DSS71A05

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Reed relays are electromechanical switches that are powered by an electrical current. They are often used for circuits with low current requirements, and can also be used in low-level signal switching applications. The DSS71A05 is a type of reed relay, used for on-off switching as well as momentary switching of low-level signals. It is a smaller and more sensitive version of the more traditional DSS7 types of reed relays, allowing for easier modular installation.

Application Field:

The DSS71A05 type of reed relay is typically used for applications where a low on-off voltage is required, typically in the range of 0.5V to 2V. A common application is for signal switching, where a small signal needs to be monitored or switched quickly and efficiently. It is also used in computer software, where it can be used to switch an ON/OFF signal from one circuit to another. For example, it could be used in a computer mouse, allowing the user to switch between different clickable elements on the screen.

Working Principle:

The DSS71A05 is a forms a closed circuit when its electrical current is fed into its terminals. This closed circuit enables a low-level signal to be sent from one circuit to another. The reed relay works like a switch, with a spring-loaded contactor that is activated when the current passes through it. The contactor, which is made up of an iron core and a copper wire, is the part of the relay that is responsible for the switching action.

When the current is passed through the terminals, the contactor will be activated and the copper wire will touch the iron core. This causes the relay to switch on, and the low-level signal will be allowed to pass from one circuit to the other. Once the current is removed, the contactor will return to its resting position and the signal will no longer be sent.

The DSS71A05 reed relay is a very effective way to switch on and off low-level signals, which makes it very useful in many applications. It is small, easy to install, and requires very little power to operate. It is also very reliable, making it ideal for applications where reliability is essential.

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