MNR18ERAPJ750

MNR18ERAPJ750 is a 50 ohms non-reflective resistor network which is suitable for precision measurement. The standard 50 ohm network series use the thick film technology which has excellent long term stability and temperature stability. The wide-range resistor networks can include resistors, as well as capacitors, thermistors and other components. It overcomes the limitations of high-precision measurements and provides low-noise output and can be used in a wide range of applications such as line receivers, temperature compensation or peak voltage sensing.

The MNR18ERAPJ750 has a wide resistance range from 1 ohm up to 50 ohms and is made from a black polyacrylate cover material which is resistant to the external environment. It is also capable of providing stable performance when used in wide temperature ranges, from -55° Celsius to 125° Celsius. The resistor network can be used in many applications and is a great choice for those who require high accuracy in measurement and temperature resistance.

The MNR18ERAPJ750 works by providing a high-precision non-reflective, matched pair of resistors on each end of the resistor network. The resistors are composed of thick film technology and are shielded from the external environment. This enables the resistor network to providehigh-precision measurements and maintain long-term stability even when exposed to different temperatures. The resistor network also has a wide bandwidth which helps to reduce noise and distortion.

When used in applications such as temperature sensing, the MNR18ERAPJ750 can provide a low-noise output signal. The thick film technology also enables the resistor network to provide good temperature compensation so that the output signal is not affected by external temperature changes. Additionally, the MNR18ERAPJ750 is a great choice for peak voltage sensing applications as it can detect voltage levels quickly and accurately.

The benefit of using the MNR18ERAPJ750 is that it has a high accuracy in measurement and long-term stability. Additionally, the resistor network is also able to provide good temperature compensation and low-noise output which makes it suitable for a wide range of applications. It is also able to provide good performance when used in wide temperature ranges.