CC4850D1V

Solid state relay is an electronic component designed to switch electrical circuit. They provide a mechanical isolation between input signal and output relay. This property makes them suitable for sensitive industrial applications such as in automation systems. CC4850D1V is one of the solid state relays available in the market; it is a powerful, low-cost, and reliable alternative for traditional relay.

Product Overview:

CC4850D1V is a SPDT (single pole double throw) relic-flux solid state relay. It is capable of handling up to 25 mA of load current and withstands avalanche voltage up to 480V. It is also provided with a LED indicator which lights up when the output is switched on. It is designed to carry a maximum of 15A with a short-circuit time of one second. This solid state relay is highly reliable, offers high-performance, and consumes less power. The switching time is only 10 milliseconds.

Applications:

CC4850D1V is used in a wide variety of applications such as industrial automation, home appliance control, and communication networks. It is generally used to switch on or off any electrical load. It can be used in safety circuits where it is important to ensure that electricity is switched on or off in a controlled timeline.

Working Principle:

The operation of CC4850D1V is based on a special flux from a permanent magnet coil. This coil is connected to an input voltage. When the voltage reaches the input voltage threshold, an electric current is generated which flows through the coil and generates a magnetic field. This field attracts the metallic switch contacts which in turn closes the switch. When the voltage is removed, the metallic contacts are released, and the switch is opened.

Benefits:

CC4850D1V offers several advantages over traditional electromechanical relays. It consumes less power, has extremely fast switching time, and is highly reliable. It is also designed to operate under extreme conditions and withstand a wide voltage range. Additionally, it has a long life span and can tolerate inrush and surge current.