MA1.5KE350CA

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A TVS (Transient Voltage Suppressors) diode, such as the MA1.5KE350CA, is an essential component in electronics used to protect against destructive overvoltage events.

TVS diodes quickly respond to overvoltage events, limiting and redirecting damaging voltage away from protected circuits. This type of component can be used in both automotive and industrial electronic systems.

A MA1.5KE350CA TVS diode is a unidirectional diode with a single cathode. It is designed to effectively protect sensitive circuits from damaging surges of electrical current.

The component is designed to protect against threat events such as electromagnetic interference (EMI), electrostatic discharge (ESD) and lightning strikes. It is able to clamp, divert and disperse the damaging current away from the protected circuit.

When properly installed with the cathode side of the diode connected to the ground, the MA1.5KE350CA can successfully operate over a wide range of current and voltage ratings. It also features a low clamping voltage to reduce system stress levels.

This component is capable of handling continuous power dissipation of 500 watts at 25°C and peak pulse power dissipation of 1500 watts at 10/1000µs surge. It also has an operating temperature range of -55°C to 150°C and is UL listed under file number E127389.

The MA1.5KE350CA features Leakage current of 350µA at 15V typical and maximum peak pulse current of 32.5A. It also features VBR of 5.25V at 8.3A, VTM of 6V at 37.5A and 6V at 125A.

The components require a minimum pulse width of 8.3µs for proper operation. The maximum non-repetitive surge current for the MA1.50KE350CA is 125A.

The component is a dual in-line package with an axial lead. It can be soldered directly onto printed circuit boards and is compatible with traditional lead-free mounted systems.

The MA1.5KE350CA is ideal for applications that require protection against destructive overvoltage events in automotive or industrial electronic systems. It features low clamping voltage, high-speed response, low leakage current and a peak pulse current of 32.5A.

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