AHP50AJB-0R47

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Chassis Mount Resistors, commonly found in commercial and industrial applications, are fixed resistors that utilize a panel-mounted chassis for their mounting operations and secure assembly. The panel mounts to the mounting frame, or the “chassis”, which is then bolted securely to the object of interest. Within the application field, a wide range of resistance values is needed for various levels of signal processing, as well as for thermal control, filtering, and energy management. Resistance value can range from anywhere between 1& Omega; up to 10,000& Omega;, and beyond. AHP50AJB-0R47 is a high-performance chassis mounted resistors, with high stability, superior electrical and mechanical characteristics, which is widely used in various industries.

AHP50AJB-0R47 application field and working principle

The AHP50AJB-0R47 is designed to address many of the unique challenges faced in the application field, particularly those related to high-voltage power distribution and signal processing. With its high voltage rating of 1200 V and pulse load rating of 2 kW, it is ideal for power distribution systems and power electronics circuits, providing a reliable, stable, and efficient heat dissipation that prevents damage to components. Additionally, its superior electrical and mechanical characteristics make it suitable for applications requiring high-precision resistive devices that are highly reliable and vibration-resistant. High temperature stability is also assured thanks to its dedicated voltage/temperature compensation which, with its extremely low temperature coefficient, ensures resistance stability over a wide range of temperatures.

As for its working principle, the AHP50AJB-0R47 relies on a diode-metal oxide semiconductor (MOS) structure. A semiconductor junction is formed by a connection of a p-type semiconductor material and an n-type semiconductor material. The diode is designed such that current will only be able to flow in one direction through the device. The device is further configured with a thin polysilicon gate that creates a capacitor-like structure when energized, which, when combined with the diode, forms a metal oxide semiconductor structure. This unique combination allows the device to exhibit superior electrical and mechanical characteristics as compared to conventionally-structured devices. In addition, the device exhibits low-voltage transient immunity, aiding it in applications where high-voltage transients are present.

The AHP50AJB-0R47 can be used in a wide variety of applications, such as electric motors and relays, transformer windings, automotive systems, audio systems, power electronics, and industrial process controls, among others. With its superior construction and advanced features, it is highly reliable and extremely versatile, making it an excellent choice for many industrial and commercial applications.

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