15KP220CA-TP

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TVS diodes are PN semiconductor devices with attached electrodes and a final protective circuit and are used in electrical systems to protect them from electrical transients. The 15KP220CA-TP is a unidirectional, bidirectional, or asymmetrical TVS diode that is designed to protect circuits from electrostatic discharge and surges. This guide will discuss how the 15KP220CA-TP can be used to provide effective surge protection to a variety of electrical systems along with its working principle.

As a surge suppressor, the 15KP220CA-TP TVS diode effectively protects low voltage IC based equipment such as computers, automotive control systems, and office automation equipment from high voltage transients. It is designed to be used with a variety of electrical systems, including AC adapters, PLCs, and USB. It offers a compact form factor, easy installation, RoHS compliant construction, and high surge handling capability at both unidirectional and bidirectional connections.

The 15KP220CA-TP has several features that make it unique and beneficial in many different protection applications. The diode features a maximum operating voltage of 220 volts, a peak pulse power of 400 watts, and an operating temperature range of -55°C to 125°C. In addition, the diode is RoHS compliant and has a low capacitance of 4.5pF. This makes it suitable for use in a variety of 5VDC power systems including those operating at lower voltage.

The working principle of the 15KP220CA-TP is simple yet effective. During normal operation, the diode is open and allows no current flow. When a surge or transient occurs, the diode is closed, allowing a surge or transient to be shunted to ground, protecting the circuitry. When the surge or transient is gone, the diode returns to an open state, allowing normal operation to resume.

In conclusion, the 15KP220CA-TP is an ideal TVS diode for use in a variety of electrical systems to protect them against surges. It offers a high voltage level of 220 volts, low capacitance of 4.5pF, and RoHS compliant construction. Its simple yet effective working principle allows it to protect circuits from transients, while also allowing normal operation to resume.

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