WW12FT1K33

Through Hole Resistors

WW12FT1K33 is a through hole resistor, a component used in electronics, specifically in circuits board assembly and circuit preparations. Through hole resistors use two leads, or pins, to make the electrical connections. The pins are inserted into plated-through holes and soldered to the circuit board.

The WW12FT1K33 is designed for use in making connections with circuits boards, to produce precise resistive impedances. The resistance value is marked on the body of the resistor, usually with colored bands. The wide range of values provided by this resistor includes values from 10 Ohms to 1 MegaOhm.

Applications

The WW12FT1K33 is used to produce precise resistive impedances in low voltage circuits. Typical applications for this device include voltage control devices, voltage regulators, communication circuits, detect circuits, switching circuits, and voltage distribution systems.

WW12FT1K33 is particularly suited for use on printed circuit boards, as its through hole design reduces crosstalk noise and interface interference. The configuration also provides a secure connection, which ensures reliable performance even under high temperature environments or extreme voltage dissipation.

Working Principle

The WW12FT1K33 works by controlling the flow of electrical current through the resistor\'s body. Resistance is measured in ohms, with the amount of current passing through the resistor being determined by the value of resistive material or substrate used. The larger the surface area, the higher the resistance.

By adjusting the resistive material used, the WW12FT1K33 can provide the desired values of resistance. This helps to ensure that the correct amount of current is passed through the resistor in order to achieve the desired electrical performance.

Conclusion

WW12FT1K33 is a through hole resistor, designed for making precise electrical connections and providing precise resistances. Its two pin design helps reduce crosstalk noise and allows for secure connections in high temperature and voltage environments. The variety of values provided by this resistor make it suitable for use in a variety of circuit designs, particularly those involving voltage control or voltage regulation.