AF164-FR-079K76L

Resistor networks and arrays represent a variety of electrical components used in a wide variety of applications, from simple ohmic resistors to complex digital networks. A resistor network, such as the AF164-FR-079K76L, is a configuration of resistors connected in certain predetermined patterns or topologies, which provides a function typically greater than that of the individual components.

The AF164-FR-079K76L is typically used in the fields of instrumentation, where precise resistor values are needed in order to accurately measure electrical signals, and in telecommunications, where it can be used to design filters, attenuators, and match impedances. A common application is in switching circuits for digital logic, where the resistor network is used to provide multiple voltage and current levels.

The AF164-FR-079K76L is a network of ohmic resistors designed to provide a reliable and consistent resistance value over varying electrical conditions. It is composed of 16 resistors, each with a value of 4.7K ohms. This value is critical for applications in which the resistance must remain constant over varying temperature and current levels, as any variation in resistance caused by an increase in temperature or current will affect the accuracy of the overall system.

The working principle of the AF164-FR-079K76L is simple. Since it is composed of 16 resistors in parallel, the total resistance of the network is equal to the value of one resistor, or 4.7K ohms. This value is maintained regardless of temperature or current fluctuations, allowing the network to maintain the desired accuracy over time.

In addition to providing a constant resistance, the AF164-FR-079K76L has the ability to limit current, as it is composed of a low impedance configuration. This allows it to act as a current limiter for applications where excessive current could cause damage to other components in the system.

A wide variety of resistors networks and arrays are available, and the AF164-FR-079K76L is just one example of their usefulness. By combining resistors of different values and topologies, it is possible to design a resistor network which is tailored to the specific needs of the application. This gives the user flexibility in determining the optimal electrical characteristic for his or her particular application.