UH1PD-M3/84A

The UH1PD-M3/84A is a programmable ultrahigh-speed power diode, a type of rectifier. It is a single diode designed specifically for ultrahigh-speed switching and high-current bridge rectifier applications. It features fast response time and low leakage current with a number of features that make it ideal for use in high-precision applications.

The UH1PD-M3/84A has a low forward voltage drop, which makes it well suited to applications where high efficiency is required. It also has an operating temperature range from -40°C to +85°C, making it suitable for use in outdoor or automotive applications. Additionally, it has a minimum breakdown voltage of 10V and a maximum peak repetitive reverse voltage of 800V.

The UH1PD-M3/84A is used in a variety of high-power switching applications, from high-power voltage regulators and lighting fixtures to DC power supplies. Due to its quick response time and high current rating, it is also commonly used in inductive loads, high frequency switches for power factor correction, and modulators.

The UH1PD-M3/84A works by converting AC power into DC power. It is designed with a rectifying junction, which provides the necessary rectifying action to convert the alternating current into direct current. The rectifier also has a built-in surge absorber that protects the device from voltage spikes. This allows the UH1PD-M3/84A to deliver a high level of power with very low levels of losses.

The UH1PD-M3/84A also features an internal heat-dissipating system to maintain its operating temperature. This helps to ensure that the device can operate efficiently under all conditions, even when subjected to large load or environmental changes. Additionally, the device\'s built-in thermal protection prevents the occurrence of temperature runaway or thermal runaway.

The UH1PD-M3/84A is a compact, high-speed, low-loss device with a wide operating temperature range. It offers good thermal management and is suitable for use in high current and voltage applications. This makes it a perfect choice for use in power supplies, switches, and versatile applications that require high-efficiency performance.