MUR2020CT

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The MUR2020CT rectifier diode array is a three phase bridge rectifier with a common anode made from high voltage rectifier diodes. It is ideal for applications requiring high voltage input capability, low thermal resistance and wide temperature range. The MUR2020CT is a cost effective solution for systems requiring higher input voltage capability, high surge capability and low total ionizing dose limits. It offers the added advantage of an integrated common anode circuit. This integrated common anode circuit helps ensure that the bias current remains the same across all phases of the bridge rectifier, thereby reducing thermal stresses.

The working principle of the MUR2020CT is as follows: The forward biased diodes of the bridge array are connected in such a way that they provide a path for the current to flow through to ground in one direction. When an AC input is applied, the current alternately flows through the bridge array and back to the source. This process is known as rectification, since it changes the alternating current from the source into direct current, which can then be used for other applications. The MUR2020CT is capable of handling up to 50A of current and can withstand up to 1000V of continuous DC voltage.

Due to its high-voltage and high-current capabilities, the MUR2020CT is used in a variety of applications, such as automotive, industrial, medical and communication systems. In automotive applications, the MUR2020CT is used in power trains, alternators, and battery charging circuits. In industrial applications, it is used in the control of AC motors and DC drives, as well as other power semiconductor circuits. In medical applications, the MUR2020CT is used in defibrillator circuitry, digital X-ray imaging, ECG and EEG amplifiers, as well as defibrillation circuits. Finally, in communication systems, the MUR2020CT is used in a variety of application, such as power supply circuits, ISDN circuits, local area networks, and fiber-optic transceivers.

The MUR2020CT offers a number of benefits to its users. It is cost-effective and can be easily integrated into existing systems. It also has a high current capability, up to 50 amperes per phase, and can withstand up to 1000V of DC voltage. This ensures that it can handle a variety of applications with ease. Additionally, its low thermal resistance ensures that it can maintain a stable temperature in operation. Finally, its wide temperature range ensures that it is suitable for use in different environmental conditions.

In conclusion, the MUR2020CT is a cost-effective, high-current, high-voltage three-phase bridge rectifier. It is capable of up to 50 amperes per phase and 1000V of DC voltage, and can be used in a variety of applications. It also offers low thermal resistance and wide temperature range. Its integrated common anode circuit reduces thermal stresses and ensures that the bias current remains the same across all phases of the bridge rectifier. This makes the MUR2020CT an excellent choice for a variety of applications that require efficient and reliable rectification.

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