4606X-101-121

Resistor Networks, Arrays

The 4606X-101-121 is a resistor network designed for high stability and accuracy applications. This network utilizes two sets of eight 3-terminal resistors, resulting in a miniaturized and reliable package. The 4606X-101-121 has a wide range of rated currents, capacitances, resistances, and tolerances, making it an excellent choice for applications requiring tight tolerances, higher accuracy, or any combination of these two.

The resistor network consists of eight (8) identical resistor elements arranged in a bi-directional configuration with two separate current paths and two opposing voltage paths. The first path consists of two resistors connected in series; the second path consists of four resistors connected in parallel. Each of the eight resistors is precision-trimmed to a specific atmospheric condition to maintain a tolerance level of 0.005%.

The performance of the resistor network is significantly improved with the addition of temperature and humidity compensation as well as the use of precision matched resistors. This ensures that the resistor network is stable over a wide range of temperatures and humidity levels. In addition, the 4606X-101-121 has low current drift due to its high resolution trimmer and its low inherent temperature drift.

As with most resistor networks, the 4606X-101-121 uses a combination of resistances, capacitances, and tolerances to create the desired output. The resistor network is tuned to provide a high-precision output voltage or current with a very low error and temperature coefficient. The resistor network also provides excellent high-frequency stability due to its low-impedance inductance, which allows for wide frequency variations without impacting the output signal.

The 4606X-101-121 resistor network is ideally suited for use in process control, signal conditioning, and motor control applications. It is also widely used in power supplies, telecommunication and instrumentation, and military systems due to its high accuracy and stability. Furthermore, it is widely employed in industrial automation systems due to its high-accuracy temperature compensation, low current drift, and excellent reliability.