1PMT16AT3

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The 1PMT16AT3 is part of the range of transient voltage suppressor (TVS) diodes, which are designed to protect sensitive electronic circuits from potential damage from high-voltage transients, e.g. electrostatic discharge (ESD).

TVS diodes provide faster response times than traditional MOVs as the breakdown voltage of the diode is much lower than an MOV. TVS diodes provide over-voltage protection by clamping voltage to a safe level, as well as providing ESD protection.

The 1PMT16AT3 has a standoff voltage of 16V and is capable of dissipating up to 3.0 watts. It is rated for peak pulse current of up to 8.3A, making it suitable for protecting applications sensitive to high transients, such as automotive electronics, LED lighting, power supplies, embedded systems and portable devices.

The 1PMT16AT3 has a reverse leakage current of less than 10μA when used at its maximum operating temperature. At its maximum operating temperature, the device has an operating voltage breakdown of 25V, with a maximum switching voltage of up to 4kV.

The device is constructed with a series diode which provides ESD protection and a Zener diode which provides over-voltage protection. The series diode acts to clamp the line when exposed to an over-voltage event, while the Zener diode ensures that the line voltage remains below the clamping voltage. This combination of components acts to protect sensitive electronics from damage due to over-voltage and ESD events.

The 1PMT16AT3 is typically installed in-line on the power supply line, providing protection from high voltage transients and ESD. It has a single line connection, which is placed between the power source and the device or the load depending on the impedance of the power system. The device can be used for AC or DC protection.

The 1PMT16AT3 is a low cost, fast response time, high-reliability device. It is RoHS compliant and is suitable for use in a wide range of applications. It is an ideal solution for protecting sensitive electronic devices from potential damage due to high voltage transients or Electrostatic Discharge (ESD) events.

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