VS-HFA30TA60CSL-M3

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Diodes are solid state electronic devices with two terminals that allow current flow in one direction, while blocking current in the other direction. Rectifier arrays are devices that contain multiple diodes, arranged for specific application functions, like voltage rectification and current switching. The VS-HFA30TA60CSL-M3 is a rectifier array module that is designed and manufactured by Vishay.

The VS-HFA30TA60CSL-M3 rectifier array module is a three-phase half-wave, dual-element device. It is designed to provide full-wave and half-wave rectification in high-power AC-DC power conversion applications. The module is composed of 30 unipolar diodes, connected in a series and parallel combination for maximum current ratings and low voltage drops.

The VS-HFA30TA60CSL-M3 has a total peak forward current rating of 1.60A, a DC reverse voltage rating of 600V, and an average forward current of 0.80A. The working junction temperature range is from -50°C to +170°C. The mounting holes measure 6.5mm / 0.256in and the device is compatible with Vishay mounting frame IL25. The device also provides mechanical flexibility, thermal and electrical performance, increased power dissipation, high-speed switching, and low-forward voltage.

The VS-HFA30TA60CSL-M3 rectifier array module uses a pair of dual element diodes connected in anti-parallel. These are able to provide symmetric rectification, without the need of a bridge-rectifier. The device’s design allows it to reduce the losses in the rectified waveform, while providing a low impedance path for the energy to pass through, which increases the efficiency of the power conversion. It can also reduce circuit complexity in AC-DC switching applications and reduce the cost of the system.

The VS-HFA30TA60CSL-M3 rectifier array module is suitable for demanding applications that require low voltage drops, high continuous current ratings, high speed switching, and low forward voltage. Typical applications include AC to DC power converters, smart grid energy management systems, automotive DC/DC conversion systems, uninterruptable power supplies, solar panels, power factor correction systems, AC motor drives, and motor control systems.

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