4310R-102-561

Resistor Networks, Arrays come in a variety of configurations and can provide a wide range of resistance values. The 4310R-102-561 is a three resistor array added with a shunt resistor which forms a voltage divider circuit. This particular network offers four 10M, one 2M, and one 100K resistors.

The application field of the 4310R-102-561 resistor network includes voltage divider, basically any circuit requiring equal voltage outputs combined with equal resistor values and is used for amplifier biasing, bias current limiting, low-level impedance, gain selection, and impedance matching. Voltage divider circuits are often used to reduce one voltage value to another or in filters and operations requiring precision resistors. In addition, they are used as attenuators, where they can balance the voltage level between the input and output stages of an electronic circuit.

The working principle of the 4310R-102-561 is based on the principle of Ohm’s Law. Ohm\'s Law states that the current flowing through a conductor is proportional to the voltage applied across its terminals and inversely proportional to its resistance. When a voltage is applied across a resistor, the resistor produces a current that is proportional to the applied voltage.

The voltage divider created by the 4310R-102-561 resistor network consists of two resistors in series connected between two voltage nodes. This arrangement can be used to divide the voltage between the two resistors, with the voltage at the point between the two resistors being equal to the ratio of the resistance of the two resistors. For the 4310R-102-561, the point between the 10M and 2M resistors is at 6/8 of the total voltage, and the point between the 2M and 100K resistors is at 4/8 of the total voltage.

The series of resistors in the 4310R-102-561 creates a voltage divider circuit which can be used to reduce the voltage from one voltage node to the other with precision. The higher resistance values provided by the 10M and 2M resistors ensure that the current is quantized, which leads to reduced power consumption and improved accuracy of the voltage divider. Additionally, the 100K resistor provides the necessary impedance for accurate Biasing at the low end of the circuit.

Using the 4310R-102-561, engineers can create voltage dividers that can accurately divide the voltage from one voltage node to another. This makes them suitable for a wide variety of applications, from amplifier biasing to gain selection and filtering. Furthermore, they are highly precise and offer improved power consumption due to their low resistance values.