HS25 3K F

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As one of the industry leading electronic components, Chassis Mount Resistors have been widely used in applications that require highly accurate current regulation, noise reduction, and power management. One of its latest development is the HS25 3K F, a device that comes with a power rating of 1/4 W. As a high performance, low temperature series, it features a nominal resistance range of 2K – 10K ohms and a normal working temperature range of 55°C to +125°C.

The HS25 3K F series can typically be found in circuit designs for amplifier output, video shield grids, and other high speed applications. In particular, its use is highly recommended in systems with narrow temperature variations throughout the day, such as those in places with high temperatures, making it an ideal choice for photolithography processes and other high-temperature processes.

The main feature of the HS25 3K F series is its low temperature operation. This feature is enabled by the use of proprietary anti-resonance foam within the core components, allowing it to be reliable and stable under the extreme conditions of high temperature applications. The anti-resonance foam ensures that no noise or stray signals are created in response to the thermal shock generated during transients, providing superior performance.

In terms of physical construction, the HS25 3K F series is designed to minimize the number of component package components, making it ideal for applications with small space footprints. The base material of the device is a proprietary polyester film, which acts as a substrate for the resistors. The film is specially treated and engineered to deliver a high level of temperature stability, thereby providing superior thermal protection and long-term stability. Additionally, the chassis is designed with an open-type construction, allowing for easy access to the component package when removing or handling the device.

The HS25 3K F also comes with a variety of features that enhance its safety and reliability. It features an over-temperature protection circuit that reduces the risks associated with handling high-voltage components. Additionally, the device is designed to eliminate noise generation, thereby preventing interference in sensitive circuits. Other features include a internal thermal fuse, a low-resistance surface-mount connection, and a reverse-conductance capacitor.

In terms of working principle, the HS25 3K F series relies on the process of capacitive coupling. This process works by generating an adjustable voltage across the device, which can then be used to control the resistance. This voltage is generated by a high-resistance variable capacitance that is placed between two plates. As the capacitance is adjusted, the efficiency of the voltage conversion is maximized, allowing the device to accurately regulate the current.

Overall, the HS25 3K F series is designed to be a highly reliable and accurate device, making it an ideal choice for applications that require precision current regulation. Its low temperature operation, internal thermal fuse, and high-resistance capacitance ensure that it can handle extreme conditions and provide superior performance, while its open-type construction allows for easy access and handling. Additionally, its capacitive coupling process allows for precise current regulation and improved noise reduction. With all these features, the HS25 3KF series provides an indispensable tool for applications that require accurate and reliable current regulation.

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