H46K65BZA

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Through hole resistors are components that contain a resistive element between two leads, allowing electric current to flow in one direction only and evenly over the resistance. H46K65BZA application fields and working principles are two components to consider when discussing through hole resistors. The application field of H46K65BZA is mainly focused in resistive measurements when working with frequencies above 1 mega-Hz.

H46K65BZA is a ceramic chip resistor with a wire-wound winding structure. The resistor construction is designed to improve the thermal performance of the device and reduce overall inductance, thus providing high accuracy and repeatability over wide frequency ranges and power ratings. The component is suitable for applications from DC up to 1 mega-Hz, making it ideal for RF applications, circuit protection and signal conditioning.

The structure and layout of the chip resistor plays an important role in terms of performance, as it needs to be able to withstand a high frequency environment, as well as a wide variety of temperature and vibration conditions. The chip has an extremely enhanced versatility thanks to its multi-layer structure, which is obtained by build-up coils or foil windings with alternating strips of alternating metal and polyamide layers. These layers are used to aid in the dissipation of heat.

The working principle of H46K65BZA is based on the conduction of electrical current through the device. The resistance of H46K65BZA is created by separating the two electrodes with a thin film of resistive material, called the dielectric. This leads to a voltage drop being created across the device, allowing electrical energy to be transformed into thermal energy. The working principle of H46K65BZA also implies that the power rating depends largely on the size and thickness of the built-up layers.

The H46K65BZA is suitable for high-accuracy applications, as it provides a reliable low-cost and low-power option. The device is also highly resistant to mechanical shock, vibration, temperature shifts and all other environmental factors. The device can be used in a variety of applications, including but not limited to: power supply reliability, improved stability, signal conditioning, signal level and load regulation.

In summary, the H46K65BZA is an important component found in many electronic systems, circuits, and applications. It is a highly reliable device, built with superior thermal and mechanical properties, making it a suitable choice for a wide variety of applications. Through hole resistors allow electric current to flow in one direction only, and H46K65BZA application fields and working principles are integral components to consider when discussing through hole resistors.

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