SMBJ6.0CA TVS Diode – 6V Bidirectional Transient Suppressor (SMB Package)

Product Description:
The SMBJ6.0CA TVS Diode is a high-efficiency bidirectional transient voltage suppressor designed to protect 6V-powered sensitive electronics from voltage spikes caused by ESD, inductive load switching, lightning, and other transient surges. With a reverse stand-off voltage of 6V, a breakdown voltage up to 7.37V, and a clamping voltage of 10.3V, this diode provides reliable and fast protection for low-voltage signal and power lines.

Packaged in a robust SMB (DO-214AA) SMD package, the SMBJ6.0CA delivers excellent clamping performance, a rapid response time of <1 ps, and a high surge capability of 58.3A. It supports high-temperature soldering (260°C for 10 seconds), includes built-in strain relief, and maintains dependable performance in industrial, automotive, telecom, and embedded electronic systems.

This component is ideal for protecting MOSFETs, ICs, data lines, sensors, and power rails in designs requiring stable overvoltage protection at 6V.

Key Specifications:

• Type: Bidirectional TVS Diode

• Reverse Stand-Off Voltage (V_WM): 6V

• Breakdown Voltage (V_BR): up to 7.37V

• Clamping Voltage (V_C): 10.3V

• Peak Pulse Current (I_PP): 58.3A

• Reverse Leakage Current (I_R): ≤800µA

• Response Time: <1 ps

• Package: SMB (DO-214AA)

• Weight: 0.25g

Features:

• Bidirectional transient protection

• Ultra-fast response time (<1 ps)

• High surge capability (58.3A)

• Strong clamping accuracy for 6V systems

• Low-profile SMB surface-mount package

• High-temperature soldering compliant

• Built-in strain relief for mechanical durability

• Ideal for compact, high-reliability electronics

Applications:

• 6V line protection

• MOSFET and IC overvoltage suppression

• Sensor and communication line protection

• Embedded and IoT electronics

• Automotive and industrial control modules

• Telecom and consumer electronics

Package Includes:
1 × SMBJ6.0CA Bidirectional TVS Diode (SMB Package)

Note: Image is for representation purpose only.