V150LT20BP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Transient Voltage Suppressors, or TVS, are electrical protection devices that protect against sudden, high voltage surges that can damage electrical, and electronic components. TVS can be found in industries as diverse as aerospace, automotive, semiconductor, consumer electronics, and more. One example of a TVS is the V150LT20BP, which is a bidirectional, radial leaded, Zenner Diode transient voltage suppressor (MOV). In this article, we’ll examine the application field and working principle of the V150LT20BP.

The V150LT20BP is used in a variety of applications, but is especially useful when providing protection against transient voltage surges that result from lightning strikes, power line crossings, and other electrical disturbances. It is best for use in circuits and systems that require absolute electrical isolation between two electrical sub-systems. Typical application fields for the V150LT20BP can include automotive systems, industrial and medical equipment, consumer electronics, and military and aerospace equipment.

The working principle of the V150LT20BP is rooted in its construction as a bidirectional, radial leaded MOV. It has a discrete wire-ended lead that is used to connect to the circuit board. The device is built to withstand high energy pulse voltages and is constructed with a high voltage anvil to absorb high energy upsetting impulses. Its MOV core is designed to support an overvoltage condition in either direction, thus providing protection from both positive and negative surges.

The V150LT20BP works by providing a low impedance path to ground when a surge exceeds its rated standoff voltage. When the surge reaches a certain voltage level, the MOV is triggered, and its resistance drops from extremely high to extremely low, providing a low-impedance path to ground for the surge. It then reverts back to its high impedance state once the surge has been properly dissipated.

The V150LT20BP also features a high peak current capability, providing plenty of protection against even large surges. The device is also relatively compact, measuring 1.7mm (L) x 1.35mm (W) x 0.7mm (H), making it suitable for applications where a smaller form factor is required.

In summary, the V150LT20BP is an efficient and fairly compact MOV device that is designed to provide protection against electrical disturbances and surges. Its bidirectional protected differential application is ideal for applications such as automotive systems, industrial and medical equipment, consumer electronics, and military and aerospace equipment. Its working principle is rooted in its construction as a bidirectional, radial leaded MOV, and its low impedance path to ground protects against both positive and negative surges.

The specific data is subject to PDF, and the above content is for reference