TC164-FR-0751K1L

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Resistor networks and arrays are powerful pieces of technology with numerous applications due to their ability to discretely control electrical and thermal circuits in a variety of ways. The TC164-FR-0751K1L is an example of such a resistor network used for industrial, medical, and automotive applications.

The TC164-FR-0751K1L is a four-terminal network composed of high-stability, low-noise surface-mount resistors offering a space-saving solution in 8-pin packages. It consists of 8 independently selectable 0.6 W resistors arranged in a 3x3 matrix with 4 output terminals. The device contains 8 additional circuit bits to allow users to switch between values, set gain and offset, and adjust the 7 bit resistance level, making it ideal for precision voltage dividers, data converters, and temperature sensors.

The TC164-FR-0751K1L features a wide resistance value range (combined with a 0.5 % absolute accuracy) and ultra-low noise even in the presence of wide environments. This makes the device suitable for use in a variety of settings, including temperature and voltage sensing, gain/offset programming, and time-division multiplexing, among others. Further, it features a compact, low profile package, allowing it to fit into limited space in many electronic devices.

The working principle of the TC164-FR-0751K1L is relatively simple. When a positive voltage is applied to the control pin, the resistor network contains a voltage divider produced by the internal resistors, thus providing an output voltage relative to the input voltage. The current is routed through the resistors, thus changing their electrical properties and affecting the output voltage accordingly. Additionally, the high-stability, low-noise design of the TC164-FR-0751K1L prevents unwanted interference from external sources.

In summary, the TC164-FR-0751K1L is a powerful, reliable, and space-saving resistor network suitable for a variety of industrial, medical, and automotive applications. It combines a wide resistance range with a 0.5 % accuracy and low-noise operation, allowing it to be used for data converters, temperature sensors, and voltage dividers, among other uses. The device’s working principle is simple: when a positive voltage is applied to the control pin, the resistor network contains a voltage divider produced by the internal resistors, thus providing an output voltage relative to the input voltage.

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