H8140KDYA

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Through hole resistors are electrical components that are used to control current flow in circuits. They are designed to dissipate energy as heat, reducing the current flow to a desired level. The H8140KDYA is a type of through hole resistor. It is a medium-power axial-leaded resistor that provides reliable performance in a wide range of applications.

The H8140KDYA is a 0.6 watt metal oxide film resistor that is designed to be robust and reliable. It is constructed with a core of aluminum oxide ceramic and metal film as its conductor material for a low temperature coefficient. It also has excellent solderability and is designed to be used in circuits with a tolerance of 0.1%, making it suitable for a wide range of applications.

The H8140KDYA resistor is a suitable choice for applications where precise current regulation is required. It is commonly used for general-purpose industrial applications, telecommunications, instrumentation, computers, automotive electronics and medical electronics. It is also suitable for use in SMT boards, where its small size and low profile make it a good choice for tight spaces. The resistor can also be used in low voltage motor control circuits, current limited circuits and switch mode power supplies.

The H8140KDYA resistor is designed to work as follows: an electrical current is sent through the resistor, which then converts some of the energy from the current into heat energy. This heat energy is then dissipated and the remaining current is allowed to continue to flow, but at a reduced level. By adjusting the resistance of the resistor, the current flowing through the circuit can be precisely controlled.

In summary, the H8140KDYA is a through hole resistor that is designed to provide precise control of current in circuits. It is suitable for a wide range of applications, including industrial, telecommunications, instrumentation, computers, automotive electronics, medical electronics and SMT boards. It is designed to work by converting some of the energy from the current into heat, which is then dissipated, thus allowing the remaining current to flow at a reduced level.

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