AF164-FR-07174KL

Resistor Networks and Arrays are electronic components that use resistors to form networks of varying sizes and configurations. AF164-FR-07174Kl is a type of high density resistive network, manufactured by American semiconductor company Microchip. It is one of the most widely used resistor networks and arrays available in the market.

The AF164-FR-07174KL network features a high-density footprint of 0.50″ by 0.50″, which allows for excellent device density in lieu of the space savings. It contains a total of 16 resistors on a single chip, with each resistor having a power rating of 100μΩ or less. Additionally, the AF164-FR-07174KL is rated at a voltage of 5V and inductance of 40μH. It is capable of providing a low voltage drop, high linearity, as well as a low level of signal distortion.

The AF164-FR-07174KL network is designed for use in both digital and analog applications. It may be used in a variety of electronic circuits, including those that require precise control or filtering. It is commonly used in audio-video, automotive, and consumer electronics applications, as well as in medical and industrial equipment.

The operating principle of the AF164-FR-07174KL is based on the electrical resistance of an object. When a current passes through the device, it encounters the resistance of the resistors, which produces a voltage drop across that resistance. This voltage drop is then utilized in the circuit, depending on its function. For example, in a filter circuit, the voltage drop produced by the resistors would be used to attenuate high frequencies. Similarly, in an audio-video application, the voltage drop may be used to adjust the gain settings.

The AF164-FR-07174KL is an excellent choice as a resistor network in both digital and analog designs. Its high-density footprint, low voltage drop, and low signal distortion make it an ideal solution for applications that require precise control or filtering. With its wide range of uses, the AF164-FR-07174KL is an excellent choice for designers looking for a reliable and cost-effective resistor network solution.