SS2P2L-E3/85A

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Diodes are electronic components used for many different applications. They are usually used for rectifying AC to DC, and for switching purposes. The SS2P2L-E3/85A is a type of single rectifier diode. This article will discuss the application field of this diode and the principle of its working.

The SS2P2L-E3/85A is a single rectifier diode with a maximum reverse voltage of 85 Volts and a max permissible forward voltage of 100 Volts. It is a diode used mainly in mobile phone chargers, AC/DC adapters and general power supplies. It is also used as an overvoltage protection device, preventing surges of voltage.

The working principle of a single rectifier diode is relatively simple. The main function of a rectifier diode is to change an alternating current to a direct current. The incoming AC current is fed into the diode circuit. When the voltage reaches the diode’s forward voltage Vf, the diode opens and current starts to flow. A resistor is connected in series with the diode to reduce the current to the desired level.The AC voltage is rectified and the voltage is then fed to the load.

In its application field, the SS2P2L-E3/85A is mainly used in power supplies and protection circuits. In a power supply application, the diode can be used to convert an AC signal into a DC signal, eliminating unwanted signals or noise. When used in a protection circuit, the diode acts as a “clamping” diode and prevents overvoltage which could otherwise damage the circuit. By shunting any excess current to ground, the diode protects the circuit from damage.

In conclusion, the SS2P2L-E3/85A is a single rectifier diode with a maximum reverse voltage of 85 Volts and a maximum permissible forward voltage of 100 Volts. The diode is mainly used in applications such as power supplies, protection circuits and mobile phone chargers. Its working principle is relatively simple and involves rectifying an AC signal and then feeding it to the load. The diode is able to provide protection to the circuit by shunting any excess current to ground and preventing any overvoltage.

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