YR1B1K07CC

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Through Hole Resistors are widely used in electrical systems and circuits. The YR1B1K07CC is an example of a Through Hole Resistor. This resistor is a fixed component, meaning that its resistance value cannot be changed. It is used to limit the flow of current. This type of resistor is made from a combination of metal, carbon, ceramic, and polymer.The YR1B1K07CC has a resistivity of 1k ohms. This means that it can reduce the current in the circuit by 1k ohms. It is a through-hole resistor, which means that its legs can be placed directly on the printed circuit board (PCB). This makes it a good option for most applications as it is easy to install and requires no special tools.The YR1B1K07CC has a power rating of 1/8 Watt. This means that it can handle up to 1/8 watts of continuous power or 1/4 watts of peak power. This means that it can be used in most applications where power consumption is not too high. It is not suitable for high-powered applications.The YR1B1K07CC has a tolerance of 5%. This means that its resistance value may not be exactly 1k ohms but is within the range of 950 to 1050 ohms. The tolerance value is important as it will affect the accuracy of the circuit. The temperature coefficient value is also important as it affects the resistor\'s stability over time and at different temperatures.The applications of the YR1B1K07CC include power supplies, audio systems, automotive electronics, and medical equipment. It is often used to limit current, protect circuits, and reduce voltage. The working principle of the YR1B1K07CC is based on the Ohm\'s law. When a voltage is applied across a resistor, the current flowing through it is inversely proportional to the resistance. This forms the basis of the resistor\'s working principle.The YR1B1K07CC is a Through Hole Resistor, and its power rating, resistivity, and tolerance make it a good option for many applications. It is a simple and cost-effective way to limit current and carry out basic protection in circuits. It can also be used to accurately reduce the voltage levels to suit the requirements of the circuit.

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