Resistor Networks, Arrays

The CRB3A4E153JT is a type of resistor network, array. It’s an integrated component used in a variety of electronic applications, primarily industrial ones. The CRB3A4E153JT has 8 terminals and is populated with 4 resistors, 3 capacitors, and 2 voltage references.

Application Field

The CRB3A4E153JT is appropriate for a range of applications. It can be used in to minimize noise and provide low-noise power distribution on a board or within a system. It is also beneficial for creating high input impedances and when situations arise where resistors need to be changed without recreating the circuit.

In addition, it is handy for use in attenuation networks. The low-VSWR performance of the device is vital for improving the accuracy of readings and measurements, and the variety of dielectric materials enhances the flexibility of the network. Additionally, this type of network helps to improve phase accuracy, thermal performance, and power handling capacity for signal processing systems and radio systems.

Working Principle

The CRB3A4E153JT is designed to allow engineers to create a wide range of circuit configurations with minimum effort. There are two primary components of the device: resistors and capacitors. The resistors provide both isolation and impedance matching between different stages, while the capacitors allow for high-speed signal filtering. The two voltage references convert signals from one level to another.

In most applications, the resistors, capacitors, and voltage references are connected in series. For complex systems, the resistors and capacitors are often connected in parallel in order to achieve the best performance. The CRB3A4E153JT is designed to provide an excellent noise-to-signal ratio. This is done by precisely controlling the impedance levels of both the resistors and capacitors.

The CRB3A4E153JT is a popular choice for applications that require low-noise performance and where impedance levels must be precisely controlled. The combination of resistors, capacitors, and voltage references makes it an ideal device for signal processing, radio systems, and other applications.