MXLRT100KP170CA

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TVS - Diodes

TVS (Transient Voltage Suppressor) diodes are an essential part of electrical systems. These diodes are designed to reduce the risk of transient overloads caused by lightning and other power surges. The MXLRT100KP170CA is a particular type of TVS diode, designed to provide a high level of surge protection in a small form factor. This article will examine the application field and working principle of the MXLRT100KP170CA.

Application Field

The MXLRT100KP170CA has multiple applications, as it is designed to protect against a wide range of transient voltage events. It is suitable for automated systems, automotive electronics, industrial control circuits, power supplies, and communication boards. Due to its small size, it can be easily integrated into a wide range of systems, providing efficient protection with minimal space requirements.

Working Principle

The primary purpose of the MXLRT100KP170CA is to protect circuits from unusual or unanticipated power surges. The protective mechanism it uses is called clamping, which works by “clamping” the voltage at a fixed level. The MXLRT100KP170CA is designed to withstand high voltages up to 100KV at a 8/20 microseconds pulse width. It has a low capacitance value, which ensures proper performance at high frequencies.

The MXLRT100KP170CA utilizes an internal reverse avalanche diode to protect components from high pulse energy. It uses a current-limiting structure, which holds the current to a maximum value of 2.00A. This makes it capable of providing surge protection against a wide range of voltage conditions. Additionally, the MXLRT100KP170CA has an integrated temperature protection, which enables it to self-protect against excessive temperatures.

The MXLRT100KP170CA is a reliable, efficient, and cost-effective way of providing surge protection. Its small size makes it ideal for applications that require a high level of protection in a limited amount of space. Furthermore, its integrated temperature protection ensures a longer lifetime and better performance.

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