CRB3A4E823JT

Resistor Networks, Arrays, or RNAs are components that are used for controlling electrical current. They are a combination of a collection of resistors or other passive electrical components that are arranged in such a way that they can control the flow of electrical current in a circuit.

The CRB3A4E823JT application field and working principle is an example of one such RNAs. It consists of three resistors connected in series. The first resistor has an ohmic value of 6.2kΩ, the second has an ohmic value of 1.2kΩ, and the third has an ohmic value of 8.7kΩ.

This resistor network is used for controlling the current flow from a 12V DC power source. When the power source is connected to the resistors, the current flow is limited to about 0.14A. This can be accomplished by connecting the green wire from the power source to the rightmost resistor in the network, and then connecting the other wires from the power source to the other two resistors.

The working principle of this resistor network is based on the principle of ohm\'s law. According to the law, the total resistance (R) of a combination of resistors in series is the sum of the individual resistances. In this case, the sum of the three resistors will be 6.2kΩ + 1.2kΩ + 8.7kΩ = 16.1kΩ. This total resistance provides the limiting resistor for the current flow from the power source.

The application fields of this resistor network are in circuits that require current limiting, such as LED drivers, voltage regulators, voltage dividers, and other types of control circuits. This resistor network is also capable of controlling the current flow from a 12V power source, making it an ideal choice for any project where precise and timely current control is required.

In addition to its current limiting properties, this network can also be used as a voltage divider. When connected to a 12V power source, it can provide a voltage of 6.1V across its three resistors, thus creating a voltage divider. This functionality is useful for devices that require a precise voltage level, such as LED drivers and voltage regulators.

The CRB3A4E823JT application field and working principle is a great example of resistor network technology and its various applications. It is a reliable and efficient way to control current in various electronic circuits, making it a valuable component for many projects.