1.5KE10C-E3/73

TVS (Transient Voltage Suppressor) diodes are used to protect electronics from electrical overstress. 1.5KE10C-E3/73 is an example of a TVS diode. This article explains the application field and the working principle of this device.

The 1.5KE10C-E3/73 diode is mainly used in applications where protection of electromagnetic interference (EMI) and other electrical overstress are required. It is commonly used in computer and communication systems, as well as in avionics systems. Additionally, this device is also useful in automotive and industrial applications.

Due to its high surge capability, the 1.5KE10C-E3/73 is ideal for protecting sensitive components from transient voltages. It is designed to absorb excess energy in the form of electrical pulses and divert it away from the protected components. It can also be used to protect from electrostatic discharge (ESD) and other sources of electrical overstress.

The working principle of 1.5KE10C-E3/73 is based on the avalanche breakdown effect. When a voltage higher than the diode\'s breakdown voltage is applied across its leads, the device starts to conduct current. During the process, the kinetic energy of the electrons is converted into thermal energy, which is dissipated into the environment and protects the sensitive components from the damaging effect of the electrical pulse.

The 1.5KE10C-E3/73 device has a wide range of performance characteristics. Its breakdown voltage ranges from 7.5 to 575 volts, its operating temperature ranges from -55 to +175 degrees Celsius, and its peak pulse current can be up to 10,000 Amps. Additionally, it has an extremely fast response time, with less than 1 nanoseconds.

Overall, the 1.5KE10C-E3/73 is an effective device for protecting electronic components from electrical overstress. It is designed to provide efficient protection in a wide range of applications, from computer to avionics systems, and its performance characteristics make it an ideal choice for protecting sensitive components from transient voltages.