CRB3A4E512JT

CRB3A4E512JT is a type of resistor network that consists of three-terminal fixed resistor array (3A4E) with an integrated jumper (512JT). It features 12 tapped resistors with a maximum of 12 different resistance values in a single array. The resistor array is available in six different form factors and includes an integrated jumper to select the resistor values.

The CRB3A4E512JT is suitable for many applications, such as high-impedance signal paths and data transmission, in which high current accuracy and low-power dissipation are required. This type of resistors is also useful for controlling power in circuits where noise or glitches need to be minimized, or in applications where space is limited.

The working principle of this resistor network is quite simple. The CRB3A4E512JT consists of 12 resistors connected in parallel. When the jumper is set to a specific resistor, the resistor is connected to the input and output of the network. The dynamic resistance of the network is determined by the combination of the resistors selected by the jumper.

Each resistor in the network has its own resistance value, which can be selected by the integrated jumper. The resistors are connected in parallel, meaning that the current flowing through each resistor is inversely proportional to its resistance. As the resistance of each resistor is selected independently, the dynamic resistance of the network is determined by the combination of the resistors selected by the jumper.

The CRB3A4E512JT has a wide range of applications. It is commonly used in audio applications, such as distributing power in sound systems, amplifiers and speakers. It is also useful in digital circuit designs, such as memory and logic circuits, as well as data transmission and communication applications, due to its low power dissipation and efficient distribution of current.

In summary, the CRB3A4E512JT is a type of resistor network that consists of a three-terminal fixed resistor array and an integrated jumper. The jumper is used to select the resistor values, allowing for dynamic resistance of the network to be determined. This type of resistor network is commonly used in audio, data transmission and communication applications, due to its low power dissipation and efficient current distribution.