ORNV25022002T3

Resistor networks and arrays are electrical circuits that provide precise resistance values in a single device. ORNV25022002T3 is a type of resistor networks and arrays which consists of sixteen low–T.C.R. thick film elements embedded in a single, eight-contact ceramic body. The devices offer a variety of applications, ranging from RF filtering and sample–and–hold control to digital multitone detection. It is used in a variety of applications, including industrial equipment, communication systems, gaming consoles, aerospace, and other high-end technology products.

The unique feature of the ORNV25022002T3 is that the resistors are printed, as opposed to individually mounted. This not only streamlines the production process but also reduces the number of possible points of failure. Additionally, the resistor network\'s printed configuration allows for greater accuracy than discrete component mounting. This is because the printed elements are fabricated as part of a single unit, meaning that any changes to the design will affect all elements in the same way. Thus, each resistor in the network will have the same tolerance.

The ORNV25022002T3 resistor networks and arrays are designed to provide precise resistance values and high performance in applications such as automatic test equipment, as well as various electronic control systems. The thick-film resistors provide good frequency response, which helps reduce noise and signal distortions. The resistors also offer a wide dynamic range, enabling the device to handle current up to 40 Amps and voltages up to 500 Volts.

The ORNV25022002T3 resistor networks can be used in a wide range of applications. They are commonly used in applications involving the measurement and control of large currents such as welding machines. They are also used in motor control and waveform generation. The resistors are suitable for use in audio amplification, RF power supplies, and automotive systems. Additionally, the networks are used as voltage dividers, current dividers, voltage levels, and current regulators.

The ORNV25022002T3 works by combining a series of resistors in a single package. Each resistor is connected in series, meaning that the individual resistors do not interact with each other. The resistance values are then calculated by multiplying the individual resistances. By selecting the appropriate resistors, it is possible to achieve higher accuracy and repeatability than if each resistor were individually mounted. This is due to the printed circuit’s uniformity across all elements, which eliminates drift due to temperature.

One of the major benefits of the ORNV25022002T3 resistor networks is that they can be tailored to specific band-pass or band-stop filter requirements. The resistor selection and spacing allows for frequency specific gains and losses, meaning that it can be used to customize filtering networks. Additionally, the networks can be used to create attenuators for impedance matching and to reduce reflections at sample and hold circuits.

The ORNV25022002T3 resistor networks and arrays are highly reliable and durable circuit components. The thick-film design ensures that the resistors will not suffer under high temperatures, and the resistor network\'s construction eliminates drift due to temperature. Additionally, as the resistors are fabricated as part of a single unit, the device offers greater tolerance and accuracy than if each resistor were individually mounted.

In summary, the ORNV25022002T3 resistor networks and arrays offer a variety of applications in industrial equipment, communication systems, gaming consoles, aerospace, and other high-end technology products. The devices are highly reliable and durable, thanks to their thick-film design and printed configuration. The resistor networks can be tailored to achieve specific band-pass or band-stop filters. And they are highly accurate and offer a wide dynamic range, enabling them to handle high currents and voltages.