HVR3700001603JR500

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Through Hole Resistors are an essential component in a variety of circuits, ranging from home DIY projects to sophisticated industrial systems. HVR3700001603JR500, a resistor in this category, is considered to be reliable, highly durable and cost effective. That is why it is employed in a wide range of fields.

HVR3700001603JR500 is a carbon film resistor with a power rating of 500mW. It is undeniably important in amplifier stages, being able to limit the passing current to a desirable value. As a result, the protective system of the luxury sound system is reinforced, therefore ensuring the safety of users. To be specific, it is found in the protection circuit that is based on the current sensor, allowing use of circuitry to sense current. It is also necessary in filtering noise and electrical interference from entering the speaker systems. These effects help prevent additional losses that might occur due to the radiation of interference.

This component is also found in lighting systems. To be more precise, it is mounted on DC or AC units to deliver power for home lighting designs. Its resistance limits the current passing through the circuit so that the wattage of the lamps can be adjusted by adjusting the current. Moreover, HVR3700001603JR500 is applied in the central heater elements. In this case, the resistor acts as a safety measure; it prevents excessive current to pass through the elements in order to protect against fire accidents.

HVR3700001603JR500 works by limiting current flow in the circuit. Its core feature is the stable resistor value. Accordingly, it offers accurate resistance for a wide range of frequencies of both AC and DC. Adding to that, low dielectric absorption and fast settling time make this resistor a favorite choice to reduce power losses throughout its life cycle.

Generally, HVR3700001603JR500 is a carbon film resistor with a power rating of 500mW, which is capable of handling temperatures from -55°C to +155°C. Its distinct features such as stable resistor value, low dielectric absorption and fast settling time make it a reliable electronic component for protection in the fields of amplifier stages, lighting systems and central heater elements.

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