CRA04P083110KJTD

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Resistor networks and arrays are useful as an input device and/or as a passive filter. The CRA04P083110KJTD is a resistor network array from Vishay Technologies. It is composed of four identical, independently-connectable resistor arrays with eight resistors each. The network has a total resistance of 10kΩ. It is designed for extended temperature ranges and is available in both leaded and surface-mount versions.

The main application of the CRA04P083110KJTD is to provide an accurate, stable resistance in order to reduce circuit noise. This is achieved by its four independent, precise resistor arrays with internal connections. Each of the resistor arrays in the network is guaranteed to have a resistance of 10kΩ within a tolerance of ±0.01%. This resistance stability is due to the array’s high precision and its excellent thermal and time-dependent constants.

The operating temperature range for the CRA04P083110KJTD is -55°C to +125°C. It is also available with an extended temperature range of -55°C to +150°C. This makes it suitable for use in many industrial, consumer, and automotive applications. It is important to note that the network is DC voltage rated at 30V and AC voltage rated at 10V.

The CRA04P083110KJTD is also used for noise suppression. In order to reduce interference, the resistor array is configured in a low noise arrangement that utilizes several techniques such as interconnecting the resistors in a zigzag pattern and utilizing shielded packaging with specialized shielding properties. These techniques help to reduce noise and ensure the network’s high performance.

The working principle of the CRA04P083110KJTD involves the use of two or more resistors connected in series or parallel. A series connection is when the resistors are connected end-to-end, with the point at one end of the first resistor being connected to the point at the other end of the second resistor. A parallel connection is when the resistors are connected side-by-side, with the point at one end of the first resistor being connected to the point at the same end of the second resistor. By combining the resistors into a single network, their combined resistance is obtained.

The CRA04P083110KJTD is capable of providing high accuracy in its performance. This is because of its selection of superior quality resistors and the precise methods of connecting them. In addition to its quality components, the network also includes optimization methods such as the zigzag pattern previously mentioned, which increases the reliability of the network’s performance.

In conclusion, the CRA04P083110KJTD is an excellent choice for a resistor network array. Its ability to provide accurate, stable resistance and its extended temperature range make it suitable for many applications. The network’s internal device construction and optimization methods ensure its high performance and superior noise suppression. The fact that it is available in both leaded and surface-mount versions, as well as its extended temperature range, make it a versatile solution for many industrial, consumer, and automotive applications.

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