BZW04P136-E3/54

TVS - Diodes are a type of semiconductor designed to protect electronics from voltage spikes or over-voltage transients. They are used in a variety of applications, such as AC/DC power supplies, automotive systems, and telecommunication and computer equipment, as well as a host of other applications. The BZW04P136-E3/54 is a 10KW transient voltage suppressor diode, designed to protect sensitive electronics from over-voltage transients. It is applied in a variety of applications, as discussed in the following sections.

BZW04P136-E3/54 Application Field

The BZW04P136-E3/54 is a 10KW transient voltage suppressor diode, designed specifically for AC/DC power supplies or surge applications. It is suitable for protecting the output power stage of professional audio amplifiers, switch mode power supplies and other electronic circuitry. It can also be used in automotive systems to protect electrical components from high voltage spikes. In addition, it is also applied to modems and other telecommunication equipment, computers, and gaming consoles.

BZW04P136-E3/54 Working Principle

TVS-Diodes are designed to clamp voltage spikes or over-voltage transients at a safe level. The BZW04P136-E3/54 works by diverting any unused charge from incoming signals to ground. When the voltage exceeds a certain level, the diode conducts and the current is diverted to ground. This prevents the voltage spike from damaging sensitive electronic components. The diode can handle peak non-repetitive surge currents of up to 10 KW – with a max operating temperature of +150 Celsius – making it suitable for a variety of applications.

Conclusion

The BZW04P136-E3/54 is a 10KW transient voltage suppressor diode, designed to protect sensitive electronics from over-voltage transients. It is applied in a variety of applications, including AC/DC power supplies, automotive systems, telecommunication and computing equipment, and gaming consoles. It works by diverting any unused charge from incoming signals to ground, where it is safely dissipated.