P3406UATP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Thyristors are semiconductor switches that are used in numerous applications for switching as well as for the control of voltage and current. The P3406UATP thyristor is designed for use in high temperature and high current applications, and is used primarily in home, commercial, and industrial electronics, as well as being used in solar photovoltaic systems.

The P3406UATP is a semiconductor device that can be used to switch power from one source to another. It is a form of a thyristor, which is a type of transistor commonly used for controlling and various forms of automation.

In its most basic form, the thyristor is typically a three-layer device, wherein the first two layers are a P-type material, with a N-type material in the middle. The two P-type layers are the anode and the gate, while the N-type layer is the cathode. When the anode and the gate are both positively charged, the thyristor conducts current. When the anode is negatively charged, however, the thyristor will not conduct current.

The P3406UATP is a special type of thyristor that is designed for use in high temperature and high current requirements. It is a compact package that gets rid of traditional fan-out requirements, making it ideal for thermal management applications, such as in power systems. The thyristor is also energy-saving, as it reduces the power consumption by 20%, compared to other thyristors on the market.

On the technical side, the P3406UATP features a rated voltage of 1000V, a maximum voltage of 1050V, a maximum surge current of 250A, a forward current of 85A, and surge current of 800A. The device has a recessing of less than 18Ω, and it is very stable at high temperature. The operating temperature of the device is rated at -50 to +125℃.

In terms of safety, the P3406UATP features an epoxy resin protective layer, which provides insulation and protection of the device, as well as helping to prevent short circuits, arcing, or warmth. The device also has a temperature-controlled thermal circuit breaker, which trips if the anode has been over charge for an extended period of time.

When it comes to applications, the P3406UATP thyristor is used primarily in home and industrial electronics, such as in solar photovoltaic systems, motor drives, electric welding devices, power converters, automotive battery chargers, and even UPSs. The device is also used in electrical components for controlling heating elements, such as in hair dryers, and for controlling the current in power supplies.

In conclusion, the P3406UATP is a high temperature, high current thyristor that is designed for use in numerous electronic and electrical components. The device is energy-saving and highly stable, and features an epoxy resin protective layer for insulation and protection of the device. The device also includes a temperature-controlled thermal circuit breaker for added safety. The device is used primarily in home and industrial electronics, as well as in solar photovoltaic systems.

The specific data is subject to PDF, and the above content is for reference