AF164-FR-0795R3L

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Resistor Networks, Arrays provide a solution to many electronic problems by connecting more than one resistor in series, parallel, or a combination of both. The AF164-FR-0795R3L application field and working principle are no exception.

The AF164-FR-0795R3L is a five-terminal-resistor array with 16 individually programmable resistor elements. Each element is divided into four nodes, connected by an internal resistor, and connected to one of the terminals. This gives the component repeated precision resistance values in one package.

The AF164-FR-0795R3L application field includes telecommunications, automotive, consumer electronics, networking, computers, and instrumentation products. Its resistance values range from 10 ohms to 100 kilohms, and are very accurate. Its temperature coefficient is 1 ppm/°C.

The most common applications for the AF164-FR-0795R3L are:

1. As series bias adjusters and buffers for amplifiers and voltage regulators.
2. To create precision resistors in combination with other components.
3. As voltage-to-current (V/I) converters.
4. As voltage dividers.
5. As signal processors for audio, RF, and signal conditioning applications.

The operating principle of the AF164-FR-0795R3L is based on its resistor network structure. It allows the user to adjust the resistance values for any given node by connecting it to the appropriate terminal. For example, if a user wants to create a precision resistor, they can connect two terminals to a single node and adjust the resistance value by connecting a third terminal.

In addition to this, the AF164-FR-0795R3L is also designed with an analog switch in order to change the way the resistor network is connected. This enables the user to change the multiple resistors in a single node in order to access more complex circuits. The analog switch also allows the user to access multiple resistance values within a node by simply changing the terminal connections.

The AF164-FR-0795R3L is a great choice for any application where high precision resistance values are needed without the need for extensive modifications or complex circuitry. Its wide range of resistance values, low temperature coefficient, and built-in analog switches make it a versatile and powerful component.

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