AF162-JR-0768RL

Resistor Networks, Arrays

AF162-JR-0768RL is an array of 16 independent resistors, designed to be used in a variety of applications. The array consists of four parallel branches, each one containing four resistors in series, and all the branches are connected in parallel. Each branch is referenced with a value of 39.06 ohms, resulting in an array resistive rating of 2.44 ohms.

The AF162-JR-0768RL array is designed to be used in applications that require a low resistance value and high current capacity in a small size. Examples of this would be current sensing, power supply regulation, DC voltage divider networks and pulse circuits. The resistive array is useful in these types of applications, as it allows a wide range of values to be achieved without having to use multiple discrete resistors.

The working principle of the AF162-JR-0768RL is fairly straightforward. The array can be connected in a variety of combinations, depending on the specific application. For example, if a low-resistance value is required, the array can be connected in parallel, resulting in an overall resistance of 2.44 ohms. On the other hand, if a higher resistance value is needed, the array can be connected in series, resulting in an overall resistance of 632.96 ohms.

In addition, the array can also be used for voltage dividers and pulse circuits. In the case of voltage dividers, the resistance of the array is used to create a voltage drop across the array that is proportional to the current passing through the circuit. Similarly, in a pulse circuit, the array can be used to create a voltage drop that is proportional to the current pulse.

In conclusion, the AF162-JR-0768RL array is a highly versatile and useful device, suitable for a wide range of applications. Its ability to be used in various electrical configurations makes it an ideal choice for current sensing, power supply regulation, DC voltage dividers and pulse circuits. Furthermore, its small size means it can easily fit into constrained spaces, making it ideal for a variety of uses.