5KP9.0A

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The 5KP9.0A is part of the Transient Voltage Suppressor unregulated diode family, which provides enhanced electrical and thermal protection for equipment connected to AC power. It also serves as an uninterruptible power supply when used together with a backup power source. This device is designed to reduce or eliminate the overvoltage transients that are commonly encountered with residential, commercial, and industrial applications.The 5KP9.0A operates with a reverse breakdown voltage of 9V, with a peak working power rating of 540 watts and an industry standard thermal resistance of 0.05C/W. The device has a reverse current leakage of 0.1μA at a 25°C ambient temperature. It has a static hold-off voltage of 7V, and a peak pulse current rating of 1.5A for a 1/10 microsecond pulse.The 5KP9.0A is designed to provide protection from electric shocks due to overvoltage transients. It operates by utilizing a Zener diode, which works on the principle of reverse breakdown voltage. When the voltage applied exceeds the reverse breakdown voltage, the Zener diode will open up and allow current to flow, thus limiting the surge. The device also has a reverse breakdown recovery time of 10 nanoseconds, which ensures fast response to changes in voltage.The 5KP9.0A is used in a wide range of applications, from power supply modules to office and domestic power equipment. It is used in applications such as power supply and motor control systems, telecommunications equipment, medical equipment, UPS systems, and more. It helps protect the connected devices from transient voltage spikes, thereby improving system reliability and safety.The 5KP9.0A is designed to quickly alleviate the transient overvoltages, resulting in improved electrical system reliability and protection against electric shocks. The device has a fast response time, wide temperature range, and improved reverse breakdown voltage characteristics, making it ideal for a wide range of applications. Its cost-effective design and performance make it an attractive solution for system designers.

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