SMBJ15CA ESD Suppressors by Prisemi – Reliable Circuit Protection Solution

The ESD Suppressors/TVS Diodes SMBJ15CA by Prisemi are high-performance bidirectional diodes designed to protect sensitive electronics from electrostatic discharge (ESD) and transient voltage surges. With a 600W peak pulse power rating and ultra-fast response, the SMBJ15CA is a trusted choice for industrial, telecom, automotive, and consumer applications requiring effective circuit protection.

This blog provides details on technical specifications, key features, applications, wiring details, a real-world use case, and where to buy globally from Xon Electronics, shipping to the USA, India, Australia, Europe, and more.

1. Technical Specifications of SMBJ15CA

• Manufacturer: Prisemi

• Part Number: SMBJ15CA

• Type: ESD Suppressors/TVS Diodes

• Polarity: Bidirectional

• Stand-off Voltage: 15V

• Breakdown Voltage: 16.7V (typical)

• Clamping Voltage: 24.4V @ 25A

• Peak Pulse Power: 600W (10/1000µs waveform)

• Response Time: <1 picosecond

• Package: DO-214AA (SMB)

• Category: Circuit Protection, ESD Suppressors/TVS Diodes

Compact and durable, the SMBJ15CA ensures reliable circuit protection for modern electronics.

2. Key Features of SMBJ15CA

• 600W Peak Pulse Power to handle high-energy surges

• Bidirectional Design for AC and DC protection

• Ultra-Fast Response Time (<1 ps) for instant clamping

• Low Clamping Voltage to safeguard sensitive circuits

• Compact SMB Package for space-saving PCB layouts

• RoHS and Lead-Free Compliant

The SMBJ15CA ESD Suppressors/TVS Diodes are an ideal solution for engineers looking for efficient circuit protection.

3. Applications of SMBJ15CA

The SMBJ15CA is widely used in:

• Industrial Automation Systems

• Telecom and Networking Equipment

• LED Drivers and Display Boards

• Power Supplies and Embedded Devices

• Automotive Electronics and Infotainment Units

• Consumer Electronics

It provides high-quality circuit protection across multiple industries.

4. Wiring and Connection Overview

Typical wiring configuration for SMBJ15CA:

[Signal Line] ——|>|—— GND  
                  SMBJ15CA  
[Signal Line] ——|<|—— GND

This layout ensures quick and effective surge clamping to protect electronic circuits.

5. Use Case Scenario: Surge Protection in Industrial Systems

Scenario: An industrial equipment manufacturer experienced failures due to voltage spikes.

Problem: Previous diodes failed under repeated transient surges.

Solution: Integrating SMBJ15CA by Prisemi improved surge endurance and system reliability.

Result: Reduced failures, better product performance, and higher customer satisfaction.

6. Download Datasheet for SMBJ15CA

Get complete specifications and compliance details here:

Download SMBJ15CA Datasheet from Xon Electronics

7. Why Buy from Xon Electronics?

Order SMBJ15CA ESD Suppressors/TVS Diodes by Prisemi from Xon Electronics and enjoy:

• 100% Genuine Prisemi Components
• Global Shipping – USA, India, Australia, Europe & more
• Bulk Pricing for OEMs and Assemblers
• Technical Support for Integration
• Secure Online Ordering

Your trusted partner for circuit protection components worldwide.

8. FAQs – SMBJ15CA ESD Suppressors/TVS Diodes

Q1. What type of diode is SMBJ15CA?
It is a bidirectional TVS diode for surge and ESD suppression.

Q2. What is its power rating?
It can handle up to 600W peak pulse power.

Q3. Where can it be used?
It is ideal for telecom, industrial, LED drivers, automotive, and power supplies needing circuit protection.

Q4. Is it RoHS compliant?
Yes, the SMBJ15CA is RoHS and lead-free compliant.

Q5. Can it be purchased globally?
Yes, Xon Electronics ships worldwide to USA, India, Australia, Europe, and more.

Conclusion

The SMBJ15CA ESD Suppressors/TVS Diodes by Prisemi provide fast, efficient, and reliable surge protection for sensitive electronics. With high peak power capability and compact design, they are perfect for modern circuit protection solutions. Available at Xon Electronics, shipping worldwide to the USA, India, Australia, Europe, and other regions.