MVM10JB6K20

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The MVM10JB6K20 belong to the family of through-hole resistors (THRs), also also known as "leaded resistors". This type of resistor has been widely used in traditional circuits for many years, and there are several types of resistors which fall under this same category.

The MVM10JB6K20 resistor is a metal-oxide varistor. This type of resistor has two electrodes, a metal layer and an oxide layer. This metal layer and oxide layer are connected to two leads that can be connected to a circuit. The metal layer and oxide layer together form a diode-like element called a varistor. When there is a voltage applied to the leads, current will flow between the metal and oxide layers, generating heat.

The MVM10JB6K20 has a maximum power rating of 10 watts. It also has two ratings, voltage and current, which indicate the maximum voltage and current that should be applied to the resistor. The current rating is 6 A and the voltage rating is 2kV. The resistor also has a resistance value of 10 ohms.

The MVM10JB6K20 can be used in a variety of applications, including surge protection, transient suppression, and EMI/RFI protection. It is commonly used in automotive and industrial control systems, appliance and telephone circuits, and power supplies. Its wide voltage range and fast response time make it suitable for these applications.

In terms of its working principle, when a voltage is applied to the leads of the MVM10JB6K20, current will flow between the metal and oxide layers, generating heat. This heat causes the metal layer to expand and makes the oxide layer more conductive. This increased conductivity reduces the resistance and allows current to flow more readily. The resistance of the MVM10JB6K20 can be adjusted by changing the amount of voltage applied to it.

The MVM10JB6K20 is a useful THR for a variety of applications. Its wide voltage range, fast response time, and adjustable resistance make it a reliable and effective solution for surge protection, transient suppression, EMI/RFI protection, and many other applications.

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