CC4850D4URH

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Introduction to CC4850D4URH and Its Application Field

CC4850D4URH is a solid-state relay (SSR) designed to provide reliable switching of electric current or voltage for industrial control and automation systems. It is manufactured using advanced technology which enables it to provide highly reliable and low noise operation in high-power applications. The device is constructed using four active MOSFETs and four NPN/PNP Darlington pairs, which are designed to switch both AC and DC signals. This SSR has inputs of up to 48 Volts, a current rating of 50 Amps, and a voltage rating of 4Volts. It is built with an integrated protection circuit that eliminates potentially damaging over-driving of the load.

Application Field

The CC4850D4URH is ideal for industrial applications where high-power switching and reliable operation are paramount. It is suitable for AC/DC switching, motor control, and power switching, and can be used in both large and small scale projects. It is also ideal for applications such as automatically turning on and off devices such as lights, pumps, motors, and other heavy-duty equipment. Due to its advanced construction, it is capable of handling both high-current and high-voltage applications.

Working Principle

The CC4850D4URH works by using a combination of four active MOSFETs and four NPN/PNP Darlington pairs to control the switching of electrical current or voltage. The active MOSFETs are used to switch the current relatively quickly (~ 100 µs), while the Darlington pairs are used to provide the current with a low switching time (~ 10 µs). The CC4850D4URH is able to switch both AC and DC signals, with AC switches allowing for higher current ratings. The integrated protection circuit eliminates the potential of overdriving the load, ensuring reliability.

Conclusion

The CC4850D4URH is a highly reliable SSR designed for industrial applications. It is ideal for AC/DC switching, motor control, and power switching, and is able to handle both high-current and high-voltage applications. It is constructed using advanced technology which allows it to provide reliable switching and low noise operation in high-power applications. The integrated protection circuit eliminates the potential of overdriving the load, ensuring reliable operation.

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