ORNTV50011002T5

The ORNTV50011002T5 from Vitelec Components is a precision resistor network designed to provide excellent accuracy and power handling capability in an industrial setting. The network can be used in various application fields, such as temperature sensing, voltage regulation, and current control. In addition, it is also designed to provide high speed response to changing conditions.

Features

The ORNTV50011002T5 is a 4-pin resistor network composed of four resistors arranged in a “Y” configuration. The resistance ratings of the resistors range from 500 ohms to 1 kohms. The entire network is highly temperature stable and can be used in a temperature range of -55°C to 125°C. The power dissipation rating of the network is 0.25 watts and the overall precision response is 0.1%. The network can be operated at up to 85 kHz frequency and is highly immune to temperature and humidity changes. The rated power dissipation ensures long-term stability.

Applications

The ORNTV50011002T5 resistor network can be used in a variety of industrial application fields. The device can be used to sense temperature in industrial processes such as heating and air conditioning. It can also be used for voltage regulation, current control, and voltage regulation in industrial automation systems. In addition, it can be used in power supplies, motor controllers, circuit protection, and instrumentation systems.

Working Principle

The ORNTV50011002T5 is designed to provide accurate voltage regulation and current control in industrial settings. The resistor arrangement of the network works on the principle of voltage divider. The voltage divider network is composed of four resistors connected in series in a “Y” configuration. When a voltage is applied across the terminal ends of the resistors, the voltage is divided among the four resistors according to the properties of the voltage divider. Each resistor in the network will draw a certain current based on the applied voltage and the resistance of the individual resistors in the network. By controlling the magnitude of the applied voltage, the current through the individual resistors in the network can be accurately adjusted.

Advantages

The ORNTV50011002T5 provides a highly accurate, temperature stable, and energy efficient solution for industrial applications. The precision of the network ensures that the voltage and current applied to each resistance in the network is accurately regulated. The network also provides high speed responses to changing conditions. This ensures that the system is able to maintain accurate control even under sudden load changes. The resistance ratings of the network components can be very precisely toleranced to provide a highly accurate precision response. The highly temperature stable design allows the network to remain stable and precise even under extreme temperature fluctuations. Finally, the power dissipation of the device is very low, making it very energy efficient.

Conclusion

The ORNTV50011002T5 provides a highly accurate, temperature stable and energy efficient solution for industrial applications. The voltage divider network works on the principle of dividing the applied voltage among the individual resistors in the network. This allows for accurate voltage and current control and regulation. The highly temperature stable design ensures long-term stability and accuracy even under extreme conditions. The power dissipation rating of the network is also very low, making it extremely energy efficient. The device is suitable for use in various application fields, such as temperature sensing, voltage regulation, and current control.