MOF3WVJT-77-200K

Through Hole Resistors are a type of resistor that is found often in electrical circuits. Typically, Through Hole Resistors are a type of resistor component that is mounted by placing pins onto the active layer of an electronic circuit board or a printed circuit board. MOF3WVJT-77-200K is one example of a Through Hole Resistor and is highly regarded for its complexity and capability of handling both high and low frequencies electrical signals. This article will examine the application field of MOF3WVJT-77-200K and its working principle.

Application field of MOF3WVJT-77-200K

MOF3WVJT-77-200K belongs to a comprehensive series of Through Hole Resistors from Everlight Electronics. The application field of MOF3WVJT-77-200K is mainly in industrial automation application field, transportation system application field, medical device application field and communication application field. Specifically, in the industrial automation application field, MOF3WVJT-77-200K is used extensively to control the motor drive circuits and to control temperature, flow, level and pressure of the machines. Furthermore, the medical device application field utilizes MOF3WVJT-77-200K in patient monitoring systems, healthcare wearables, hearing aids and dental tools. In addition, the transportation system application field applies MOF3WVJT-77-200K to high-speed motor control, ABS system, car navigation, ECUs and energy management. Last but not least, the communication application field often uses the MOF3WVJT-77-200K to enhance the performance of the Radio Frequency Identification (RFID) transmission.

Working Principle of MOF3WVJT-77-200K

The working principle of MOF3WVJT-77-200K is based on the current-voltage (I-V) characteristic. This characteristic describes the relationship between the current and the voltage of an electronic device or component. In general, MOF3WVJT-77-200K maintains a linear current-voltage relationship which displays I-V curve that is linear and symmetrical. This allows the aforementioned device to have a resistance that remains constant over a wide range of temperatures and frequencies. In the case of the MOF3WVJT-77-200K, its resistance remains constant and linear throughout the temperature and frequency range. Therefore, by adjusting the bias voltage and current, MOF3WVJT-77-200K can be designed for an almost infinitely variety of applications.

In addition, the MOF3WVJT-77-200K is designed with a high accuracy of 0.5%. This extremely high accuracy means that the device itself will be able to maintain this accuracy even when it is operating in highly dynamic environments with rapidly changing temperatures. Furthermore, the MOF3WVJT-77-200K also has an extremely low power coefficient which allows it to maintains its accurate I-V characteristics even with low driving current.

Lastly, the MOF3WVJT-77-200K has a high power dissipation capability of 200mW. This feature enables the device to resist and dissipate high frequency interference and transients on the power line without damaging itself. This further enhances the performance of the device and makes it highly suitable for usage in heavily dynamic and high-frequency environment.

Conclusion

In conclusion, the MOF3WVJT-77-200K is a high-performance Through Hole Resistor designed for usage in highly dynamic and highly accurate applications. It has an expansive application field ranging from industrial automation to medical device. Furthermore, its I-V characteristic is highly linear and symmetrical and its accuracy and power dissipation capabilities are also high. All of these features combined make MOF3WVJT-77-200K an ideal and dependable choice for Through Hole Resistor.