B72650M0301K094

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B72650M0301K094 is a machine with a wide application field and uses a very important principle when functioning. It is a varistor in the TVS (Transient Volt Suppression) family, which stands for Transient Voltage Suppression and helps to protect sensitive electronic components such as computer electronics, modems, GPS and cell phones from transient effects like EMI (Electro Magnetic Interference) or ESD (Electronic Static Discharge).

A varistor is an electronic component which is also known as a Metal Oxide Varistor (MOV). It is a semiconductor with a nonlinear resistance-voltage characteristic that changes between two different resistances. When a voltage higher than the specified clamping voltage or breakdown voltage is applied, the device becomes a highly efficient short-circuit path; diverting the harmful current away from sensitive electronic components.

MOV\'s unique characteristic is its ability to change its electrical characteristics quickly when a transient voltage surge is experienced and provide exceptional current clamping while preventing damage to the equipment. This characteristic makes them ideal for use in various electronic protection applications. These include industrial inverters, manufacturing controllers, automotive electronics, medical equipment and consumer appliances.

B72650M0301K094 varistor is specially designed to provide reliable, long-term surge protection in a wide range of electronic protection applications. It is designed to meet the rigorous requirements of EN 60950. Its maximum peak clamping voltage is 950V with maximum continuous operating voltage (MCOV) of 420V. It features a robust construction with conformally coated metal oxide elements that can withstand high temperatures and provide years of stable performance. Additionally, it is 100% tested to ensure high quality protection against overvoltage, transients, and electrical noise.

The working principle of the B72650M0301K094 is as follows. When the voltage surges above the specified clamping voltage, it acts as a load which absorbs the extra voltage and limits the current that reaches the vulnerable components, thus protecting them from damage. This is the most basic principle of a transience voltage suppression, which is why MOVs are used in a wide range of electronic protection applications.

In conclusion, B72650M0301K094 is an essential and reliable electronic component for protection from transient surge and overvoltage. It is a sturdy and reliable product, with a maximum peak clamping voltage of 950V and maximum continuous operating voltage (MCOV) of 420V. The device is 100% tested to ensure optimal performance and long-term reliability. It is used in a wide range of electronics products from industrial inverters to medical equipment and automotive electronics. The working principle is simple as the device takes on a short-circuit role when voltage is higher than specified clamping voltage or breakdown voltage, thus protecting vulnerable electronic components.

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