EXB-2HV114JV

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Resistor Networks, Arrays are very important electronic components that are widely used in embedded circuits, automated workstations, high-speed data processing systems, and other type of electronic equipment. The EXB-2HV114JV is one of the most popular resistor networks that is used in versatile applications.

The EXB-2HV114JV is a multipurpose resistor network that has two independent sides with a total of fourteen pins. Each side has seven pins that are soldered to their respective cables and the other seven pins are connected together through a trimmer resistor or a resistor that can be adjusted externally. The EXB-2HV114JV is a four-resistor network in which each resistor has a value of 16K-ohm. This configuration forms a pair of voltage divider networks for accurate resistance measurements.

The EXB-2HV114JV resistor network can be used in a variety of applications such as amplification, attenuation, and signal conditioning. In amplification applications, the EXB-2HV114JV can be used to provide a voltage gain of 1.5V or 1.6V, depending on the exact configuration of the resistor network. For attenuation applications, the network can be used to reduce the voltage of a signal to a lower level. When used in signal conditioning applications, the network usually functions as a voltage divider so that the output is the same as the input, but at different voltage levels.

The EXB-2HV114JV can also be used as a voltage comparator. A voltage comparator is a device that compares two input voltages with each other and indicates whether the two are equal or not. This is done by connecting the two inputs to each side of the resistor network, providing input voltage to each side, and measuring the resistance at each side’s output. If the two outputs are equal, then the input voltages are equal as well. This type of comparison is useful for controlling systems that need to be kept at a certain voltage level.

The working principle of the EXB-2HV114JV is based on the resistor network characteristic of reduced input to output voltage conversion. The two sides of the resistor network are connected in series, and the input voltage is fed into the series. Due to the low impedance of the resistor network, most of the energy from the input is converted to the output. The resistor network acts as a voltage divider, dividing the input voltage up into a pair of equal voltages. The two voltages are presented to the corresponding pins on the resistor network.

The inputs and outputs of the EXB-2HV114JV are well protected from interference and common-mode voltages, allowing the resistor network to be used in even highly sensitive circuits. The rugged construction of the device also ensures that it retains its precision and accuracy even when exposed to shock and vibration. In addition, the resistor network has a wide variance of operating temperatures, making it ideal for many applications.

The EXB-2HV114JV resistor network is a versatile device with a wide variety of applications in the arena of embedded electronics. Its wide range of operating temperatures and robust construction make it suitable for a wide range of uses, including amplification, attenuation, signal conditioning, and voltage comparison. Its working principle, based on the resistor network characteristic of reduced input to output voltage conversion, allows it to provide reliable and accurate measurements for a variety of purposes.

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