AF164-FR-07487RL

Resistor networks, usually abbreviated as RNs, are an integral part of many electronic circuits. They consist of multiple resistors connected in series or parallel, designed to provide a specific electrical resistance when the circuit is operated. The AF164-FR-07487RL application field and working principle is one type of RN that can be used in many different applications.

The AF164-FR-07487RL application field covers a wide range of applications, such as in power controllers, high frequency circuits, signal conditioning, low-voltage and high-voltage power supplies, digital communication systems, and voltage level conversion. It can be configured into a 4x4 array and can resist a maximum voltage of up to 28V. The RN consists of 64 individual resistors connected in series which can reduce the total resistance to as low as 0.9 ohms. It is also equipped with an additional high-frequency bypass resistor to reduce the risk of noise interference and ensure a clean signal.

The working principle of the AF164-FR-07487RL is relatively straightforward. When the current passes through the RN, the resistors in the network create an opposition to the current, reducing the total voltage. This allows the user to regulate the voltage flow in the circuit to provide the desired level of current. Additionally, the ratio of the individual resistances can be changed to ensure a high level of accuracy in the current\'s voltage level.

The AF164-FR-07487RL is an excellent choice for a wide variety of applications due to its versatility and reliability. It is an optimal choice for more complex circuits due to its ability to regulate voltage with a high degree of accuracy. Additionally, its bypass resistor reduces the chance of noise interference, ensuring a clean signal and making it suitable for use in high frequency circuits. Furthermore, its low profile and high power rating make it perfect for applications with limited space.

In conclusion, the AF164-FR-07487RL is an excellent choice for a variety of applications due to its low resistance, versatile configuration, and noise control. It can be used in both low-voltage and high-voltage circuits, providing an accurate voltage level with a low profile and high power rating. Therefore, it is an ideal choice for projects that need reliable and accurate voltage control.