WNA10RFE

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Through Hole Resistors are elements typically found in electrical circuits or installations and are used to declare the value of a resistance allowing the circulation of a defined electrical current. It uses basic Ohm’s Law – V=RxI – where V is the voltage, I is the current and R is the resistance of the component.When choosing the correct resistor, there are certain characteristics to consider, such as its power dissipation, tolerance, size and resistance.

WNA10RFE application field and working principle is one of the most commonly used through hole resistors. WNA10RFE resistors are extra-low resistance, wide-angle, miniature, wirewound resistors suitable for temperature range -55℃ to +200℃.The electrical resistance of this type is 100 mΩ to 240 mΩ with the tolerance band being 0 ±5%. The component has excellent long-term stability with a low TCR of ±20ppm/℃. It is self-heating free and ideal for industrial application fields such as motor drive and control systems.

The working principle for a WNA10RFE through hole resistor is quite simple. It consists of a wire that is spun around its core. The coil-shaped wire is wound around the ceramic core, which creates a higher resistance. This high resistance creates more heat, which effectively creates a larger current flow. The greater the current flow, the greater the voltage across the device. This is the basic working principle of the WNA10RFE.

One advantage that the WNA10RFE through hole resistor offers is its long life. The ceramic core of the resistor is designed to provide strong mechanical protection and withstand high temperatures. The wires used in the resistor are able to withstand higher temperatures than their traditional counterparts. This makes them ideal for applications where high temperatures are present, such as in motor drives and control systems.

WNA10RFE through hole resistors are also very efficient when it comes to dissipating power. The wirewound technique used in the construction of the resistor enables it to dissipate more heat more quickly. This results in higher efficiency and improved power management. The resistors are also capable of operating in a wide range of temperatures, making them suitable for a variety of industrial applications.

One issue that can be encountered when using through hole resistors is the size and weight. Traditional resistors are usually large and bulky, which can take up a lot of space. The WNA10RFE, however, is much smaller and lighter, making it easier to fit into smaller areas and to move around. This makes it ideal for today’s ever-shrinking spaces and for applications where space is limited.

The WNA10RFE through hole resistor is a versatile and reliable component for a variety of applications. Its low resistance, long-term stability and small size make it an ideal choice. Its ability to withstand higher temperatures than other resistors make it an attractive option for industrial applications. Along with its excellent power dissipation and wide operating temperature range, the WNA10RFE through hole resistor is an excellent choice for many projects.

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