It is beyond doubt that the designers of electronic circuits can benefit considerably from the use of solid-state relays (Solid State Relay, SSR) compared to those traditionally made with electromechanisms (Electromechanical Re-lay, EMR). While realizing the same circuit function, the new SSRs can replace their predecessors in all those circuits where there is a massive use as in many applications for telecommunications and in the industrial and security sectors. I use them in my projects with Arduino. Good product.

It is beyond doubt that the designers of electronic circuits can benefit considerably from the use of solid-state relays (Solid State Relay, SSR) compared to those traditionally made with electromechanisms (Electromechanical Re-lay, EMR). While realizing the same circuit function, the new SSRs can replace their predecessors in all those circuits where there is a massive use as in many applications for telecommunications and in the industrial and security sectors. I use them in my projects with Arduino. Good product.

It is beyond doubt that the designers of electronic circuits can benefit considerably from the use of solid-state relays (Solid State Relay, SSR) compared to those traditionally made with electromechanisms (Electromechanical Re-lay, EMR). While realizing the same circuit function, the new SSRs can replace their predecessors in all those circuits where there is a massive use as in many applications for telecommunications and in the industrial and security sectors. I use them in my projects with Arduino. Good product.

Works well!

Works well!

Works well!