Ultra Precision Network Resistor

In the era of advanced electronics, the demand for high-precision devices and systems continues to grow. From medical instrumentation to aerospace technology, super-precision is a critical element within a variety of industries. Achieving this level of accuracy requires the use of ultra-precision components such as network resistors.

Network resistors, also known as precision resistors, are a type of passive component that provide precise and stable resistance values. They are made up of a combination of resistive elements, interconnected to form a network with a specific resistance value. These resistors are available in various package sizes including surface mount, through-hole, and chassis mount, and have excellent stability over a wide temperature range.

One of the distinguishing features of network resistors is their high precision ratings. These resistors offer tolerances as low as 0.01%, which ensures accurate and predictable performance in both low and high-level applications. Additionally, they have a low temperature coefficient of resistance, which means that their resistance value is not significantly affected by temperature changes, ensuring stable performance over a wide temperature range.

Moreover, network resistors have ultra-low noise characteristics, making them ideal for use in sensitive applications such as low-noise amplifiers. They have low parasitic inductance and capacitance, which minimizes signal distortion and improves overall signal quality. This enables them to provide superior noise performance that meets the needs of advanced electronic circuits.

The application of network resistors is vast. They are used in several electronic devices and systems such as precision measurement instruments, voltage regulators, digital-to-analog converters, feedback systems, and many more. Wherever high precision and stability are critical, network resistors are a key component.

In conclusion, ultra-precision network resistors have several unique features and characteristics that make them a vital component in precision electronic devices. Their high precision, low temperature coefficient of resistance, and ultra-low noise greatly contribute to the stability and accuracy of advanced electronic systems. The use of network resistors ensures better performance, and their application has greatly enhanced the precision of new technologies.

Foil resistance dividator The foil resistance divider, is on a resistance chip while simultaneously lithoout two or Several different resistances. Realize the high resistance tracking stability, while maintaining the metal foil resistance So the excellent characteristics. Metal foil resistance network is widely used in military, aviation, aerospace, automatic testing equipment, Medical, differential amplifier, digital voltmeter gain defined resistance, fire control system, combustion Oil metering systems, A-D, D-A conversion, ratio and ratio matching networks, resistance summing networks, etc. The single resistance power of the network is 0.5W, and the highest tracking temperature coefficient is 0.5 PPM. Precision is followed The highest trace was 0.005%.

Note: For products with different resistance values, the pressure divider can enlarge the product volume and temperature system Number is tracked to within 1ppm

High pressure metal foil pressure divider, according to the resistance value and voltage level, to evaluate the design!

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