V68ZC10PX2855

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The type V68ZC10PX2855 is a type of Transient Voltage Suppressor (TVS) which incorporates Varistor, Metal Oxide Varistors (MOVs) technology. This product is mainly used in industrial applications such as motors, railway freight and other machine control systems. It also has applications in telecom, computer networks, and automotive electronics.

The V68ZC10PX2855 is designed to protect sensitive equipment against voltage spikes by providing a surge current protection internal to the unit. The device is designed to shunt and clamp any sudden increases in voltage or current before it reaches the sensitive components within the electronic circuit. This prevents any damage from occurring to the circuit and allows the system to continue working as normal.

The working principle of the V68ZC10PX2855 is based on the heterojunction collector layer technology. This technology utilizes a multilayer structure in which the collector layer acts to clamp the circuit voltage to a safe level. It is important to note that such devices are only effective for short-term voltage spikes, and not for protection against prolonged over-voltage conditions.

The V68ZC10PX2855 contains a combination of MOVs, Silicon Avalanche Diodes (SADs), and Varistors. MOVs are used to absorb and reduce high levels of surge current resulting from a surge in voltage. Varistors on the other hand are designed to reduce large voltage spikes by providing a low impedance path for the current to flow through. The SADs helps provide additional levels of protection by limiting the maximum voltage that can be seen by other components in the circuit.

The V68ZC10PX2855 requires a minimum voltage of 8 V and a minimum pulse current of 10 A to operate effectively. It also has a peak pulse current rating of 28 A with an 8/20 μs waveform. The peak voltage is 660 V and it also has a clamping voltage of 580 V.

In summary, the V68ZC10PX2855 is categorized as a TVS device with Varistors and MOVs technology. It is mainly used in industrial applications to protect sensitive equipment from voltage spikes and it works by shunning and clamping any sudden increases in voltage or current. The device utilizes a combination of MOVs, SADs, and Varistors and requires a minimum voltage of 8 V and a minimum pulse current of 10 A to operate effectively.

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