Manufacturer Part Number
SMAJ10CA-E3/61
Manufacturer
vishay-semi-diodes
Introduction
The SMAJ10CA-E3/61 is part of Vishay's TransZorb® series, designed to protect sensitive electronic equipment from voltage transients induced by system inductance, lightning, and switch transient.
Product Features and Performance
Zener type transient voltage suppressor (TVS) diode
Bidirectional protection of one line
Low incremental surge resistance
Surface Mount DO-214AC, SMA package for easy application
Operates in extreme temperature range from -55°C ~ 150°C
Product Advantages
Provides reliable protection against high energy transients
Bidirectional feature offers versatility in protecting circuits from surges in both directions
Easy to incorporate in PCB designs due to surface mount packaging
High temperature operation suitable for harsh environments
Key Technical Parameters
Reverse Standoff Voltage: 10V
Breakdown Voltage (Min): 11.1V
Clamping Voltage (Max) @ Ipp: 17V
Peak Pulse Current (10/1000µs): 23.5A
Peak Pulse Power: 400W
Quality and Safety Features
Meets or exceeds industry standards for transient voltage suppression
Robust construction ensures long-term reliability and performance
Compatibility
Suitable for general-purpose applications in electronic circuits requiring voltage transient protection
Application Areas
Consumer electronics
Industrial equipment
Automotive systems
Telecom infrastructure
Product Lifecycle
Currently active with no indication of nearing discontinuation
Ongoing support and availability of replacements or upgrades
Several Key Reasons to Choose This Product
High power dissipation capability of 400W provides superior protection against surges
Versatile protection due to its bidirectional nature, making it ideal for a variety of circuits
The SMA package offers a compact footprint for space-constrained applications
Operability across a wide temperature range makes it suitable for challenging environmental conditions
Manufactured by Vishay, a leader in semiconductor devices, ensuring high quality and reliability