MURS1J-TP

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MURS1J-TP is a high-voltage, surface-mount diode rectifier module by Vishay. It is designed for use with a wide range of electrical and electronic devices, primarily in high-power industrial and home appliance applications. The module is an all-in-one solution for rectification needs, providing a high-efficiency alternative to traditional rectifier designs. It features low thermal resistance, low forward voltage drop, and high current capabilities.

The MURS1J-TP rectifier module provides both single and dual outputs, and can be used for a wide range of applications. It is widely used in applications such as uninterruptible power supplies, power converters, motor drives, and lighting ballasts. The module can also be used for automotive and aviation applications, such as braking, lighting, and voltage regulation.

The MURS1J-TP rectifier module is available in a variety of packages and configurations, including DIP, SMD, and THD packages for single and dual configurations. It is rated for operation at 30 - 400 VDC and 30 - 250 VAC in single configuration, and 30 - 600 VDC and 30 - 500 VAC in dual configuration. It can handle a maximum repetitive reverse voltage of 800 V and a non-repetitive peak surge current of 6 A. The module features a very low temperature coefficient, making it suitable for use in high-temperature environments.

The MURS1J-TP rectifier module is designed to operate with a wide range of devices and needs minimal external components. It is designed so that the diode rectifies the incoming AC power and couples it to the load with minimal loss. The circuit is designed to provide efficient power conversion, with a low conduction loss, a high power factor and a low total harmonic distortion (THD). The efficient circuit design also allows for a high power density and a high level of immunity from electromagnetic interference (EMI).

The MURS1J-TP rectifier module is a great solution for high-power rectification needs. It offers efficient operation, a high power factor, and low total harmonic distortion. It is also highly cost-effective, with a low thermal resistance, low forward voltage drop and high current capabilities. The module features a wide range of packages and configurations, making it suitable for a variety of applications.

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