MASMCG130CA

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The MASMCG130CA devices are Transient Voltage Suppression (TVS) Diodes. These diodes are designed to protect low voltage electronics from spikes and associated transient voltage surges, thus maintaining system reliability. The MASMCG130CA is especially suited for space constrained board level protection applications.

The MASMCG130CA is designed to have a low-profile, low-current and fast response to withstand high surge current overvoltage transients. The structure of the device includes a proprietary segmented Zener array, a low-inductance edge termination, and an overcurrent protector. The device is rated at 130V (26V) maximum peak standoff voltage. The operating temperature range is from -55°C to +125°C.

When a transient voltage surge occurs, the Zener array is activated and the voltage is clamped at the diode breakdown voltage. For low level transient events, the overcurrent protection is designed to pass the small signals without any effect on performance. Therefore, the device can be used for both high energy surges and low energy surges.

The low-current design of the MASMCG130CA makes it ideal for current-sensitive applications such as cell phones and notebook computers. The low-profile makes it possible to mount the device in small space. It also helps in reducing manufacturing cost.

The MASMCG130CA is used in a wide range of applications, including medical equipment, consumer electronics, automotive, and communication systems. It is suitable for use in medium power supplies, as well as in high speed data and signal switching applications. It provides protection against voltage overloads and power surges.

The MASMCG130CA devices provide a reliable means of protecting low voltage electronics from voltage surges. The low profile, current-sensitive design of the device makes it ideal for protecting sensitive circuitry. The device ensures fast response to transient surges, providing protection against burnouts and data corruption. The device is robust and reliable, making it suitable for high reliability applications.

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