AF164-FR-0771K5L

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Resistor networks, arrays, and similar devices play a crucial role in a number of engineering applications. The AF164-FR-0771K5L series of resistor networks is one example of these components. This series of parts are intended primarily for use in noise filtering, signal conditioning, wave shaping, sourcing of digital frequencies or low power circuits.

This particular type of resistor network consists of four, eight, or sixteen resistors on a single substrate. The resistors are connected either in parallel or in a bussed configuration. Each resistor has a value of 4.7K Ohms and is designed to operate over a temperature range of -55°C to +125°C. The accuracy of the device is rated at ±1%.

The AF164-FR-0771K5L series of resistor networks has a variety of applications. In addition to noise filtering, signal conditioning, and wave shaping, this series can also be used in motor control, low-power electrically controlled valves, interface devices, and oxygen sensors.

The working principle behind the AF164-FR-0771K5L series of resistor networks is relatively straightforward. The device uses resistors to create a circuit that can filter and condition a signal. Additionally, these resistors can be used to shape a signal and set the desired frequency of the signal.

The AF164-FR-0771K5L series of resistor networks are designed to be low power components, meaning that they will not consume large amounts of energy. This makes them suitable for a wide range of applications, from industrial and automotive systems to consumer electronics and medical devices.

The AF164-FR-0771K5L series of resistor networks can be either through-hole or surface-mounted, making them an ideal choice for a variety of applications. They are also known for being mechanically and thermally stable, meaning that they will remain reliable for a long time.

In conclusion, the AF164-FR-0771K5L series of resistor networks is a popular solution for many different applications. From motor control to oxygen sensors, this series of parts are designed to provide consistent performance over a wide operating temperature range. Furthermore, these components are low-power and can be either through-hole or surface-mounted. The working principle behind these components is straightforward, making them perfect for any number of applications.

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