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Resistor Networks, Arrays

The ORNV20021002UF is an exemplary example of a resistor network. It is an integrated attenuator in an 8-pin plastic DIP package composed of 9 resistors. It is supplied with high performance ceramic capacitor (ceramic chip) and its low temperature coefficient ensures excellent thermal stability for a wide operating temperature range.

The ORNV20021002UF is ideally suited for high frequency applications, DC applications, line matching, active filtering, measuring transducers, low noise amplifiers, and impedance matching. It allows a variety of configurations such as voltage dividers, bridge configurations, pi networks, T networks, and more.

The ORNV20021002UF features low chip crosstalk, low temperature coefficients, low propagation delays, low isolation, and fast settling time. It is also highly linear so signals can be accurately transferred without distortion. The range is available in both single-ended and differential configurations.

The ORNV20021002UF has an impressive assortment of resistors on its structure that allow it to be used in a variety of applications. Each resistor in the network is independently electrically connected for fast and intuitive assembly of the device. The network includes both a high and a low impedance resistor permitting flexibility in the way it is used in different applications.

The ORNV20021002UF’s 9 resistors come together to form two-terminal attenuators, ideal for electronic design engineers needing to precisely and effectively divide or adjust a signal. The network functions as an attenuator, allowing signals to pass through the device without distorting their frequency or magnitude. For applications such as AC, DC, and broadband RF signal transfer, the ORNV20021002UF offers reliable and efficient signal handling.

The ORNV20021002UF can be used for both AC and DC signal transfer applications. The resistors feature a very low self-inductance, enabling them to accurately preserve signal integrity when transferring both AC and DC signals. By minimizing noise and interference, they ensure reliable circuit operation, especially when high frequency signals need to be transferred.

The ORNV20021002UF also has a very fast response time. This is due to the low capacitance on to the resistor structures. This helps improve the response time for low-level signals, such as bursts and spikes. The ORNV20021002UF is also compatible with a wide range of external components, including capacitors, inductors, and more.

The ORNV20021002UF is a great addition to any design engineer’s line up of components. It brings the precision of a Network Resistor, the convenience of integrated circuitry, and the reliability of a ceramic resistor all into one design. Whether it’s a DC or an AC application needing reliable signal transfer or an RF application requiring extremely precise attenuation, the ORNV20021002UF is a great choice.

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