CD214B-F2100

CD214B-F2100 is a single diode rectifier which is suitable for various applications. It is widely used in AC/DC rectification, over-voltage protection, automotive, watt-hour meter, industrial automation and other fields. Its performance and reliability make it a dependable choice for numerous applications. This article will discuss the various applications of the CD214B-F2100 and its working principle.

cd214b-f2100 application field

The CD214B-F2100 is a widely used single diode rectifier, its maximum forward continuous current can reach to 6A and its maximum reverse voltage is 1200V.The diode is widely used in AC/DC power supplies, LED drivers, telecom rectification, home appliances, household/office electronics, computers/TV/mobile phones, electrical instrumentation/automation, automobile electronics, solar photovoltaic and other fields.

In AC/DC power application, the CD214B-F2100 can be used as the rectifier bridge to convert alternating current to direct current, which is widely used in power adapters, switching power supplies, etc. With its high-current output capability, it is an ideal choice for powerful supply. It is also widely used in LED drivers and telecom rectification for its high-voltage, low-power consumption and low-noise characteristics, providing a reliable and stable performance.

CD214B-F2100 can also be used in home appliances such as electric oven, microwave oven, refrigerator and dishwasher, as well as in household and office electronic products. Its low power consumption and high-frequency noise-rejection makes it suitable for use in computers, TVs, mobile phones and other end-user devices. In addition, it is also widely used in automobile electronics, and in electrical instrumentation and automation, providing reliable and stable performance in these applications.

cd214b-f2100 working principle

CD214B-F2100 is a kind of single diode rectifier, which acts as a one-way valve allowing current to flow in only one direction and blocking current from flowing in the opposite direction. Its working principles can be understood from the semiconductor physics of p-type and n-type in solid state.

When no voltage is applied to the diode, electron and hole are separated in the p-type semiconductor. The hole will move towards the n-type after the voltage is applied to the anode of the diode, while electrons will move towards the anode. When enough voltage is applied to the anode, holes are filled and the electrons can’t cross the junction. This forms an electron depletion, which blocks the current from flowing back and act as a one-way valve.

As a result, CD214B-F2100 can be used as a rectifying device, a shift device and an over-voltage protection. It is able to rectify the voltage and convert alternating current to direct current by blocking the low-pressure end and allowing the high-pressure end to pass. CD214B-F2100 can also be used as a shift device, shifting the frequency from high-frequency to low-frequency, and as over-voltage protection, guarding against over-voltage on the circuit.

Conclusion

CD214B-F2100 is a single diode rectifier which is suitable for a variety of applications. Its performance and reliability make it a dependable choice for numerous applications, such as AC/DC rectification, over-voltage protection, automotive, watt-hour meter, industrial automation and so on. Its working principle can be understood from the semiconductor physics of p-type and n-type in solid state. With its high-current output capability and low power consumption, CD214B-F2100 is an ideal choice for reliable power supplies in applications with stringent requirements.