MXLPLAD36KP22CAE3

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Transient Voltage Suppressors (TVS) are highly effective and reliable devices used to protect circuits from electrical overstress (EOS). TVS diodes are the most common form of TVS and can be used for a variety of protection requirements, including Over Voltage Protection (OVP) and Surge Protection (SP). The MXLPLAD36KP22CAE3 is a popular surface mount TVS diode, designed for the lower power range and is well suited for protecting interfaces, such as USB, Audio/Video, and Ethernet.

The MXLPLAD36KP22CAE3 is rated for 36V peak Pulse Power dissipation and has a Reverse Stand Off Voltage (RSOV) of 14V. It is a 2-line device, with dynamic switching characteristics from 110V/us – 570V/us, depending on the level of transient protection needed. The two lines are connected in series between the source and the destination providing protection from transient voltages. The diode is encapsulated in a molded black case to provide ease of installation and to protect it from external ESD damage.

The working principle of the MXLPLAD36KP22CAE3 is based on its ability to absorb overvoltage pulses and regulate them to a safe level before they reach the protected equipment. When an over voltage/peak power spike occurs, the device limits the rise in voltage and dissipates the excess energy. This reduces device voltage overshoot and minimizes system level stress.

The MXLPLAD36KP22CAE3 is a versatile device that can be used in many applications such as USB, LAN, Audio Video, and general data interface protection. It is also used in automotive, consumer and medical applications. It is compatible with standard Surface Mount Technology (SMT) platform and can be mounted on Printed Circuit Boards (PCBs). The device is cost effective and offers a low-profile design for space constrained applications.

The MXLPLAD36KP22CAE3 is an ideal choice for protecting low power applications from voltage and pulse power transients. It is designed to clamp any voltage spike within a few nanoseconds, limiting the load current to safe levels, while absorbing the pulse energy. Therefore, it can help minimize the risk of circuit damage and ensure superior device protection in environments that are susceptible to transients.

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