MXLSMCJ64CA Circuit Protection

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TVS (transient voltage suppression) diodes are a family of unidirectional diode devices that can be used to guard against transient voltage events, such as over-voltage or electrostatic discharge. The MXLSMCJ64CA is a TVS diode designed for over-voltage protection. It is a dual-discrete, surface mount, bidirectional thyristor designed for applications requiring rugged, board-level protection against ESD (electrostatic discharge) and EFT (electrostatic fast transient).

The MXLSMCJ64CA is designed as a two-line protection type device that can be used in both parallel and series configurations. It has a standoff voltage of 14V and can absorb up to 8A of current. It has a reverse-bias voltage of 6.5V. It is rated for operation from -55°C to 125°C and has a maximum clamping voltage of 30V.

When it is used in its most common application, for ESD protection, the MXLSMCJ64CA TVS diode is placed between two signal lines and connected in either a series or parallel configuration. When the transient event occurs, the diode rapidly diverts current away from the signal line to ground. This limits the amount of voltage that is allowed to reach the signal line, and thus protects it from over-voltage.

In addition to ESD protection, the MXLSMCJ64CA can also be used in applications requiring data line surge protection, Ethernet protection, and inductive switching protections. It is also well-suited for automotive environments, as it is designed to be durable, low-power, and reliable. The device is UL (Underwriters Laboratories) certified for use in UL60950 certified products.

The MXLSMCJ64CA TVS diode is a powerful and reliable device that is ideal for applications requiring rugged board-level protection against electrostatic discharge, electrostatic fast transient, and over-voltage. Its dual-discrete, surface-mount design is well-suited for automotive applications and is UL certified for use in UL 60950 certified products. Its series or parallel connection capabilities make it versatile enough to be used in a wide range of applications.

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