TC164-FR-076K49L

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Resistor Networks, Arrays

The TC164-FR-076K49L is a resistor network that, together with other components, has numerous applications and different working principles.

Overview

Basically, the TC164-FR-076K49L is a nine-resistor network configuration composed of six integrated 4-resistor arrays known as high-performance CMOS (HPC) bridges. Each of the nine resistors of the network is connected between a pair of bridges, which provides excellent low-temperature drift performance, low self-heating, low noise and high resolution. The resistor network has a resistance range of 10 Ω to 49.9 kΩ and is designed for power rating of 25 mW at 70 °C.

Applications

The TC164-FR-076K49L can be used for many different applications. For example, its low noise and high resolution make it suitable for signal conditioning measurement in audio systems. It can also be used as a current limiter in amplifiers, as a gain-setting network, or even as an adjustable DC input buffer for system designs that require accurate line regulation.

Working Principle

The working principle behind the TC164-FR-076K49L is relatively simple. The resistor network works by providing a resistive path between two bridge terminals. This resistance is used to control the amount of current flowing between the two bridges. When a voltage is applied to the bridges, the current will flow through the resistor and the bridges. The voltage and current across the resistor will be determined by the resistance of the resistor network.

Conclusion

The TC164-FR-076K49L is a nine-resistor network which provides excellent low-temperature drift performance, low self-heating, low noise and high resolution. It is suitable for a wide range of applications including audio systems, current limiters, gain-setting networks, and DC input buffers. The working principle behind the TC164-FR-076K49L is based on providing a resistive path between two bridge terminals to control the current flow.

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