CRA12E083110KJTR

Resistor networks, arrays, and other electronic circuits are important components in the electrical industry. The CRA12E083110KJTR is a type of resistor network that is used in a variety of applications. This article will discuss the application field and working principle of the CRA12E083110KJTR.

The CRA12E083110KJTR is a surface-mount resistor network that is used in many types of electronic circuitry, such as in power supplies, data converters, current-sensing circuits, and many other electronics applications. It is composed of a resistor array, consisting of twelve resistors with a total resistance of 8.3 ohms. The network has four contacts for connection to external circuitry.

The CRA12E083110KJTR is designed to reduce power loss caused by current-sensing resistors. This is done by connecting the four contacts of the resistor network in a series configuration. When current passes through the resistor network, the voltage drop across the resistor network is constant, regardless of the current through the resistor network. This reduces power loss caused by the resistor network.

The CRA12E083110KJTR also provides temperature compensation for temperature-sensitive applications. This is done by using a low-temperature coefficient (LC) resistor network. The low temperature coefficient ensures that the resistance value of the resistor network remains the same over a wide range of temperatures, providing reliable and consistent performance regardless of changing temperatures.

The CRA12E083110KJTR is also designed for low noise and low power operation. This is done by using a low noise resistor network. The low noise resistor network reduces power loss due to current sensing, reducing power consumption and improving reliability. The CRA12E083110KJTR also has a low internal capacitance which reduces noise and improves signal fidelity.

The CRA12E083110KJTR is a reliable and effective resistor network for a wide range of applications. Its design features make it suitable for power supplies, data converters, current-sensing circuits, and many other electronic circuits. Its temperature compensation and low noise and power operation make it a reliable and effective choice for reliable and consistent performance in a wide range of applications.