NSM200JB-9R1

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Through Hole Resistors

Through hole resistors, including the NSM200JB-9R1, are designed to provide precision resistance solutions and are found in a wide range of applications from medical, commercial, and defense to aerospace, instrumentation, and consumer. They are commonly used in applications where the reliability and performance of resistors is critical.

The NSM200JB-9R1, like other through hole resistors, is a resistor that is designed for use in through hole applications. It has a small size, from precision to power, and provides excellent resistance and accuracy in tough applications. This makes it ideal for use in a variety of areas where accuracy and reliability are important.

NSM200JB-9R1 Application Fields

The NSM200JB-9R1 is a versatile through-hole resistor with wide application field. Due to its size, accuracy and reliability, the NSM200JB-9R1 is often used in medical applications like cardiovascular implants, intraocular lenses and other medical implantable devices. It is widely used in the military and aerospace industry for navigation, guidance and communication systems, as well as in automotive, consumer and white goods, instrumentation, audio and telecommunications products.

NSM200JB-9R1 is also used in industrial automation, automotive, non-printed circuit boards, and optoelectronic products. It provides the precision, high performance and reliability required in these applications.

NSM200JB-9R1 Working Principle

The core ingredient of the NSM200JB-9R1 is a metal oxide film resistor. A thin film is formed on the resistor body by sputtering or evaporating a metal oxide material. Then, the film is cut into small sections. By controlling the size and shape of the sections during production, the value and tolerance of the resistor can be precisely controlled.

The NSM200JB-9R1’s working principle begins by creating two contact points of different sizes. The larger contact point is connected to the metal resistor and the smaller contact point serves as a control element for the resistor. Using a voltage, the resistor is able to regulate the flow of electricity until it reaches the desired state.

Once the desired state is reached, the current is measured by the resistor and used to calculate the overall value of the resistor. By controlling the current, the voltage is also controlled and can be used to set the exact value of the resistor. This is why the NSM200JB-9R1 is used in many applications requiring precision and accuracy.

Conclusion

The NSM200JB-9R1 is an excellent through hole resistor designed for precision applications. It features a thin metal oxide film that enables it to accurately control the current and voltage until it reaches a desired state. This enables it to be used in a variety of applications ranging from medical, commercial, and defense to aerospace, instrumentation and consumer.

The NSM200JB-9R1 offers reliability, performance and accuracy that can\'t be matched by other through hole resistors, making it the ideal choice for applications where accuracy and precision are critical. Whether you are looking for a resistor for medical applications or industrial requirements, the NSM200JB-9R1 is the perfect solution.

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