MAP5KE17CA

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MAP5KE17CA TVS - Diodes are a type of surge protection device designed to protect critical components in electronic and industrial control systems from transient voltage events such as lightning, electrostatic discharge, and industrial switching events. These devices are designed to protect the components from large voltage transients by clamping the voltage down to a safe level.

MAP5KE17CA has a working voltage range of 6.2V to 20.8V with 1500W peak pulse power dissipation. The maximum clamping voltage is 17V, with a typical response time of 1.5ns, and a low leakage current of 10µA. Moreover, with a five-line protection, the MAP5KE17CA provides excellent protection from lightning strikes of up to 8/20µs and power disturbances of up to 5GHz.

The MAP5KE17CA can be used in various application fields due to its wide operational voltage range. It is ideal for high-speed data line applications due to its low capacitance and fast response time. It is also suitable for automotive applications and other low voltage DC power supplies. Furthermore, it can be used in high-power industrial applications and medical systems such as ultrasound machines due to its high surge capability.

The working principle of MAP5KE17CA is quite simple. It works by clamping the voltage down to a safe level when a voltage transient occurs. When the voltage exceeds the specified clamping level, the device engages and conducts the surge current to ground, allowing the current to flow and dissipating the excess energy. This provides an effective method of surge current protection while also minimizing disruption to the protected system due to the device\'s fast response time.

In conclusion, the MAP5KE17CA is a reliable surge protection device that provides excellent protection against lightning, electrostatic discharge, and power disturbances. With its wide operating voltage range, low capacitance, fast response time, and high surge capability, it can be used in various applications such as automotive and industrial systems, and medical systems. Its simple working principle makes it an ideal solution for protecting system components from transient voltage events.

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