PTF652K4900BYBF

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Through Hole Resistors are an important type of electronic component used in many applications. The PTF652K4900BYBF resistor is a through hole resistor which is designed for use in two different operational scenarios. The resistor provides an extremely strong resistance to current, and can be used to safely limit effective current in applications such as amplifiers, motors, and signal conditioning. It can also be used to protect components from short circuit damage.

The PTF652K4900BYBF is constructed using a ceramic body filled with a carbon-based material, and its pins are positioned in a through-hole format. The resistor has a rated power of 5 W, a voltage rating of 400 V, and a rated number of cycles of up to 30,000. Its resistance range is 2kohm - 10ksohm, and it measures 6.5 x 8.0 mm. This resistor is also RoHS compliant.

The PTF652K4900BYBF is ideal for use in a number of applications including DC-DC converters, power supplies, switching regulators, motor amplifiers, and other power applications. The resistor’s high resistance to current ensures that it is able to limit current effectively, while its high voltage rating ensures that it is closely matched to the application. The resistor’s pins are designed to provide reliable connections even in tight spaces, while its wide resistance range allows it to be used in a variety of applications.

The PTF652K4900BYBF through hole resistor’s working principle is based on the idea of impedance. This is a measure of the resistance of a circuit or component to an alternating current. The resistor has a voltage rating which is higher than the rating of the circuit in which it is installed, and this difference is referred to as the reactance. It is this reactance which causes current to flow through the resistor at a lower rate than would normally be the case.

In short, the PTF652K4900BYBF through hole resistor is an ideal component for applications where high resistance and reliable connections are required. Its wide resistance range ensures compatibility with many different applications, while its high voltage rating ensures compatibility with most DC-DC converters and other power applications. Its working principle is based on impedance and reactance, which in turn allow it to provide effective current limiting in a variety of applications.

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