CRA06E08322K0JTA

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Resistor networks, arrays and the CRA06E08322K0JTA all share the common purpose of providing a specified resistance in an electrical circuit. This particular device falls into the SMD (Surface-Mounted Device) category. As the name implies, an SMD device is designed to be soldered directly onto the surface of a printed circuit board (PCB) and the CRA06E08322K0JTA is no exception.

The CRA06E08322K0JTA is a three-terminal, twelve resistor array that functions as a resistor network. The name CRA06E08322K0JTA reflects the number of terminals and resistors, what type of technology is used to make the device, and what size device is required to fit into the PCB design. The CRA06E08322K0JTA has six terminals of 2.2k resistors. It is mounted to the PCB in three rows of four resistors. Typically, each row of four resistors is connected in parallel.

In order to create the desired resistance in a circuit, the CRA06E08322K0JTA must be properly soldered onto the PCB. It is important to consider the other components in the circuit as well to ensure proper connections. For example, if the resistors in the CRA06E08322K0JTA are too high or too low for the application, their operation will be compromised and they will not deliver the desired performance.

To ensure proper operation, the CRA06E08322K0JTA should be mounted with a short lead. The short lead should not exceed 1.27 mm (0.05 in) in length so that the resistor array can remain in contact with the copper pad of the PCB. The CRA06E08322K0JTA can be mounted directly to the copper post or it can be mounted between the copper post and the pad. In either case, the lead length must not exceed 1.27 mm (0.05 in) for the device to work properly.

Additionally, it is important to ensure that the pads of the CRA06E08322K0JTA are properly connected to each other and that the resistors are properly isolated. This ensures that the circuit works properly and maximizes the performance of the resistor array. It is also important to make sure that the current is controlled and that no leakage occurs.

Once the CRA06E08322K0JTA is properly installed, the resistor network will function as desired. The CRA06E08322K0JTA is designed to provide a specific resistance value of 2.2k. The device will act as a voltage divider and provide the desired electrical characteristics in the circuit. Additionally, the CRA06E08322K0JTA can be used to modify input signals or pulse rise times.

In summary, the CRA06E08322K0JTA is a three-terminal, twelve resistor array that functions as a resistor network. The device must be properly soldered onto the PCB and the terminal leads must not exceed 1.27 mm (0.05 in) in length. The device is designed to provide a specific resistance value and it can be used to modify input signals or pulse rise times.

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