PGSMAJ90A M2G Circuit Protection

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TVS (transient voltage suppressor) diodes are used to protect electronics from over voltage transients. They act as a safety device, protecting the system from electrical surges and noise. The PGSMAJ90A M2G (Multiple Generated Transient Voltage Suppressors) from Vishay is an example of a TVS diode designed specifically for high-speed digital applications. It offers fast response times, low-capacitance, and clamping voltage that protects circuits from over-voltage transients of up to 90V. The PGSMAJ90A M2G is a specially designed TVS Diode that utilizes multiple diodes connected in series and provides a greater surge impedance than a single diode. This makes it an ideal solution for protecting circuits from the high voltage transients often found in automotive, industrial, communication, and consumer applications such as computers, TVs, cameras, and other digital electronic devices.

The PGSMAJ90A M2G is designed to protect against over voltage transients, which are over voltage pulses that can cause electromagnetic interference (EMI) and potentially damage or malfunction electronic devices. The diode works by conducting a current away from the protected circuit when an over-voltage pulse is detected. The diode then quickly dissipates the surge current in a controlled manner, limiting the voltage even further and preventing damage to the protected electronic device.

The PGSMAJ90A M2G diode has low capacitance and a fast response time, which allows it to quickly detect and limit many types of over voltage transients. The diode also features a low profile, allowing it to be easily mounted on a circuit board or in a system. Additionally, the diode has a clamping voltage of 90V, which makes it well suited for providing protection against transients of up to 90V.

The PGSMAJ90A M2G diode is an ideal solution for providing high-speed protection against transients often found in automotive, industrial, communication, and consumer applications. The diode’s low capacitance and fast response time, combined with its low profile and low clamping voltage, make it an ideal choice for protecting electronics from over voltage transients. It is an ideal solution for protecting electronics from costly damage and malfunction due to over voltage transients.

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