ORNTV50012002T1

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Resistor Networks, Arrays, are electronic components consisting of a network or array of resistors. ORNTV50012002T1 is a type of high-performance resistive networks for the use in many different applications. This resistor network has a wide working range, excellent power rating and low-pass filter characteristics, making it suitable for use in a number of different applications. The resistor network consists of two independent linear resistive sections connected in parallel configuration.

ORNTV50012002T1 Application Field

ORNTV50012002T1 application fields consist of; high-frequency amplifier stages, voltage dividers, filter stages, serial matching networks, and a variety of other test and measurement instruments. It is widely used in the telecommunications industry, for use in modulation, demodulation and mixing stages. It is also used in variousDC to DC converters, as an attenuator, for voltage division, for band-pass filtering and for multiplexing signals. In addition, it can be used in power and safety applications, such as in industrial electrical systems. Furthermore, ORNTV50012002T1 can be used as a switch in applications where speed and minimal power are required.

ORNTV50012002T1 Working Principle

The ORNTV50012002T1 resistor network has two independent, linear resistive sections connected in parallel configuration. One section typically consists of four resistors tied together in series, while the other section consists of two resistors connected in series. The four resistor series section is designed to provide higher resistance values while the two resistor section provides lower resistance values. These sections combined provides the user with a wide range of resistance values for various applications.

The main advantages of this resistor network include low-noise operation, optimized layout, high-temperature range and linearity. It also has excellent power rating and thermal characteristics, that enables the network to efficiently handle large power loads. In addition, the ORNTV50012002T1 is designed with an on-chip temperature compensation to minimize drift due to temperature changes. This ensures consistent operation in a wide temperature range.

The resistor network also features a thermal shutdown circuitry that is designed to protect the network in case of an overheating issue. This feature helps protect the rest of the components in the circuit from potential damage. The design also includes an etched burnout design to provide superior reliability and long shelf-life.

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