ORNV25025001T5

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Resistor Networks, Arrays and the ORNV25025001T5 is a new addition to the market which has potential to revolutionize the application field as well as the working principle.

Overview of the ORNV25025001T5

The ORNV25025001T5 is a resistor network array which aims to offer better performance compared to the standard resistor network. It is designed to be used in current limited application allowing more precise control over power distribution, rather than just limiting the current. The ORNV25025001T5 is available in a 16-pin DIP package and operates at a temperature range of -55°C to +150°C.

The ORNV25025001T5 offers an excellent combination of low power consumption, high linearity, and low temperature drift for all loads. The operating current of the resistor network is a mere 3.8mA, which makes it suitable for also limited current operation. It also provides low power dissipation and is highly efficient.

The ORNV25025001T5 is part of a wide range of resistors from the company suitable for use in various applications. These include telecommunications, LED lighting, multimedia systems, LCD displays, industrial control systems, medical instrumentation, general electrical equipment, automotive, and aerospace applications. The resistor networks can also be used in a variety of test and measurement applications.

Application Field and Working Principle of the ORNV25025001T5

The ORNV25025001T5 is designed for use in a variety of current limited applications, and has a wide range of potential applications. These include industrial control systems, medical instrumentation, LED lighting, telecommunications, automotive, and aerospace applications.

The working principle of the ORNV25025001T5 is based on controlling the current through the resistor array via a series of gate control pins. The gate control pins are external pins which are connected to a voltage controller. The voltage controller turns each resistor on or off according to the input signal. This, in turn, controls the current through the array.

The ORNV25025001T5 also offers low power dissipation and high linearity, allowing it to be used for current limiting purposes. It also provides excellent precision when controlling the current through the array. The ORNV25025001T5 is suitable for a wide range of current and temperature conditions. Due to its low power dissipation and linearity, the ORNV25025001T5 is an excellent choice for controlling current with precise accuracy.

Conclusion

The ORNV25025001T5 Resistor Network from the company is an excellent choice for controlling current in a vast range of applications such as medical instrumentation, industrial control systems, LED lighting, multimedia systems, LCD displays, and general electric equipment. The working principle of the resistor network is based on controlling the current through the array via a series of gate control pins, which allows for significantly better performance compared to the standard resistor network. Not only is the ORNV25025001T5 suitable for use in a variety of current limited applications, but it will also provide excellent precision and low power dissipation.

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