4610X-101-472

Resistor Networks, Arrays

4610X-101-472 Application Field and Working Principle

The 4610X-101-472 series by Ohmite is a low cost, high performance network of resistor arrays designed for a wide range of applications. This product is especially well suited for power conversion, voltage regulation and energy management. The resistor network offers superior electrical and thermal performance along with low insertion loss and dynamic response. It can be used in various kinds of power systems, such as aircraft electrical systems, solar panels, wind turbines, and hybrid electric vehicles.

The design of this resistor network consists of a single array of high quality resistors that provides low insertion loss and resistance stability. These resistors are designed to withstand high temperatures, high frequencies, and wide voltage ranges in order to provide maximum performance. The array is designed to reduce resistance to the lowest possible level while still providing the desired results. The high thermal conductivity of the resistors ensures high power efficiency and high dynamic responses.

The design of the 4610X-101-472 allows for maximum flexibility and versatility. It is suitable for both DC and AC applications and can be used in a wide range of conditions. The series is equipped with multiple contact options and a range of various configurations. The resistor network can be used with a single supply voltage, dual voltage operation, and a three-phase connection. All the available configurations allow the power supply to be adjusted based on the application requirements.

The 4610X-101-472 series offer excellent performance and can be used in a variety of applications. It is designed to provide low insertion loss, high thermal stability, and high-frequency performance. The resistor network is suitable for a wide range of power requirements and is available in a variety of configurations. With its wide range of features, this resistor network is an ideal solution for power conversion, voltage regulation, and energy management.