1.5KE82A-TP

The TVS-Diodes often used in the field today are the 1.5KE82A-TP. These are transient voltage surge suppressors, which are designed to protect electrical appliances against voltage spikes. They are commonly known as TVS diodes or transient voltage suppressors (TVS). The 1.5KE82A-TP is specifically used in low voltage applications, such as communication systems, aerospace electronics, and digital and telecom applications.

The 1.5KE82A-TP is typically used in power applications and rated for voltage levels up to 82V, at 30A. The transient suppression voltage of this diode model is rated for 8V, at 30A. It has a low-clamping voltage of 15V, and a peak current surge of 5A. It is also designed to withstand repeated surges and so is able to protect against multiple, single pulses.

The working principle of the 1.5KE82A-TP is quite simple. It operates by absorbing the surge of voltage and redirecting it away from the power line. This process dissipates the surge energy by clamping the peak voltage of the surge. The TVS diode absorbs the excess energy from the power line and directs it away from the components.

The 1.5KE82A-TP is typically used in low voltage applications, such as communication systems, aerospace electronics, and digital and telecom applications. It has a low-clamping voltage of 15V, and a peak current surge of 5A. Its transient suppression voltage is rated for 8V, at 30A. It is also designed to withstand repeated surges and so is able to protect against multiple, single pulses. In addition, it is able to absorb the surge of voltage and redirect it away from the power line, and dissipates the surge energy by clamping the peak voltage of the surge.

The 1.5KE82A-TP is ideal for most low-voltage applications. It is relatively easy to install and maintain and is very reliable in its operation, making it a popular choice for low voltage applications. It is also relatively inexpensive, making it a cost effective option.

In summary, the 1.5KE82A-TP is a transient voltage surge suppressor designed to protect electrical appliances against voltage spikes in low voltage applications. It is typically used in communication systems, aerospace electronics, and digital and telecom applications, and has a low-clamping voltage of 15V, and a peak current surge of 5A. Its transient suppression voltage is rated for 8V, at 30A. It is designed to absorb the surge of voltage and redirect it away from the power line, and dissipates the surge energy by clamping the peak voltage of the surge. Furthermore, it is easy to install and maintain and is very reliable in its operation, making it a popular choice for low voltage applications.