4818P-2-200

Resistor Networks, Arrays

The 4818P-2-200 is a resistor network specialized for use in a wide variety of applications. It is designed to provide a stable, reliable, low-noise power source that is available in several different configurations depending on the specific application requirements.

The 4818P-2-200 is a two-channel, two-resistor network. Each channel provides two resistors in series and can be configured in either a parallel or a series configuration depending on the specific need of the application. The two resistors are rated at 200 ohms each and have excellent electrical performance characteristics, such as low noise and good heat dissipation.

The 4818P-2-200 is designed to provide a stable, reliable power source to a wide range of applications. The two-channel, two-resistor design provides a low-noise, low-power, highly stable supply to a variety of circuits. The 4818P-2-200 is suitable for applications such as oscilloscope probes, amplifiers, and digital signal processing. In addition, the 4818P-2-200 can be used in instrumentation and sensing applications.

The 4818P-2-200 works by utilizing two series resistors that are connected in a parallel or series configuration. Depending on the application, the resistors can be configured to provide either a high-impedance reference level or a low-impedance output. In a parallel configuration, the two resistors act as a three-way divider; each of the two resistors is connected across the input and output, providing a separate high- and low-impedance voltage node. In a series configuration, the two resistors are connected in series and are then used as a low-impedance reference level. The 4818P-2-200 is also capable of operating in a passive or active mode. In the passive mode, the resistors simply reject any signal that is applied; in the active mode, the resistors act as a feedback network and are used to amplify the applied signal.

The 4818P-2-200 provides a reliable, stable power source for a variety of applications. It is highly reliable, containing two resistor channels in either parallel or series configurations, and capable of both passive and active operation. This makes it an ideal solution for a wide range of applications including oscilloscope probes, amplifiers, and digital signal processing.