1SS400-TP

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Introduction

The 1SS400-TP is a kind of rectifying diode, which means it converts alternating current (AC) to direct current (DC) through a simple single action of conducting and non-conducting electrical conductivity. This single-diode unit presents a perfect combination of power capacity, quality and performance in compatibility and affordability.

Application Field

The 1SS400-TP rectifier is suitable for rectifying circuits with AC voltages which range between 50~1600V, frequencies ranging between 50-400 Hz, and power supplies and voltage stabilizers. Also, this type of rectifier can be used in low-power industrial electromagnetic clutch and brake and other small motors up to 6-8 KW as well as UPS, adjustable power sources and AC-DC voltage stabilizers. It also has great performances in high power surge and high power applications.

Working Principle

Generally speaking, the working principle of this type of rectifier is to utilize the PN junction diode to convert AC signals into DC signals. When the circuit is successfully conducted, electrons will be driven from the P type region (the cathode) to the N type region (the anode). Then, an electric field will direct the carriers (electrons in this case) to form a low-resistance path for the current to flow. That is, the valve is opened, so to speak. Then, during the negative half cycle, the flow of current will reverse and the diode will go non-conductive, thus completing the transition from AC to DC, with the cathode being the positive side.

Conclusion

The 1SS400-TP rectifier is a powerful and reliable type of rectifier diode combining great quality and performance in terms of compatibility and affordability. It is suitable for rectifying AC signals of certain voltages, frequencies and power supplies, as well as the power surge and high voltage applications like those of its industrial electromagnetic clutch and brake. Its working principle is based primarily on the action of the PN junction diode converting AC signals into DC signals through a simple single action of conducting and non-conducting electrical conductivity.

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