4820P-T01-152LF

Resistor Networks and Arrays are essential components of electronic systems, providing various electrical parameters in a controlled environment. The 4820P-T01-152LF is a special type of resistor network, designed for low-frequency applications. This resistor network is highly versatile and can be used for many different applications requiring the tight tolerances that are available from this type of device.

Introduction

The 4820P-T01-152LF is a low-frequency type of resistor network. It is composed of four resistors, each of which has a nominal resistance value of 1.50 ohms. The arrangement of these resistors is such that a voltage applied to any one of them will be evenly divided across all four resistors. This evenly divided voltage helps to ensure that a precise and constant output is always maintained no matter what voltage is applied to the resistor network. Such precision and stability make the device useful for providing tightly controlled electrical parameters for low-frequency applications.

Application Fields

The resistor network can be used to provide a specific voltage line in various applications. For example, the device can be used to provide voltage for power supplies, LEDs, and other low-frequency applications that require a precise division of voltage. The device has a minimum resistance of 1.50 ohms so it is suitable for applications such as telecommunications, audio amplifiers, and signal detection applications.

The resistor network can also be used for precision low-frequency measurements. With its tight tolerances and stable environment, the resistor network is capable of providing precise measurements of very low frequency signals and, thus, can be installed in measuring equipment that needs highly accurate readings.

Working Principle

The 4820P-T01-152LF resistor network works on the principle of voltage division. When a voltage is applied to any one of the resistors, the voltage is divided among all four resistors. The device’s resistors are arranged in such a way that the voltage applied to one resistor is exactly the same as the voltage applied to all the other resistors. This ensures that the voltage output of the device is constant and predictable no matter what changes in input are applied.

The device is highly stable and efficient as can be seen from the fact that the total output voltage is always equal to the sum of the voltage applied to the first resistor. This also means that the device can be operated at various frequencies without any losses in stability and output. This makes the device suitable for most low-frequency applications such as power supplies and signal detection.

Conclusion

An overview of 4820P-T01-152LF resistor network and its working principles has been discussed. It has been shown that the device is an ideal choice for low-frequency applications such as power supplies and signal detection. With its tight tolerances and stable output, the device ensures accurate voltage division and measurement, making it a very reliable component for many different applications.