Automotive, AEC-Q101 series Zener Single Diodes

Nexperia USA Inc. Automotive, AEC-Q101 series Zener Single Diodes are high-reliability voltage regulation devices designed for use in automotive electronics applications. These diodes are manufactured using Nexperia's advanced silicon technology, ensuring excellent performance and reliability even in harsh environments. This article introduce its features and applications.

Applications

  • Power delivery
Associated Products

Part NumberDescriptionStockRFQ
BZX84W-C13FBZX84W-C13/SOT323/SC-7038BUY
BZX84W-C3V6FBZX84W-C3V6/SOT323/SC-7031BUY
BZX84W-C20FBZX84W-C20/SOT323/SC-7047BUY
BZX84W-C39FBZX84W-C39/SOT323/SC-7047BUY
BZX84W-C3V0FBZX84W-C3V0/SOT323/SC-7038BUY
BZX84W-C43FBZX84W-C43/SOT323/SC-7031BUY
BZX84J-C16,115DIODE ZENER 16V 550MW SOD323F3000BUY
BZX84J-B16,115Diode Zener Single 16V 2% 550mW Automotive 2-Pin SOD-323F T/R3000BUY
BZT52H-B7V5,115DIODE ZENER 7.5V 375MW SOD123F6000BUY
BZT52H-B68,115DIODE ZENER 68V 375MW SOD123F51000BUY
BZX84W-B13FBZX84W-B13/SOT323/SC-7038BUY
BZX84W-B3V6FBZX84W-B3V6/SOT323/SC-7038BUY
BZX84W-B33FBZX84W-B33/SOT323/SC-7038BUY
BZX84W-B8V2FBZX84W-B8V2/SOT323/SC-7031BUY
BZX84W-B9V1FBZX84W-B9V1/SOT323/SC-7031BUY
BZX84W-B51FBZX84W-B51/SOT323/SC-7038BUY
BZT52-C3V9JDIODE ZENER 3.9V 350MW SOD12350000RFQ
BZX84W-C22XBZX84W-C22/SOT323/SC-7038BUY
BZX84W-C16XBZX84W-C16/SOT323/SC-701758BUY
BZT52-C15XDiode Zener Single 15V 5% 590mW Automotive 2-Pin SOD-123 T/R120000RFQ
Technical Documents

Nexperia USA Inc. Automotive, AEC-Q101 series Zener Single Diodes are high-reliability voltage regulation devices designed for use in automotive electronics applications. These diodes are manufactured using Nexperia's advanced silicon technology, ensuring excellent performance and reliability even in harsh environments. They are available in a wide range of breakdown voltages, with low reverse leakage current and excellent stability over a wide temperature range, making them ideal for use in power management, voltage regulation, and protection circuits in various automotive systems. These diodes meet the AEC-Q101 standard for high reliability and are available in various surface-mount packages, making them easy to integrate into various circuit designs.

 

Features

 

A wide range of breakdown voltage options, from 2.4 V to 75 V.

RoHS compliant and halogen-free to meet environmental regulations.

Low leakage current and excellent stability over a wide temperature range.

High reliability and robustness for use in automotive applications, meeting the AEC-Q101 standard.

Available in SOD123, SOD323, SOD523, and SOD882 packages for easy integration into various circuit designs.

These diodes are designed to provide stable and accurate voltage regulation in automotive electronics, protecting sensitive components from overvoltage and transient events.

 

Applications

 

Reverse voltage protection for DC motor control and other inductive loads.

Interface protection and signal clamping in communication and entertainment systems.

Electrical signal filtering and conditioning in sensors, actuators, and other electronic control modules.

Protection of sensitive electronics from overvoltage events caused by load dump, jump start, or other transient events.

Power management and voltage regulation in ECU (engine control unit), ABS (anti-lock braking system) and other vehicle systems.


Frequently Asked Questions

How does the AEC-Q101 standard work?

The Automotive Electronics Council (AEC) developed the AEC-Q101 stress test qualification methodology to verify that electronic components used in automotive applications fulfill the standards for dependability, durability, and performance under difficult operating conditions.

What is the breakdown voltage range for the automotive AEC-Q101 series zener single diodes from Nexperia USA Inc.?

A wide range of breakdown voltages, from 2.4 V to 75 V, are offered in these diodes.

What reverse leakage current does a typical one of these diodes have?

Even at high temperatures, the reverse leakage current of these diodes is often quite low—less than a few microamperes.