15KPA (9)

The 15KPA series is available from Littelfuse at Xecor. Designed for transient voltage suppression (TVS), the 15KPA series offers high peak pulse power dissipation of 15 kW, a clamping voltage of 416.7 V, and a peak pulse current of 36.2 A. Available in the P600 axial package, it is ideal for protecting sensitive electronics in industries such as industrial automation, telecommunications, and power management. Whether used in surge protection circuits, power supplies, or communication systems, this series ensures reliable performance, robust protection, and high efficiency for demanding applications. Xecor is an authorized distributor for Littelfuse. Please view our extensive selection of the 15KPA series below.

Part Number Description Package Inventory Add To Bom
15KPA64CA TVS Diode Single Bi-Dir 64V 15KW 2-Pin Case P-600 P600 4,451
15KPA30A TVS Diode Single Uni-Dir 30V 15KW 2-Pin Case P-600 P-600 4,605
15KPA48CA TVS Diode Single Bi-Dir 48V 15KW 2-Pin P600 3,176
15KPA48A TVS Diode Single Uni-Dir 48V 15KW 2-Pin Case P-600 P600 5,135
15KPA75A TVS Diode Single Uni-Dir 75V 15KW 2-Pin Case P-600 Ammo P600 5,963
15KPA36A TVS Diode Single Uni-Dir 36V 15KW 2-Pin Case P-600 Ammo P600 4,622
15KPA180CA TVS Diode Single Bi-Dir 180V 15KW 2-Pin Case P-600 Ammo P600 6,031
15KPA17CA Transient Voltage Suppressors P600 6,083
15KPA150CA TVS Diode Single Bi-Dir 150V 15KW 2-Pin Case P-600 Ammo P600 5,221

Key Featrues

High Clamping Voltage (416.7V): The TVS diode can handle transient voltage spikes up to 416.7V, making it suitable for protecting sensitive electronic components in high-voltage environments. This ensures robust protection against voltage surges, enhancing system reliability.
Bidirectional Polarity: The bidirectional design allows the diode to protect against voltage spikes in both positive and negative directions, simplifying circuit design and offering versatile use in AC or DC systems.
Peak Pulse Power Dissipation (15 kW): With a high peak pulse power dissipation capability, this diode can absorb significant energy from transient events, reducing the risk of damage to connected devices and improving overall system resilience.
Axial Package (P600): The axial P600 package is easy to mount and ideal for through-hole PCB applications, ensuring compatibility with a wide range of designs and simplifying assembly processes.
Wide Operating Temperature Range (-55°C to +150°C): This TVS diode operates reliably across extreme temperatures, making it suitable for use in harsh environments such as automotive, industrial, or outdoor applications.

Applications

Industrial Power Surge Protection: The YAGEO 15KPA TVS diode is ideal for protecting industrial equipment from voltage surges and transients. With a clamping voltage of 416.7V and a peak pulse current of 36.2A, it ensures reliable protection for power supplies, motor drives, and control systems in harsh industrial environments. Its bidirectional configuration makes it suitable for AC and DC applications, safeguarding sensitive electronics from damage.
Telecommunications Equipment Protection: The 15KPA TVS diode is well-suited for protecting telecommunications infrastructure, such as base stations and communication lines, from lightning-induced surges and electrostatic discharge (ESD). Its high peak pulse power dissipation of 15 kW and working voltage of 260V ensure robust protection for sensitive communication circuits, maintaining signal integrity and system reliability.
Automotive Electronics Protection: This TVS diode can be used in automotive systems to protect electronic control units (ECUs), sensors, and communication buses (e.g., CAN, LIN) from voltage spikes caused by load dumps or switching transients. Its axial package and high current handling capability make it a reliable choice for automotive applications, ensuring compliance with stringent reliability standards.
Renewable Energy Systems: The YAGEO 15KPA TVS diode is ideal for safeguarding solar inverters, wind turbine controllers, and battery management systems from voltage transients caused by lightning strikes or grid fluctuations. Its high clamping voltage and robust design ensure long-term reliability in renewable energy installations, protecting critical components and ensuring uninterrupted power generation.