SMAJ30CA - Bourns Inc.

Manufacturer Part Number

SMAJ30CA

Manufacturer

bourns

Introduction

The SMAJ30CA is a TVS diode designed to protect electronic circuits from transient voltage spikes.

Product Features and Performance

Zener type TVS diode

Bidirectional channels: 1

Surface Mount device in DO-214AC, SMA package

Operating Temperature range: -55°C ~ 150°C (TJ)

Product Advantages

Provides reliable protection against voltage transients

Compact SMA package for space-saving designs

Capable of handling 400W peak pulse power for effective transient suppression

Bidirectional protection suitable for AC applications or where the polarity is uncertain

Key Technical Parameters

Voltage Reverse Standoff (Typ): 30V

Voltage Breakdown (Min): 33.3V

Voltage Clamping (Max) @ Ipp: 48.4V

Current Peak Pulse (10/1000µs): 8.3A

Power Peak Pulse: 400W

Quality and Safety Features

Rugged design ensures reliability and durability under harsh conditions

Complies with essential safety and performance standards

Compatibility

Suited for general-purpose applications across various electronic circuits

Compatible with surface mount technology (SMT) for straightforward integration

Application Areas

Used in a wide range of electronic devices for transient voltage suppression

Ideal for circuits requiring bidirectional transient voltage protection

Product Lifecycle

Currently active and not nearing discontinuation

Availability of replacements or upgrades not explicitly mentioned but typically ensured by Bourns' commitment to product continuity and innovation

Several Key Reasons to Choose This Product

High transient power handling capability of 400W provides excellent protection

Wide operating temperature range makes it suitable for use in various environments

Reliable performance by Bourns, a reputable manufacturer in the electronic components industry

Compact and efficient design facilitates ease of integration into a wide range of applications

Provides bidirectional transient voltage protection, offering flexibility in use across multiple circuit configurations