MP930-2.50-1%

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Through Hole Resistors are fundamental electronic components that establish a known resistance to electrical signals. They are an essential part of any electronic circuit, allowing devices to produce accurate results with consistent reliability. Among this wide variety of resistors, the MP930-2.50-1% stands out as a highly configurable resistor with numerous applications and sufficient power to cater to different needs.

The MP930-2.50-1% is an axial-leaded through-hole resistor designed to provide reliable and repeatable results in high-current applications. This resistor can be used for power supplies, switching applications, motor control and RF circuits. It is also suitable for feedback networks and stability improvement. This resistor is composed of a thick film resistor element on a ceramic carrier, with anodic oxide film. This resistance element is encapsulated in a thermoplastic case, which is then sealed with a glass soldering potting for extra robustness.

The most notable traits of the MP930-2.50-1% are its reliability, high current capability, and very low thermal gradient. This resistor can handle up to 350V and is rated for up to 2.5A (with a maximum operating temperature of +125°C). Thanks to its thick-film resistor element, it can operate without significant heating or cooling. And due to its low thermal gradient, it can sustain high temperatures for a considerable time without compromising its performance.

The working principle of the MP930-2.50-1% is based on Ohm’s law. When there is a voltage applied across the resistor, a certain amount of current will flow through it. This current is dependent on the value of the resistance, which in this case is 2.50 ohms. The level of power dissipated in the resistor will be proportional to the current flowing through it multiplied by the voltage applied across it. Ultimately, this resistor will limit the amount of current that can flow in the circuit.

In conclusion, the MP930-2.50-1% is a highly precise and reliable through-hole resistor perfect for applications that require consistent performance and low thermal gradients. It is capable of withstanding high temperatures and current ratings, making it suitable for several applications. As long as Ohm’s law is properly applied, the MP930-2.50-1% can ensure accurate results and consistent reliability.

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