EXB-V4V681JV Resistors

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Resistor networks and arrays offer great potential in the field of electronics and electrical circuit design, and the EXB-V4V681JV is an example of this. It is a resistor network that utilizes the combination of fixed and adjustable resistors to provide a wide range of operating characteristics. The EXB-V4V681JV can be used in applications where the precision and accuracy of the individual resistors are not particularly important but a broad range of resistance values is needed. This makes it especially useful in power supplies, where a wide range of load conditions must be accounted for.

The EXB-V4V681JV is a five-terminal general purpose resistor array that consists of two fixed resistors, a four-terminal adjustment resistor, and a zero auxiliary resistor. The fixed resistors each have a nominal resistance of 680 ohms, while the adjustment resistor has a nominal range from 0 to 100 ohms. The zero auxiliary resistor is an additional component that is fitted to ensure that the output current is completely zeroed out if the adjustment resistor is set to its minimum value.

The operation of the EXB-V4V681JV is quite simple. A voltage is applied to the input terminals of the array by a power supply. This voltage is then divided between the two fixed resistors and the adjustment resistor according to their resistance values. The output current is determined by the ratio of the voltage applied to the input terminals to the sum of all of the resistors in the array. This ratio creates a non-linear response, as shown in the accompanying figure.

This non-linear response is due to the fact that, as the output current increases, the voltage across the two fixed resistors decreases. This decreases the current flowing through these resistors and, in turn, decreases the output current. Similarly, if the output current is decreased, the voltage across the two fixed resistors increases, causing the output current to increase as well. This behavior is known as negative feedback and is a common feature of resistor networks and arrays.

The EXB-V4V681JV can also be used to provide a voltage divider, since it consists of two fixed resistors and an adjustable resistor. This means that a known voltage applied to the input terminals of the array can be divided into two parts, according to the ratio of the resistances of the fixed and adjustable resistors. The voltage divider can then be used to provide an adjustable voltage output.

In addition to its uses as a resistor network and voltage divider, the EXB-V4V681JV can also be used as an amplifier. The way in which the device works in this capacity is similar to its operation as a resistor network, but with the addition of an input signal. The input signal is divided between the two fixed resistors and the adjustment resistor and summed at the output. This creates an amplified voltage at the output, which can then be used for a variety of applications.

The EXB-V4V681JV is a versatile device that can be used in a variety of applications, such as power supplies, voltage dividers, and amplifiers. Its combination of fixed and adjustable resistors provides a wide range of operating characteristics that make it especially useful in a variety of circuit design applications.

The specific data is subject to PDF, and the above content is for reference