RAVF104DFT130K

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Resistor Networks, Arrays are configured with a wide array of resistors to control current flow and voltage levels at various points in a circuit. One such resistor network is the RAVF104DFT130K.

Applications

The RAVF104DFT130K resistor network is used in a range of applications that require independent control of current flow and voltage levels. Examples of applications that the resistor network can be used in include, but are not limited to:

• Digital-to-analog converter (DAC) circuits
• Switching power supply circuits
• Motor control circuits
• Power conditioning circuits
• Audio amplifier circuits

Specifications

The RAVF104DFT130K resistor network combines the benefits of resistive networks with a wide range of available specs and features. Specifically, this resistor network has the following specifications:

• Number of Resistors: 10
• Resistance Tolerance: 0.5%
• Maximum Rated Power: 130 milliwatts
• Maximum Operating Voltage: 50 volts
• Maximum Operating Temperature: 150°C

Working Principle

The RAVF104DFT130K resistor network works on the principle of series and parallel resistances. The series resistors provide the base resistance and the parallel connections provide extra resistance to ensure that the current flow is maintained at all times. Each resistor in the network is connected in series, but the parallel connections between them provide additional paths for current to flow.

This type of resistor network is commonly used when precise control of current flow is required, such as in digital-to-analog converter (DAC) circuits. By carefully selecting the resistor values, it is possible to control the voltage levels and current flow to the desired levels.

Advantages

The RAVF104DFT130K resistor network offers many advantages over discrete resistors, such as:

• Reduced cost and size: By combining a number of resistors into one device, the cost and size of the circuit are reduced.
• Increased reliability: By providing multiple paths for current to flow, the resistor network has increased reliability compared to discrete resistors.
• Precise voltage and current control: With careful selection of resistor values, the voltage and current levels can be precisely controlled.

Conclusion

The RAVF104DFT130K resistor network is an ideal solution for applications that require precise control of current flow and voltage levels. Its combination of features and specifications make it a versatile and reliable choice for a wide range of applications.

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