CDNBS08-T24

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Today, TVS diodes have become one of the most important add-on components for printed circuit boards. CDNBS08-T24 TVS diodes have made a great contribution to the protection of the Printed Circuit Board (PCB) against transient electrical voltages that may cause damage over time due to mal-functioning. Several features set it apart from the other devices in the same category. CDNBS08-T24 is available with a Zener diode, bidirectional and unidirectional types, but also in an array of different options for various applications.

Application fields of CDNBS08-T24 for TVS circuit protection includes Industrial process controls, Home appliances, Telecom Equipment, Server & Computer Equipment, Automotive Electronics, Sensitive microcontroller, as well as for backlight inverter for LCD panel protection. In addition, the TVS diodes may be used for Medical Equipment, LED driver, Solar Inverter, Railway Control Panel, Automation Control system, and Surge Suppressors.

CDNBS08-T24 TVS diodes offer a superior level of protection to the PCB components, thus enhancing their life and performance. It works by clamping the transient voltages to the TVS diode’s breakdown voltage, thus increasing the effectiveness of the TVS diode even further. The device also works by increasing the connection of the surrounding components, thus reducing the amount of electric current that flows through the PCB and its surrounding components when an electrical transient strikes.

Working Principle: CDNBS08-T24 TVS Diodes work on the principle of limiting the excessive current to a safe level when an overvoltage occurs and passes through the circuit. Generally, a TVS diode, in its non-conductive state, forms a barrier by preventing the flow of current. To activate the diode, an overvoltage must be present. This overvoltage would cause the TVS diode to conduct and absorbs the energy of the transient.

When the overvoltage passes through the TVS diode, the device begins to conduct and absorbs the energy of the transient. It then dissipates the energy as heat to the circuit\'s ground or to the surrounding components. The amount of energy dissipated depends on the size of the TVS diode and its configuration. The energy is dissipated in the form of heat, which can be dissipated into the ground or the surrounding components. The heat generated by the CDNBS08-T24 will dissipate through its thermal contact. The heat is equal to the breakdown voltage minus the forward threshold of the TVS diode.

In summary, CDNBS08-T24TVS diodes offer superior protection of the PCB, with many available options designed for specific applications. It works by clamping the transient voltage to the diode’s breakdown voltage, thus providing superior protection even for the most sensitive of components. The device also works by connecting the surrounding components, thus reducing the current that flows through the PCB in case of an electrical transient.

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