4608X-102-101LF

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Resistor Networks, Arrays consist of resistors connected in different configurations to accomplished a specific task. One popular type of resistor networks is the 4608X-102-101LF. This resistor is widely used in applications such as distributed filter networks, voltage dividers, and DC signal processing.

4608X-102-101LF is a chip resistor network consisting of 10 high-precision, surface-mounted resistors, which are widely used in numerous applications. It is typically available in 1206 package with 107 value code. Each resistor in this network is built with a low temperature coefficient (TCR) of 50 ppm/°C, which ensures high-precision performance in a wide temperature range.

The 4608X-102-101LF is most commonly used in distributed filter networks to reduce data transmission errors caused by switching noise in sensitive systems. This resistor network is highly effective at suppressing noise since it has low inductance and high reliability. It is also used in DC signal processing applications for voltage regulation and current control.

The working principle of the 4608X-102-101LF is simple yet effective. The 10 resistors in the network are connected in a binary ladder configuration, where each resistor has a fixed resistance value with small tolerance. This type of connection ensures that all the resistors can work in parallel and provide a fixed level of resistance. The total resistance of the network can be adjusted by altering the number of resistors in the circuit, which can be done easily thanks to the chip design of the 4608X-102-101LF.

In summary, the 4608X-102-101LF resistor network is widely used in distributed filter networks, DC signal processing applications, and voltage dividers. Its simple and effective binary ladder configuration ensures a consistent resistance level across the network. The network also has a low temperature coefficient and low inductance to ensure high reliability and accurate performance in a wide temperature range.

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