AMCV-0603-090-C101N-T

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Varistors, MOVs and other transient voltage suppression (TVS) devices are important components in the design of any electronic system. Over the years, these components have become more advanced with increasing integration and improved features. One such product from the AMCV-0603-090-C101N-T series is an application-specific TVS device that is designed to provide the user with increased protection against voltage transient events.

The AMCV-0603-090-C101N-T is designed to protect a variety of circuit applications. This includes protection for sensitive electronics from voltage spikes and transients, as well as protection of circuits from directly applied electrical shock. The device is designed to fit standard two and four-pin configurations, and is often used in situations in which high speed switching is needed, such as those found in automotive and telecom applications.

The working principle behind the AMCV-0603-090-C101N-T is based on the breakdown voltage of the metal-oxide-varistor (MOV) material. This MOV is a highly non-linear, voltage-dependent, bidirectional current absorption device. The device is capable of blocking a low-voltage DC source, while allowing a high-voltage AC source to pass. When a voltage transient or electrical shock is encountered, the device will enter its breakdown voltage and allow a large current to pass from one side to the other.

Through the use of its integrated MOV material, the AMCV-0603-090-C101N-T is able to withstand one single sustained overvoltage transient event up to 75V, and up to 125V for a short duration. Additionally, the device can provide protection against surge voltages up to 1200V. It is also able to handle electrical shock voltages up to 150V. All of these ratings make the device an excellent choice for a variety of applications.

The integrated MOV material of the AMCV-0603-090-C101N-T is also designed to have a low capacitance, which allows for fast response times to voltage transient events. This is important for ensuring that the MOV material can provide proper protection to the circuit in the event of an accidental overvoltage. Additionally, the device’s low inductance allows for high surge currents to be handled without causing problems to the circuit.

The AMCV-0603-090-C101N-T is also designed to have a low leakage current, which helps in preventing any unnecessary power loss. This helps in increasing the efficiency of the circuit and reducing potentially hazardous energy losses. Finally, the device is also designed to have a low thermal resistance in order to ensure that it can dissipate the heat generated during a transient event without any issues.

Overall, the AMCV-0603-090-C101N-T is a highly effective and reliable TVS device. Its integrated MOV material provides excellent protection against a variety of voltage transients and electrical shocks. Additionally, the device’s low capacitance, low inductance, and low thermal resistance make it an excellent choice for a variety of applications. The device’s design also makes it a suitable candidate for high speed switching, making it a great option for automotive and telecom applications.

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