×
Product Enquiry
Taiwan Semiconductor 1-Element Bi-Directional TVS Diode 2-Pin DO-214 Surface Mount 400W SMAJ30CA R3
World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Shop with confidence knowing that our 24/7 Customer Support is always available to assist with any inquiries

Avail maximum benefits from input tax mechanism on all your Business Invoices. Get GST Invoices on your business purchases. And 0% Taxes on all worldwide deliveries

If you find this product anywhere at lower cost than us. Call us and we will not only match the price but also give a complimentary coupon

Shop with assurance, as each product we offer is 100% original, ensuring quality and authenticity with every purchase
| Country of Origin | India |
|---|---|
| Brand | Taiwan Semiconductor |
| Height | 2.3mm |
| Length | 4.6mm |
| Model | SMAJ30CA R3 |
| Width | 2.83mm |
| Mount Type | Surface |
| Series | SMAJ |
| Maximum Operating Temperature | 150°C |
| Package Type | DO-214 |
| Minimum Operating Temperature | -55°C |
| Pin Count | 2 |
| Number of Elements per Chip | 1 |
| Clamping Voltage VC | 48.4V |
| Diode Configuration | Single |
| Direction Type | Bi-Directional |
| Minimum Breakdown Voltage Vbr | 33.3V |
| Maximum Reverse Stand-off Voltage Vwm | 30V |
| Peak Pulse Power Dissipation Pppm | 400W |
| Test Current It | 1mA |
| Maximum Peak Pulse Current Ippm | 8.3A |
| Maximum Reverse Leakage Current | 5μA |
Taiwan Semiconductor SMAJ30CA R3 is a high-performance 1-element bi-directional transient voltage suppression (TVS) diode designed to protect sensitive electronics and semiconductor devices from voltage spikes and electrostatic discharge. This TVS diode delivers a peak pulse power dissipation of 400 W, making it suitable for industrial, electronic, and power protection applications where reliable overvoltage protection is critical.
The diode is supplied in a 2-pin DO-214 surface mount package, facilitating compact PCB mounting and efficient heat dissipation. It features a minimum breakdown voltage (Vbr) of 33.3 V and a maximum reverse stand-off voltage (Vwm) of 30 V to clamp transient voltages effectively. The clamping voltage (Vc) is 48.4 V, limiting voltage surges and protecting downstream components.
Designed to operate reliably over a broad temperature range from -55°C to 150°C, the SMAJ30CA R3 withstands harsh environmental conditions found in automotive, industrial electronics, and telecommunications equipment. It supports a maximum peak pulse current (Ippm) of 8.3 A and includes electrostatic discharge (ESD) protection, enhancing device longevity and circuit robustness.
Compact dimensions of 4.6 mm length, 2.83 mm width, and 2.3 mm height support integration into space-constrained electronic assemblies. Single diode configuration ensures precise bi-directional transient voltage suppression in circuits.
Part of the SMAJ series, delivering proven durability and performance for transient voltage suppression applications.
Applications include protection of power supply lines, telecommunications interfaces, automotive electronics, and industrial machinery control systems requiring surface mount TVS diode protection against voltage transients, surges, and ESD events.
Explore comprehensive design resources and 3D models available to facilitate PCB layout and mechanical integration. Taiwan Semiconductor’s SMAJ30CA R3 offers a reliable solution for transient voltage suppression with excellent thermal and electrical characteristics.
For more products, browse the TVS Diodes category at EnvMart to find suitable components for your industrial, electronic, and semiconductor protection needs.
Review sent
Your review cannot be sent
Taiwan Semiconductor 1-Element Bi-Directional TVS Diode 2-Pin DO-214 Surface Mount 400W SMAJ30CA R3
Global Payments 140+ Countries
Global Shipping Fedex/UPS/DHL/Aramex/
BlueDart/Delhivery/DP World
24/7 Customer Support Email/Chat/Telephonic SupportTaiwan Semiconductor 1-Element Bi-Directional TVS Diode 2-Pin DO-214 Surface Mount 400W SMAJ30CA R3
Comments (0)
Your review appreciation cannot be sent
Report comment
Report sent
Your report cannot be sent