RR03J56RTB

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Through Hole Resistors are electronic components that can introduce resistance into a circuit. The RR03J56RTB series is an example of one such type. It has a broad range of applications and a simple to understand working principle.

Applications

The RR03J56RTB is a Through Hole Resistor which features good frequency response and low noise. The device offers a 0.3 watt power rating and an operating temperature range from -55°C to +125°C. This makes it suitable for a range of applications, including:

• High speed and precision electronic circuit control boards and circuits.
• Power converters.
• Sensor circuits.
• Communication systems.
• Automotive and aerospace electronics.

The wide range of applications for the RR03J56RTB makes it an ideal component for any Through Hole design.

Working Principle

The fundamental principle of operation of the RR03J56RTB is the same as any Through Hole Resistor. It is based on Ohm’s law, which states that the current in a circuit is proportional to the voltage applied and inversely proportional to the resistance of the circuit. This is achieved in the RR03J56RTB through the use of a resistive element which is connected in series between the two terminals of the device. This element is typically made from a carbon film, ceramic or wire wound. As the current passes through the device, a portion of the voltage is dissipated as heat and some is dropped across the resistance.

The RR03J56RTB has an operating temperature range from -55°C to +125°C, and can handle a peak power of 0.3 watts. It also features a low noise operation, making it suitable for use in high speed and precision circuits.

Conclusion

The RR03J56RTB Through Hole Resistor is an ideal choice for applications where a low-noise, high-precision, and robust resistive element is required. With its wide range of applications, from automotive and aerospace electronics, to power converters and sensor circuits, the RR03J56RTB is the ideal component for any Through Hole design. The device’s working principle is based on Ohm’s law, and its operation is easily understood and predictable.

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