MAP4KE7.5AE3

MAP4KE7.5AE3 is an advanced TVS diode device with impressive electrical performance. This TVS diode stands at the forefront of high-voltage protection solutions, designed to protect delicate electronic components from over-voltage transients and other electromagnetic gains. The device is able to withstand a maximum peak pulse power of 7500W (10x1000us, 8/20us waveform) making it an ideal solution for industrial electronics.

A TVS diode, also commonly known as a clamping diode, is a type of semiconductor technology used for transient overvoltage suppression. It works by clamping any excess voltage above its designed operating voltage level, effectively blocking the voltage from getting to the sensitive circuits connected to its output.

The MAP4KE7.5AE3 device comes with an impressive transient overvoltage clamping level of 600V to protect delicate electronics and PCBs from the sudden voltage rise above their rated operating voltage. It is an ideal choice for many industrial electronics such as motors, controls, and boards.

The MAP4KE7.5AE3 is designed to work within a wide operating temperature range from -55°C to 125°C and the charge storage is rated at 70pC max for a working voltage of 7.5V. It features fast response time of 8us typical, making it ideal for high-speed electronics.

Moreover, the MAP4KE7.5AE3 is designed with efficient thermal dissipation to dissipate the ESD heat pulse quickly and accurately. The device also features typical capacitance levels of 0.4pF-0.8pF, reliable clamping performance, and wide operating temperature range.

In summary, the MAP4KE7.5AE3 TVS diode device is an ideal solution for many industrial electronics applications due to its impressive electrical performance, reliable clamping performance, wide operating temperature range, and efficient thermal dissipation. It is the perfect choice for any application that requires high levels of overvoltage surge protection.