AF164-FR-0715K8L

Resistor networks and arrays offer a variety of solutions for application design needs. They come in a wide range of sizes, shapes, and constructions. AF164-FR-0715K8L is one of the popular resistor networks specifically designed to provide reliable operation in a wide range of applications.

AF164-FR-0715K8L is a surface mount resistor network available in 8 pin and 6 pin configurations. It is designed to have very low resistance values with excellent temperature coefficient and low power consumption. The network has a total of 8 resistors. Each one has a resistance of 0.15 ohms and is capable of operating up to 100 Volts. The network also features a high voltage tolerance of up to 600 Volts.

The AF164-FR-0715K8L resistor network is suitable for a wide range of applications such as automotive, Industrial, Military, and Aerospace systems. In these applications, the network can be used to provide signal conditioning, resistive damping, and voltage isolation. Additionally, the network can help to precisely control current flow and minimize power consumption while providing an ideal combination of resistance and voltage.

The working principle of AF164-FR-0715K8L is quite simple. When it is connected to a power source, the network will generate a specific voltage drop that corresponds to the resistance between the two points in the network. This voltage drop, in turn, is used to control the current flow through the network and supply the load connected to the network with a specific current.

In order to ensure reliable operation, the network must be connected to a power source with the correct voltage. If the voltage supplied to the network is higher than what is recommended, the network can be damaged due to overheating. Furthermore, the network must be handled carefully and correctly mounted on the printed circuit board in order to ensure that it functions properly.

Overall, AF164-FR-0715K8L offers a reliable solution for a wide range of applications. It is designed to provide low resistance values with excellent temperature coefficient and low power consumption. Additionally, the unique construction of the network allows for precise current control and voltage isolation. The working principle of the network is quite simple, making it an ideal choice for many application designs.