WW12FT1K27

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Through Hole Resistors are an essential component in today’s electronic systems, from consumer electronics to industrial applications. They are used to provide electrical resistance or impedance to the circuit, and are often used to limit current through the circuit. Consequently, they play a role in controlling the power dissipation and voltage drop in a given circuit. The WW12FT1K27 is a through-hole resistor from a popular manufacturer. The 12 FT stands for 12 watt, the 1k 27 stands for 1 kilo ohms with a tolerance of 27%. The general purpose of this component is to minimize circuit voltage drop, control current, and maintain proper power consumption. In addition, this type of resistor is ideal for temperature sensitive applications due to its low temperature coefficient and stability over temperature. It is also suitable for use in medium power relay circuits, high voltage rectifiers, and industrial air conditioning systems. The WW12FT1K27 features a 1W (1/2W) power rating. It also has a tolerance of ±27%, a temperature coefficient of 250 ppm/°C, a thermal resistance of 228°C/W, and a voltage rating of 1KV. Its operating temperature range is -55°C to +125°C, and it can operate in either AC or DC applications. In terms of its working principle, the WW12FT1K27 works by limiting the amount of current that can flow through the circuit. It does this by reducing the amount of voltage that is applied to the circuit. Therefore, if a higher voltage is applied to the circuit, the current will be reduced whereas, if a lower voltage is applied to the circuit, the current will be increased. This helps to stabilize the current within the circuit and ensure that the power consumption is not too high. Overall, the WW12FT1K27 is an effective through hole resistor that can be used in a variety of applications. It offers a good thermal resistance and a wide operating temperature range, and it is suitable for both AC and DC circuits. Furthermore, it is capable of controlling the current and voltage drop in a circuit, allowing for greater stability and power consumption control.

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