ASSR-3220-302E

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Solid State relays are reliable electronic switching devices which allow one to control the on and off function of an electrical circuit. The ASSR-3220-302E is a type of solid state relay that provides an efficient way to control the switching action of a circuit. It utilizes a particular type of Thyristor to activate and deactivate the relay as required. The ASSR-3220-302E is particularly designed for applications requiring maximum amperage or voltage characteristics.

The ASSR-3220-302E is a three-contact solid-state device that can be interfaced with a wide variety of applications including automotive applications, home appliances, PLC and industrial control systems, and various precision instrument process controllers. The three contacts consist of the input (coil pin) contact, the common (COM) contact, and the normally open (NO) contact. The NO contact is designed to make the relay active when the input contact is activated. The common contact is designed to provide a common connection when the relay is inactive. The two contacts are arranged such that they are held in place by a spring-loaded clip.

The ASSR-3220-302E uses a unique circuit design that utilizes a particular type of silicon-controlled rectifier (SCR) Thyristor for switching purposes. This SCR Thyristor is designed to respond to very low voltages and currents, thus providing efficient and highly reliable switching. Additionally, this type of device is highly efficient at controlling loads above 25 watts. The switching element of the ASSR-3220-302E is a low gate voltage rectifier (LGR) that is designed to switch in a few microseconds (<100 ms) without adversely affecting the load.

The ASSR-3220-302E is designed to have an exceptionally low self-maintenance time. The time required to switch the relay is roughly 3 to 4 milliseconds (<27.5 ms) with a maximum switching time of 8 milliseconds (<75 ms). This makes the device suitable for applications that require fast switching in order to ensure accuracy and prevent damage to the equipment.

The ASSR-3220-302E is also designed to be highly efficient and reliable. It is designed to be able to switch up to 50 watts without causing any overheating or damage to the device. Additionally, it is designed to withstand an operating temperature range of -40°C (-40°F) to +85°C (+185°F) with a maximum surge voltage of 2000 volts.

In conclusion, the ASSR-3220-302E is a reliable and efficient solid state relay that provides reliable switching actions with very low voltage and current requirements. It is designed for maximum amperage and voltage levels, and is capable of withstanding high temperature environments and high surge voltages. In addition, it is designed to be highly efficient and reliable, making it an ideal choice for applications that require fast switching actions. The ASSR-3220-302E is an ideal choice for those looking for a reliable, efficient, and cost-effective solid state relay.

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