HHV2WSFT-73-3M48

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Integrated circuits have long been used to implement several functions in a wide array of devices, from tiny microcontrollers to complex computers. Of the components often used in these circuits, none is more common than resistors. While modern circuits are often designed using surface mount components, through-hole resistors are still vital in many industrial and laboratory applications. Among the most versatile of these through-hole resistors is the HHV2WSFT-73-3M48. This resistor is an example of the so-called “high voltage stud” type, and is designed to provide reliable, precise resistance measurements, even in high temperature or voltage environments.

A HHV2WSFT-73-3M48 resistor is constructed from two pieces of metal foil; one piece acts as a resistive element, while the other acts as an electrostatic shield. Both of these components are then embedded in a ceramic tube, which is protected by a metal bayonet clamp. The unique construction of this type of resistor allows it to dissipate heat very quickly, making it ideal for high temperature or long term applications. The resistor also has a low inductance profile, allowing it to maintain its resistance value at high frequencies.

The main application for the HHV2WSFT-73-3M48 is as a precision resistor for industrial and laboratory applications. These resistors are often found in power supplies where precise current control is required, or in industrial systems that need to maintain precise voltages. Additionally, these resistors are useful for measurement and testing applications where low temperature coefficients or low temperature drift are required.

Unlike many through-hole resistors, the HHV2WSFT-73-3M48 does not rely exclusively on its metal layers for its resistance. Instead, the resistor also relies on a thin strip of resistive material, such as carbon or metal oxide, sandwiched between the two metal layers. This resistive element is then sandwiched between layers of insulation material and connected to the two metal layers. As current flows through this combination of metal and resistive material, an electrical resistance is established that is proportional to the amount of current flowing.

The HHV2WSFT-73-3M48 is also designed to provide a very precise resistance measurement, even at high temperatures. To achieve this, the resistor includes a small thermometer that measures the temperature of the resistor’s active area. This temperature is then compared to the temperature of the resistor’s reference point, and the resistance is adjusted accordingly. In this way, the resistor’s resistance can be measured with a very high degree of accuracy.

Due to its excellent performance characteristics, the HHV2WSFT-73-3M48 is a very popular choice for industrial and laboratory applications. Not only does it provide a precise measure of resistance, but it also operates reliably and dissipates heat quickly. This makes it an ideal choice for applications where temperature or voltage extremes must be endured, or where precise resistance measurements are required.

The specific data is subject to PDF, and the above content is for reference