20CTQ035STRR

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The 20CTQ035STRR is a rectifier array designed to be used in various electronic circuits. It is a type of diode that rectifies alternating current (AC) to direct current (DC). This array works as an individual diode, rectifying the current from its anode to its cathode. The rectifier array includes a reverse diode, which ensures that reverse current does not pass through the circuit.

This diode is made up of two parts: an anode and a cathode. The anode is positively charged and the cathode is negatively charged. When AC voltage is applied to the anode, current flows from the anode to the cathode; if the reverse happens (the reverse diode is used), the current is still rectified. The forward voltage of the array is between 35 and 100V.

This rectifier array has a wide range of applications, including AC to DC rectification, DC to AC switching, power supply conversion, power management applications, voltage regulation and voltage protection. It is also commonly used in automotive, aerospace and industrial systems.

The working principle of the 20CTQ035STRR rectifier array is based on the P-N junction of a diode. When an AC voltage is applied to the anode, the electrons in the n-type region move to the p-type region and the holes in the p-type region move to the n-type region, forming a depletion region. This depletion region prevents the current to flow in the reverse direction.

The 20CTQ035STRR rectifier array works in both the forward and reverse polarities, rectifying current from its anode to its cathode. It is also designed to dissipate heat more efficiently and reduce the chances of overloading the circuit. The device is designed to meet high-power and current requirements and has a junction temperature of 150°C.

In conclusion, the 20CTQ035STRR rectifier array is a useful device for switching and rectification in various industrial, automotive and aerospace systems. Its wide range of applications, high power and current capabilities, and thermal efficiency make it a useful and reliable device in many circuits.

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