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Introducing the ADG1412L Quad SPST analog switch with industries best low On-resistance from Analog Devices. Evaluation board and samples available from Anglia.
The ADG1412L from Analog Devices is a high-performance, quad-channel analog switch designed to meet the demands of precision signal routing in various applications.

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Recognised as the UK’s number one for reliability, flexibility and customer service.

Innovative design gives Omron slide DIP switch enhanced reliability

 

Omron has released a slide DIP switch that uses innovative mechanical design to give more reliable switch operation.

The new Omron A6SN features high pressure, knife-edge internal mechanics, ensuring more reliable and consistent contact operation. This design enables any solder flux residues to be broken during the operation of the switch actuator. The switch also uses a temperature resistant resin that enables reflow soldering at peak temperatures of up to 260°C, which is higher than most comparable alternatives.

Andries de Bruin, Omron European Product Marketing Manager, Switches commented, “The Omron DIP switches range includes versions to suit most production methods and as well as fully sealed types. All A6SN switch types can be washed without seal tape. They are available with a number different of actuator configurations and the A6SN can be supplied with embossed taping models to aid automatic mounting processes.”

The Omron A6SN is rated at 24V DC at 25mA, and available in 1 to 10 poles with a flat or raised actuator. Insulation resistance is 100MΩ at 100V DC. The A6SN supports an ambient operating temperature range of -30°C to +85°C.

Omron’s DIP switch range meets the requirements of many electronic markets including security, vending, industrial, process control and embedded applications. The product line-up includes industry standard types, low torque sealed switches and a number of industry specific models.

 

For more information, or details on the full range of Omron products available from Anglia, please email info@anglia.com

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This news article was originally published in January 2012.

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19/10/17