AHP500JB-3R9

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Chassis Mount Resistors refer to types of resistors that are mounted in a chassis. The AHP500JB-3R9 is an example of such a resistor.

AHP500JB-3R9 is an axial leaded fixed resistor designed for environments in which high performance and stability over a wide temperature range is desired. This resistor\'s ceramic core allows for good dynamic linearity, low power dissipation, and superior temperature stability. It is suitable for use in both commercial and industrial applications, where tight dimensional tolerances are needed. The AHP500JB-3R9 is constructed with high quality components and features a varistor element for improved power and current handling capabilities. This resistor also offers excellent value and performance.

The AHP500JB-3R9 is an ideal choice for applications where a high degree of accuracy is required, such as in power supply regulation, motor drive, temperature control, and audio systems. It provides accurate current regulation and has excellent overload handling capabilities. It is also suitable for applications where heat dissipation and performance stability over time are desired. Its ceramic core ensures optimal temperature stability and long-term reliability. The AHP500JB-3R9\'s low power dissipation characteristics make it suitable for use in power systems with high ambient temperatures. Its superior overload capabilities make it an ideal choice for applications that require reliability and performance in order to meet specific performance requirements in commercial or industrial applications.

The AHP500JB-3R9 has a working principle based on the principle of electromagnetic induction. This principle states that when an electric current passes through a conductor, a magnetic field is created which induces a voltage across the conductor. This induced voltage can be used to regulate the current flow, providing accurate current regulation and reducing power dissipation. The resistor\'s flexible ceramic casing contains a spiral of wire that creates a continuous path for the current to flow through. An electromechanical device, such as a diode, is included in the resistor\'s construction in order to regulate the current flow and provide the necessary power stability. The resistor also has a varistor element which is used to regulate current overloads and provide additional protection against power surges and overloads.

The AHP500JB-3R9 has wide operating temperature range from -65°C to +130°C and maximum power dissipation of over 0.5W in a small size. Its excellent thermal and dynamic response and the wide range makes this resistor the ideal choice for any applications requiring a high degree of accuracy and reliability. Its small size, high performance and wide temperature range make this resistor an ideal choice for high performance, demanding applications.

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