CRA04P0832K00JTD

Resistor Networks, Arrays

The CRA04P0832K00JTD is a Resistor Network, Arrays. It is typically used in audio amplifiers and power supplies. Here we will explain the application field of the CRA04P0832K00JTD, as well as the working principle of this resistor network.

Applications of the CRA04P0832K00JTD

The CRA04P0832K00JTD is primarily used in audio amplifiers as it helps improve the sound quality and the maximum power output from these products. Besides, this resistor network can also be used in power supplies for regulating and stabilizing the voltage and current. In a nutshell, the CRA04P0832K00JTD is useful for controlling the current and voltage while still providing accurate performance with low noise.

Working Principle of the CRA04P0832K00JTD

The CRA04P0832K00JTD is a precision resistor network that consists of four resistors of 2.2K ohms resistance. It has an extremely low sensitivity to temperature changes and a maximum power rating of 16 watts with a voltage tolerance of 2%. The CRA04P0832K00JTD also has an extreme precision which allows it to achieve performance as high as 0.1% accuracy. The four resistors are connected in a parallel configuration, thus increasing the current capacity and accuracy while reducing the resistance of the network. As a result of these attributes, the CRA04P0832K00JTD is ideal for use in audio amplifiers and power supplies.

The CRA04P0832K00JTD is also known as a resistor network array, which means that the resistors are arranged in an orderly manner so that the resistors can be used to divide a certain level of voltage into several different levels of voltage. This helps in regulating and stabilizing the voltage and current. As an example, a voltage of 12V can be divided into two voltages of 8V and 4V by dividing the 12V through equal resistors in the array.

In conclusion, the CRA04P0832K00JTD is a precision resistor network array which is ideal for use in audio amplifiers and power supplies. It has a high tolerance to temperature changes, a maximum power rating of 16 watts, and a voltage tolerance of 2%. It is also extremely accurate and has a precision of 0.1%. Lastly, the four resistors are connected in a parallel configuration, thus increasing the current capacity and accuracy while reducing the resistance of the network for regulating and stabilizing the current and voltage.