BSPD200240D3K

The BSPD200240D3K device is a unique TVS - Mixed Technology designed to protect a wide variety of circuits from electrostatic discharges and related stress events. It reduces stress voltages to safe levels, preventing potential damage to sensitive semiconductor components and circuitry. The device is based on a switching converter, which makes it suitable for both high-voltage and low-voltage applications.

The BSPD200240D3K device is based on a bidirectional Metal Oxide Varistor (MOV) and a Zener component. The protective element of the device is the MOV, a multilayered MOV device containing two layers of diode-stabilised elements. The MOV is designed to switch quickly and is highly reliable in applications where electro-static discharge protection is critical. The Zener component is used to add extra capacity and robustness in the event of a surge. The two components provide protection from high voltages and surges.

The BSPD200240D3K device can be used in a variety of applications, including automotive, industrial, computer, and consumer electronics applications. It is designed to protect boards, cables, and other components from the effects of electrostatic discharges and overvoltage conditions. The device is especially suitable for applications such as the protection of gigabit transceiver ICs, which require precise signal timing and protection from both static and dynamic energies.

The BSPD200240D3K device is capable of handling high power levels and its flexible design enables it to be integrated into various types of applications. The device is self-protecting, which means that it can detect and shunt any voltage overshoot and spike. It is also ESD-protected, which means it can withstand ESD-induced voltages of up to 8kV.

The BSPD200240D3K device is a unique TVS - Mixed Technology designed to be the most efficient and cost-effective solution for electrostatic discharge protection and overvoltage conditions. Its advanced design ensures that it is highly reliable and can provide superior protection for virtually any type of application. The device is also designed to be flexible, allowing it to be used in a wide variety of applications.