MP930-7.50-1%

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Through Hole Resistors are some of the most fundamental components in the electronics industry. They provide a static resistance to the current which flows through them and, in so doing, they are able to limit or control the current in a circuit. The exact resistance value of a Through Hole Resistor can be determined by looking at its code. For example, the code MP930-7.50-1% represents a Through Hole Resistor with a resistance value of 930 ohms, with a standard tolerance of 7.50%.

When the resistor is placed in a circuit it works by increasing the voltage drop across the resistor as more current is flowing through it. The resistance of the resistor is the prime factor in determining how much of the current is allowed to pass — the higher the resistance, the less current passes and vice versa. As the voltage drop across the resistor stays proportional to the current flow, this means that the power dissipation of the resistor remains constant, regardless of the current flowing through it.

Using a Through Hole Resistor in a circuit is a good way to regulate and stabilize current levels. As these components are lightweight and easily integrated, they can be the perfect choice for applications where space and weight are at a premium, and where their resistance value needs to be stable, accurate, and consistent.

Knowing how a Through Hole Resistor works is important for anyone who wants to design or build a circuit, or repair any existing circuit containing a resistor. With a general understanding of how the device works, they will be able to make informed decisions as to what type of resistor is appropriate for the job, and be better equipped to solve any potential problems that may arise.

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