What is a resistor network?

The

network of the resistor refers to a number of resistors configured to the pattern. These networks most often use resistors connected end-to-end in series; However, there are a number of variations where resistors are connected in parallel or serial parallel sequences reminiscent of ladders. In all cases, the resistors in these networks act as voltage dividers that distribute the voltage applied to the perimeter into smaller quantities. Practically resistor networks are used to ensure fractional supply voltage in different circuits or to perform digital and analogs and analogue to digital conversion functions. Simply put, the resistance will drop the percentage of the perimeter voltage. This percentage is equal to the value of the resistor, in ohms, compared to the overall resistance of the circuit. For example, a 10 -ohm resistance drops by 10% of the perimeter voltage, which has a resistance worth 100 ohms. In this way, the resistor network can provide a fractional power voltage to other circuits. Since the voltage drop across any resistor is equal toThe reins of this resistance in Ohms, compared to the resistance of the whole circuit, virtually any required voltage, which is less than the applied voltage, is possible in the resistance network.

For example, if four resistors were connected in a series, with three ohm measurements and the fourth measurement of 2 ohms, the total resistance of the circuit would be 5 ohms. While three 1-ohm resistors drop by 1 V volt, 2-ohm resistance drops by 2 volts. Connect the circuit to this point in the resistance network

There are other uses for resistor networks. If instead of using points between resistors in the network to ensure different voltages, all are used to ensure the same voltage, the network can then be used to convert analog signals to digital information. This is achieved by connecting the digital gate to each of the voltage points in the network. When an analog signal is applied, the dividing voltage provides a number of escalating inYSOCE or low voltages, depending on the input signal that the digital gates read as on or off. The gates then send this information to other circuits such as you or zeros, converts an analog signal to digital information.

Resistors can also be configured in a massive parallel, called the R-2R network. In this configuration, the digital gateway inserts a high or low voltage representing those and zeros into points between the resistors in the network. This causes the overall voltage drop through resistors in the network to change in proportion to the total input, instead of simply turning it on and off with individual digital inputs. Outputs from these types of networks are constantly changing analog signals created from digital inputs.

Resistor networks are strongly used in electronics. Although they are used for digital and analog and analogue to digital conversion, they are more often used as simple voltage dividers for performance functions. In this way, resistor network helps to supply different voltages as needed forMany different circuits in different devices.