ORNTV50011002T3

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Resistor Networks, Arrays are essential components used in a variety of applications, ranging from aerospace and automotive to IoT, communications, and consumer electronics. An advanced network resistor, the ORNTV50011002T3, is a resistor that offers excellent flexibility and performance in a very compact form factor. This article will discuss the application field and working principle of the ORNTV50011002T3.

The ORNTV50011002T3 is a resistive network offering highly precise resistance values with low power dissipation. It has a high tolerance of ±5%, making it suitable for precision applications requiring tight tolerances. The device is designed to be used in temperature measuring and control applications, as the temperature coefficients of resistance (TCRs) provide very low temperature range (typically ±25ppm/°C). This ensures that the device is highly accurate and reliable even in extreme temperatures.

In addition to precise resistances, the ORNTV50011002T3 also provides excellent flexibility. It is a dual in-line package (DIP) providing a total of 16 independent resistors in one package. The resistors can be used in different combinations, allowing the device to meet a wide range of application requirements. It is possible to configure the device to offer specific desired resistance values with different combinations of individual resistor values. This allows the device to provide customized, application-specific resistance values with an excellent range of flexibility.

In terms of working principle, the ORNTV50011002T3 combines the use of several resistors in one package. The internal structure of the device includes four resistors with a common node. Each resistor is individually accessible and can be configured to the user’s exact needs. The device also has an integrated circuitry that adjusts the resistance values in response to changes in temperature, which allows it to maintain consistent precision even when temperatures vary.

The ORNTV50011002T3 is a great option for applications requiring precise resistance values with flexibility, such as temperature measuring and control applications. Its low power consumption provides excellent efficiency and its high tolerance ensures reliable performance in extreme temperatures. The device’s ability to be configured to exact needs also makes it suitable for many other applications, such as automotive, communications, and consumer electronics.

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