ORNA5002AT1

Resistor Networks, Arrays are numerous components that are widely used in various applications to provide signal conditioning, filtering, voltage and current division or heat dissipation. The ORNA5002AT1 is an important member of this family. It is a high speed and highly accurate network of resistive components that can be used for a wide range of purposes. This article will discuss the application field and working principle of ORNA5002AT1.

Application Fields：

The ORNA5002AT1 is a high accuracy, high speed resistor module. The maximum switching frequency is 50MHz and the maximum power is 3.8W, with a high accuracy of 0.1%. Due to their size, accuracy and working principles, they are widely used in electronic applications such as power supply, amplifiers, filters, waveform synthesis, comparators, splitters and so on.

Working Principle：

The ORNA5002AT1 consists of two main sections: the heat sink and electrical bundle. The heat sink is used to dissipate heat from the resistor and the electrical bundle is used to provide the required output signal. The electrical bundle consists of eight adjustable resistors and eight capacitors, which are connected in series. The resistors are adjustable by adding or removing turns. The capacitors act as a filter to remove any high frequency noise in the signal.

The output of the ORNA5002AT1 is a voltage and current output, which is calculated from the resistors’ and capacitors’ values. The output voltage and current are determined by the values of resistors and capacitors in the bundle. As the value of all the resistors or capacitors is adjusted by turning the winding, the output voltage and current will vary, thus providing a range of available output values. The output is typically DC with a voltage of 0-1V and a current of 0-1A.

The ORNA5002AT1 is an important member of the resistor networks and arrays family, and its properties make it ideal for applications such as power supplies, amplifiers, filters, waveform synthesis, comparators, splitters and so on.