WW12FT6R34

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Through Hole Resistors are common components widely used in analog, digital and radio frequency circuits, and the WW12FT6R34 is one of them. It is a type of resistor with two pins or leads, through which the current passes.

The WW12FT6R34 is an axial-lead fixed-value resistor, available in E24/E96 resistance values ranging from 10Ω to 1MΩ. It is built to last in harsh environmental conditions, and its fireproof construction makes it ideal for applications like power supplies and UPS systems.

Axial resistors are typically cylindrical, with two metal leads or end caps extending from the ends. These caps can be bent or twisted as necessary to fit the targeted circuit board. The WW12FT6R34 can be soldered to the board in order to achieve a permanent connection, or set in place with a clip.

The WW12FT6R34’s working principle is relatively simple and straightforward. When a current passes through the resistor, it is converted to heat, at a rate proportional to the amount of current flowing through it. The resistor then dissipates this heat in order to regulate the current, creating the desired resistance effect.

The WW12FT6R34 is versatile and can be found in many different applications. It can be used to limit the current in a circuit, or to maintain a steady voltage level by absorbing excess current. It is also handy for creating RC (resistor-capacitor) timing circuits and filter circuits, or for decoupling different areas of a circuit. The resistor can also be used in transistor and integrated circuit (IC) circuits, particularly in voltage divider circuits.

A WW12FT6R34 resistor is an inexpensive yet durable component designed for through hole applications. It is commonly used in many small-scale and low-volume PCB and assembly projects, as well as in high-performance applications. It is available in various sizes and shapes, as well as in multiple power ratings. Thanks to its robust construction, it is useful in a range of performance conditions, including extremely high or low temperatures, high vibration, and dusty or humid environments.

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