CM1233-08DE

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Transient Voltage Suppression (TVS) diodes, also known as transient voltage suppressors, are semiconductor devices used to protect small electrical equipment and systems from high voltage transients. Transient Voltage Suppressors (TVS) provide additional surge protection for applications such as circuit boards, medical equipment, industrial automation, lighting systems, communications systems, and other types of electronics. They are essential in helping protect equipment from high voltage transients that may occur due to surges in power or EMP events.

The CM1233-08DE is a type of TVS diode designed to protect small electronic systems, such as hard drives, from damage due to high voltage transients. This diode features a bi-directional design that provides excellent transient surge protection capabilities in both directions. It features a low clamping voltage of 8V, short circuit current of 1.3A, and a low capacitance of 10pF. Additionally, it has a peak pulse current of 303A with an appropriate 10/1000us waveform.

The CM1233-08DE is an ideal diode for applications requiring fast response time, low capacitance, and excellent surge protection. These diodes have a wide variety of applications, including on-board circuit boards, medical equipment, industrial automation systems, lighting systems, power management systems, communications systems, computer systems, and more. It can also be used in automotive, military, and aerospace applications.

The working principle of the CM1233-08DE is simple. When a surge or transient voltage occurs, the diode is able to provide a fast response time to protect the device against damage. The diode acts as a switch that turns on and off quickly as the voltage levels change, providing a barrier between the source of the surge and the device. The diode is able to do this by conducting electric current when it is flooded with high voltage, and then dissipating the energy through a parallel circuit.

When a surge or transient voltage reaches the diode, a breakdown voltage is created. The breakdown voltage is the point at which the diode becomes conductive, allowing current to flow through it. As the voltage continues to build up, the diode will become more and more conductive, and the extra current will be diverted to the parallel voltage clamping components. The components then dissipate the extra energy, effectively protecting the device from damage.

In summary, the CM1233-08DE is an effective and reliable type of TVS diode designed to protect small electronic systems from high voltage transients. Its bi-directional design features a low clamping voltage of 8V, short circuit current of 1.3A, and a low capacitance of 10pF. It works by conducting electric current when flooded with high voltage and dissipating the energy through a parallel voltage clamping circuit. This diode has many applications, including on-board circuit boards, medical equipment, industrial automation systems, lighting systems, power management systems, communications systems, computer systems, and more.

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