4309R-101-203

Resistor Networks, Arrays

4309R-101-203 is one of the more popular types of resistor networks or arrays on the market today. A resistor network is a type of electronic component made up of several resistors connected in parallel or series to form a single discrete unit. They are usually used in circuit designs to combine the resistive properties of different resistors into a single component with a desired pattern. The 4309R-101-203 is a resistor network with metal film construction and resistor elements networked in a 10-pin SIP (single in-line package) configuration.

Applications and Uses

4309R-101-203 networks are commonly used in circuits that require high-accuracy, low noise resistors. They are usually used in digital and mixed-signal circuit designs where good accuracy and stability are required. The most common applications for 4309R-101-203 resistors include low-noise amplifier circuits, high-precision analog to digital converter circuits, voltage regulator circuits, active filter networks, and other high-precision analog circuits.

Features and Specifications

The 4309R-101-203 has a number of unique features and specifications that make it an ideal choice for use in many electronic designs. Some of these features include:

• Rated power dissipation of 400mW (at 70℃ ambient)
• Maximum noise: 2μV (at 1kHz)
• Resistances from 10Ω to 2KΩ available
• High accuracy: 1% tolerance
• High repetition rate accuracy: 0.5% maximum change in resistance over a 10 second period
• Operating temperature range: -55 to 125 degrees Celsius

Working Principle

The 4309R-101-203 is based on the working principle of an analog (or linear) resistor network. Analog resistor networks are made up of several resistors connected in a particular arrangement. The resistance of each resistor determines the overall resistance of the entire network. When the resistance of any one of the resistors is changed, the overall resistance of the network will change accordingly. This change in resistance is an indication of the voltage applied to the network. The change in resistance of the network will then be used to modify the current flowing through the circuit.

Advantages

The 4309R-101-203 offers a number of advantages over other types of resistor networks. These include:

• High accuracy: the high accuracy of this network allows for precise control of the current flowing through the circuit.
• Stability: the 4309R-101-203 network is highly stable, allowing for consistent performance over time.
• Low noise: the 4309R-101-203 produces very little noise, which is essential in many circuits.
• Versatility: the 4309R-101-203 can be used in a variety of circuits.

Conclusion

The 4309R-101-203 is a high-accuracy, low-noise resistor network that is widely used in many different types of circuits. It features a number of advantages over other types of resistor networks. These include: high accuracy, stability, low noise, and versatility. Its wide range of applications and features make it an ideal choice for many different circuit designs.