TS35P07GHC2G

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Diodes are electronic components comprised of single semiconductor material that allow current to flow in only one direction, similar to a one-way valve. This makes them useful for more complex circuit designs. One of the more common diodes are Bridge Rectifiers. The TS35P07GHC2G is one such diode, and its application field and working principle are as follows.

Overview of TS35P07GHC2G Bridge Rectifier

The TS35P07GHC2G bridge rectifier is a silicon-controlled rectifier that features a rated reverse blocking voltage of 700 V and a current of 7 A. It also has a minimum isolation voltage of 5500 Vrms. This type of rectifier is designed for use in AC and DC power circuits, and is used to convert alternating current from AC power sources into direct current.

Application Field of TS35P07GHC2G

The TS35P07GHC2G bridge rectifier is widely used in industrial, communications, and consumer applications. It is used in AC power adapters, inverters, DC motor controls, lighting systems, and many other applications that require the conversion of AC to DC power. It is also used in communications systems as a source of direct current, providing stability to the power supply, and making it ideal for applications involving AC and DC power sources.

Working Principle of TS35P07GHC2G

When the TS35P07GHC2G bridge rectifier is connected to an AC power source, the alternating current (AC) is converted into direct current (DC). This is done by using two sections of the transistor – the base and the collector. The transistor directs the current through the diode and out of the collector, allowing only the DC current to flow and blocking any AC current. The collector then dissipates the cuctrent and the bridge rectifier regulates how much electricity is converted to DC power.

Advantages of the TS35P07GHC2G Bridge Rectifier

• High Reverse Blocking Voltage – The TS35P07GHC2G has a rated reverse blocking voltage of 700 V, making it suitable for a wide variety of applications.
• Power Efficiency – The bridge rectifier isdesigned to ensure efficient use of power, converting AC to DC with minimal energy losses.
• Low Operating Voltage – The TS35P07GHC2G has a minimum isolation voltage of 5500 Vrms, providing low operatingvoltage and low energy consumption.

Conclusion

The TS35P07GHC2G bridge rectifier is a useful tool for converting AC power sources into DC power, and is widely used in a variety of electrical and communications applications. Its advantages include high reverse voltage blocking, power efficiency, and low operating voltage. Understanding how it works and how it can be used is key for incorporating it into circuit designs.

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