P6KE68C-E3/73

TVS - Diodes are devices used to protect sensitive electronic components from over-current or transient voltage. The P6KE68C-E3/73 is an unidirectional TVS - Diode specifically designed to protect sensitive equipment from over-voltage. This device is also known as a transil diode.

This diode has a peak power rating of 8.0 watts and can handle up to 68 Volts Clamping voltage. It can handle a maximum of 5.4 amps of current. This diode is available in axial leaded and surface mount packages. The axial leaded and surface mount packages are rated up to 1,000V.

The P6KE68C-E3/73 is designed to protect electrical equipment from over-voltage or voltage spikes. The internal components of this diode are designed to rapidly react to increase and decrease of voltage that exceeds the protection level of the device. When the voltage exceeds the protection level, the diode will quickly absorb energy and dissipate it as heat. In addition, the diode also provides ESD (electrostatic discharge) protection, which is necessary for safely handling equipment.

This diode is mainly used in power supplies, telecommunications, industrial monitoring and control systems, process automation, embedded systems, automotive, and electronic systems for protection of both input and output signals. It provides a fast response and is able to dissipate energy quickly. This makes it suitable for high power applications, reducing the chance of equipment or components being damaged from electrical surges.

The working principle of the P6KE68C-E3/73 diode is simple. When there is a change in the voltage beyond the level of protection then the diode will start to conduct, allowing current to pass through it. The current will then be redirected to the ground, thus preventing the electrical surge from damaging the system. Additionally, the diode will absorb the excess energy and dissipate it as heat.

The P6KE68C-E3/73 is a cost-effective diode with fast response times and high peak power ratings. Its high peak power rating and fast response time make it suitable for use in a wide range of applications. Additionally, its ability to provide ESD protection makes it ideal for use in sensitive electronic devices.