M50100CC1000

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Diodes - Rectifiers - Arrays:

The M50100CC1000 is a silicon-based rectifier diode array from Vishay Semiconductors. It is low-VF, high current diode array that offers high surge capability and wide temperature range. The device offers high rectification efficiency and surge current capability for high levels of reliability and performance in applications such as power conversion and AC/DC motor drives.Application Field:

The M50100CC1000 is well suited for a variety of power supply applications, such as in AC/DC motor drives, lighting ballasts, automotive systems and power converters. The device’s wide temperature range and high rectification efficiency ensures reliable and superior performance in these applications.Working Principle:

The M50100CC1000 is a low-VF, high current diode array. It is constructed using four Schottky barrier diodes that are interconnected in an integrated assembly. The diodes are designed to provide a high rectification efficiency in both the forward and reverse directions. The M50100CC1000 has a maximum forward current of 1000mA and a maximum reverse current of 200mA, making it suitable for a wide range of applications.The M50100CC1000 features a wide temperature range and its high surge capability ensures a high reliability level in applications exposed to harsh conditions such as heating, ventilation and air conditioning systems. The diodes are also designed to reduce reverse current leakage and minimize power dissipation. The device also has a low-voltage rating, which ensures a lower power consumption level in applications that require high voltage. Additionally, its anti-parallel circuit configuration minimizes power losses, reduces noise and provides a higher switching frequency. Overall, the M50100CC1000 is an excellent choice for a wide range of power supply applications. With its wide temperature range, high rectification efficiency and surge current capability, the device provides superior performance and reliability to ensure a high level of customer satisfaction.

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