Littelfuse, Inc., an industrial expertise manufacturing firm empowering a sustainable, related, and safer world, is worked up to announce the provision of the MITI-7L Reed Change Sequence. These ultra-miniature reed switches present longer life and better reliability than at present obtainable in present 7 mm reed switches, reaching hundreds of thousands of cycles. Their intensive longevity exceeds the necessities for industrial reed relays, check gear, and safety functions. These reed switches even have an in depth differential characteristic that’s well-suited for delicate functions, similar to safety and alarm programs. View the video.

The MITI-7L is a usually open swap with a 7 mm x 1.8 mm (0.276” x 0.071”) glass envelope, which might swap as much as 10 W. It has a sensitivity vary of 6-25 AT. They supply a excessive insulation resistance of 10 11 ohms (minimal) and a low contact resistance of lower than 150 milliohms. These reed switches are additionally obtainable in a floor mount model, the MISM-7L.

The MITI-7L and MISM-7L Reed Change Sequence are ideally fitted to markets that require long-life cycles and excessive reliability, similar to:

• Computerized Take a look at Tools (ATE) for energy semiconductor testing,
• Small and huge home equipment, and 
• Safety and alarm programs.

The MITI-7L key advantages and differentiators embody:

• Excessive reliability and extended lifecycle: Extensively examined and confirmed to attain hundreds of thousands of operation cycles, a big benefit over at present obtainable 7 mm reed switches.
• Design flexibility: The ultra-miniature magnet dimension and extensive sensitivity vary allow use in tougher functions.
• PCB house financial savings: Extraordinarily compact dimension, light-weight, and obtainable surface-mount model helps cut back product dimension.
• Appropriate for harsh environments: Hermetically sealed and meets cULus necessities.

“The MITI-7L is an extension of our present product line, which helps our finish prospects with considerably larger effectivity and longer lifetime,” stated Wayne Wang, International Product Supervisor at Littelfuse. “The minimal threat of failure is very crucial to functions similar to in energy semiconductor automated check gear.”