AF164-FR-0734K8L

Resistor networks and arrays offer numerous design options for supplying current, controlling current, and designing low-noise, low-impedance signal paths. The AF164-FR-0734K8L is an example of a resistor network that can be used in a variety of different applications.

The AF164-FR-0734K8L is a flatpack, four-resistor network, constructed from individual 64-ohm resistors and featuring low thermal resistance. The flatpack design allows for easier and more efficient testing, as well as superior space savings. The IEC-style terminal blocks further ease testing and provide highly reliable point-to-point and wiring stability.

The main application fields for the AF164-FR-0734K8L are within resistive sensing, signal conditioning, and power supply control. The resistor network’s low thermal resistance makes it well-suited to environments that require low thermal stress and high current handling. The low noise characteristics of the resistors make them an ideal choice for signal conditioning applications.

The AF164-FR-0734K8L is a resistance divider network, meaning that the two terminals of the network are connected to the resistors in series. The resistors are arranged such that the voltage at each branch is proportional to the current. This allows the network to act as a voltage divider, with different voltages output at each of the four terminals of the network. The ratio of these voltages depends on the design of the network, as well as the resistance of the individual resistors.

The AF164-FR-0734K8L can be used in a variety of applications, from providing accurate power control to dividing signals in low-noise signal conditioning applications. Resistance networks such as the AF164-FR-0734K8L are highly versatile and can be used to provide impedance matching, attenuation, and other such effects. They can also be used to provide a safe and effective way of monitoring voltage and current levels throughout a system.

Resistor networks, such as the AF164-FR-0734K8L, offer numerous advantages for electrical engineers. Not only do they provide superior thermal and noise performance, but they also offer savings in space, as well as offering protection from component failure. The flexibility and versatility of such networks makes them ideal for all sorts of applications where accurate voltage and current control is desired.