CD214B-R2400

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Overview

CD214B-R2400 is a smd diode rectifier single. It belongs to the diodes - rectifiers - single category. This device is designed with anode, cathode and anode terminal connected to the leadframe integrally. It adopts step recovery diodes (SRDs) technology, allowing it to fast switching speed, soft switching, complete digital phase control and low off-state voltage drop.

Applications

CD214B-R2400 is widely used in various applications, such as general purpose AC/DC power supply, rectification, and DC/DC converter. It can be used in AC/DC switches, high-efficiency rectification, voltage regulator, and timing circuits. Moreover, it can also be used as a rectifying element in SCR and TRIAC circuits.

Working Principle

The working principle of CD214B-R2400 is mainly related to its ability to allow reverse current only when repeatedly reversing the direction of current. When a negative voltage is applied to this device, current will flow from cathode to anode, and when changes to a positive voltage, current will flow from anode to cathode. It also has a very fast switching speed and soft switching function, which allows it to be used as a rectifying element in SCR and TRIAC circuits.

Advantages

CD214B-R2400 provides several advantages, such as the reduction of the on-state loss, the improvement of efficiency and switching frequency, the features of wide operational temperature range and protection against surge voltages. It is also capable of reducing the EMI interference due to its switching frequency and its smaller snubbing characteristics. Moreover, it has enhanced commutations performance due to its integrated buffer resonance capacitor.

Conclusion

CD214B-R2400 is a Smd diode rectifier single, which belongs to the diodes - rectifiers - single category. It is widely used in general purpose AC/DC power supply, rectification, and DC/DC converter, as well as in AC/DC switches, high-efficiency rectification, voltage regulator, and timing circuits. Its working principle mainly involves its the ability to allow reverse current only when repeatedly reversing the direction of current. This device offers several advantages, such as the reduction of the on-state loss, the improvement of efficiency and switching frequency, the features of wide operational temperature range and protection against surge voltages, and the enhancement of commutations performance.

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