HVR3700003574FR500

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Through Hole Resistors play a major role in circuit construction and design as these resistors act as electrical components that permit the flow of electrical signals. In order to increase the lifespan and efficiency of resistors, the types manufactured in through hole resistor packages are of a higher quality than surface mount components.

HVR3700003574FR500 resistors are manufactured in a through hole resistor format, which is a type of resistor that is mounted and held in place by soldering opposed leads through a hole onto a printed circuit board (PCB). The most common type of HVR3700003574FR500 through hole resistor is the axial lead. An axial lead features two cylindrical ends with protruding wires or leads forwarded through the centre of the resistor and out the base. The wiring ends at the bottom two ends respectively.

The HVR3700003574FR500 through hole resistor is a five watt resistor with a tolerance of +10% to -10%. The electrical characteristics of the package include a resistance of 3700 ohms, a power rating of 5 watts and a temperature coefficient of +100ppm/K. This is the standard specification for the HVR3700003574FR500 part as it is specifically designed for high wattage dissipation applications.

The application range for this resistor is < 0.25ohm at +25°C with a medium temperature coefficient and a resistance stability of 0.0015Ω/K. It can be used in power supplies, high-frequency power amplifiers, shut off amplifier systems, RF and microwave networks. Thanks to its excellent performance and resistance range, it is also suitable for industrial and commercial applications.

The working principle of the HVR3700003574FR500 through hole resistor is based on the resistance of an electrical current. When current passes through a resistor, energy is removed from the circuit. This reduces the amount of current that can flow through the resistor – a process known as Ohmic losses. The energy is converted into thermal energy, which is then dissipated into the surrounding environment.

The size and shape of the resistor plays a role in how much power it can handle before it starts to heat up excessively and becomes damaged. The larger the size of the resistor, the more power it can handle, while the shape of the resistor decides how effective it is at dissipating the heat generated. The shape also affects the lead dimensions, allows for mounting, and allows for easier soldering.

The HVR3700003574FR500 through hole resistor is best suited for applications requiring high wattage dissipation with its strong structure and ability to dissipate heat efficiently. Heat dissipation is an important factor in power management, and this resistor can handle even high temperatures with relative ease due to its well-designed shape.

Through Hole Resistors like the HVR3700003574FR500 is an effective way to reduce power dissipation and are suitable for a wide range of applications. Its large size allows for increased noise immunity and superior performance, while its sturdy lead design makes it easier to mount and solder into place. It provides a reliable and efficient way to manage power in electronic circuits, and its resistance tolerance and stability make it an ideal choice for a variety of situations.

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