SS10P3CLHM3_A/I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

SS10P3CLHM3_A/I is a diode array that is a combination of Schottky diodes that are connected in series. Each SS10P3CLHM3_A/I diode array consists of two diodes connected in series, usually with a common cathode and an anode connection. This type of configuration makes it suitable for applications such as voltage clamping, rectification, DC-DC conversion, signalling, and more.

Application Fields

The SS10P3CLHM3_A/I can be used in applications such as:

• DC-DC conversion – the diode array can be used to convert a full-wave rectified signal into a regulated DC voltage.
• Voltage clamping – the diode array can be used to limit the voltage at a certain point in an electronic circuit, protecting sensitive components from too much voltage.
• Signalling – the diode array can be used to transmit signals between two devices.
• Rectification – the diode array can be used to convert an alternating current signal into a direct current signal.

Working Principle

The SS10P3CLHM3_A/I is designed to perform one or more of its application fields mentioned above. The basic working principle of the diode array is as follows:

• The signal is applied to the anode of the diode array.
• The current enters the PN junction of the diode array.
• The current is then passed through the diode.
• Depending on the type of application, the signal is then passed to different components of the circuit.

In the case of DC-DC conversion, the signal is passed through the diode array, which then converts the signal into a regulated DC voltage. For voltage clamping applications, the signal is passed through the diode array, which then limits the voltage at the designated point in the circuit, protecting sensitive components from too much voltage. For signalling applications, the signal is passed from one device to another via the diode array. In the case of rectification, the diode array converts the alternating current signal into a direct current signal.

Conclusion

The SS10P3CLHM3_A/I diode array can be used for a variety of applications such as DC-DC conversion, voltage clamping, signalling, and rectification. Its working principle involves the anode of the diode array absorbing the signal, the current entering the PN junction, passing through the diode, and then pushed towards the load as per the type of application. This diode array is well-suited for applications which require the repurposing of a signal.

The specific data is subject to PDF, and the above content is for reference