CRA04P0836K20JTD Datasheet/PDFResistor Networks, Arrays are essential for providing precision on circuit boards. The CRA04P0836K20JTD is a type of Resistor Networks, Arrays that is widely used in various applications for precision. Let us learn about its application field and working principle.
Application Field
The CRA04P0836K20JTD is a Resistor Networks, Arrays that includes 4 resistors in a single package. Specifically, it is a Quad-Resistor Network/Array constructed upon a single silicon chip that carries 4 individual resistors to provide better resistance stability.
The CRA04P0836K20JTD is able to provide many benefits such as lesser board space, higher reliability and cost reduction which make it ideal for many applications. It also provides better performance in high power and voltage applications. These properties allow it to be used in various applications such as Telecommunications, Power Supplies, Audio/ronics, Commerical, Medical & Military, Automotive, Signal Processing and Computers.
Working Principle
The CRA04P0836K20JTD is a precision Quad-Resistor Network/Array that is formed using 4 resistors in a single package. The resistor network contains multiple layers of dielectric and metal material. There are 3 parts in the resistor network: resistors, connecting lines, and the complete structure. The resistors consist of semiconductor material LDR available in various ohm values. The connecting line is formed from gold wire. The entire network is of a fully enclosed structure.
The CRA04P0836K20JTD has a monolithic structure with its 4 resistors forming an interconnection between its terminals. The resistor network is designed to have low power losses, low series resistance, high input impedance and low output impedance. This structure is able to provide different resistance values for different purposes such as high power, low power and voltage applications. Also, due to its low power losses, the resistor network is able to efficiently reduce thermal noise.
In addition, the CRA04P0836K20JTD has the ability to reduce electric noise to a minimum. It does this by having a low resistance value on its output terminal as well as a higher resistance value on its input terminal. Thus, by reducing the electric noise, the performance of the circuit board is improved.
Conclusion
The CRA04P0836K20JTD is a highly efficient Resistor Networks, Arrays that provides precision on circuit boards. It is an ideal choice for many applications due to its low power losses, low series resistance, high input impedance and low output impedance. In addition, it is able to reduce electric noise and thermal noise in the circuit board. Finally, its monolithic structure makes it a reliable choice for precision.