H4102KBYA

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Through Hole Resistors are a common type of electronic component, used in circuits to reduce the electrical current flowing through a device. They work according to the principles of electrical resistance, which states that when a voltage is applied across two points, a certain amount of current will flow between them. The resistance of the resistor determines how much current will flow.

The H4102KBYA is a through hole resistor with an resistance of 4.7KΩ (Kil Ohms). It has a metal-film type resistance element, which is a relatively high precision and reliable type of resistor. The value is typically accurate to ±1%, and its temperature coefficient is less than 100ppm/°C (parts per million per degree Celsius).

H4102KBYA resistors are often used in circuits where high accuracy is important, such as in precision measurements and communications equipment. They are also used in digital electronics, where a reliable, low-noise signal is required, such as in computers and other digital devices.

Another application for H4102KBYA resistors is in radio-frequency (RF) circuits. RF circuits involve high frequency signals, and the resistance of the resistor must be carefully chosen to suit the frequency range of the signal. If the resistance of the resistor is too low, the signal will not be sufficiently attenuated; if it is too high, the signal will suffer from excessive attenuation.

H4102KBYA resistors are also commonly used in low-power circuits, such as those for controlling lamp brightness in lighting systems. They are often used in conjunction with diodes, to help regulate the current in a circuit. These resistors are relatively easy to work with, due to their small size and straightforward replacement procedure.

In summary, the H4102KBYA is a through hole resistor with a metal-film type resistance element, and can be used in a variety of applications where high accuracy is important. It is often used in precision measurement systems, digital electronics, and RF circuits. It is also suitable for use in low-power circuits, due to its small size and simple installation process.

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