Vishay 36 V 1 W General Purpose Surface Mount Zener Diode 2-Pin DO-213AB ZMY36-GS18

Vishay ZMY36-GS18 is a 36 V Zener diode engineered for voltage regulation and protection in electronic circuits. Featuring a single diode configuration, this component comes in a compact 2-pin DO-213AB surface mount package with a length of 4 mm, optimizing PCB space.

Designed for power dissipation up to 1 watt, it enables effective energy clamping and stabilization in various electrical devices. The ±5% voltage tolerance and maximum Zener impedance of 60 ohms ensure consistent performance under diverse conditions.

This diode is tested at 10 mA current and operates reliably over a broad temperature span from -55°C up to 175°C, making it well-suited for automotive and industrial environments. RoHS compliance and AEC-Q101 automotive standard certification attest to its quality and safety.

Its minimal reverse leakage current of 500 nA contributes to efficiency and reduced power loss. The device is fabricated using silicon planar technology for enhanced durability and stable electrical characteristics.

Applications include use in voltage clipping and stabilizing circuits where precise voltage regulation is critical. This component is widely applicable in manufacturing, automotive electronics, communication systems, and industrial machinery.

Single diode configuration designed for voltage stabilization and clipping applications. Nominal Zener voltage of 36 volts with ±5% tolerance. Surface mount type with compact 4 mm length DO-213AB package. Maximum power dissipation of 1 watt.

RoHS compliant and meets AEC-Q101 automotive standard. Operating temperature range from -55°C to 175°C. Maximum Zener impedance of 60 ohms and maximum reverse leakage current of 500 nA. Test current rating of 10 mA for stable performance.

Constructed with silicon planar technology. Suitable for industrial, automotive, and electronics circuit protection. Explore the range of Zener Diodes for specialized power regulation and protection solutions with EnvMart.