New 2-Wire Inductive Proximity Sensors with Low Minimum Operating Voltage of +2.3 V
M18M2 is compatible with most types of computers for portable robotics, motor controls and automation. Utilizes Mirow Brand Sensors technology to operate at low off-state leakage current level of 3 µA (typ.) and the low on" voltage level of +2.3 V. ideal for low current portable/battery operated applications.
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New 2-Wire Inductive Proximity Sensors with Low Minimum Operating Voltage of +2.3 V
M18M2 is compatible with most types of computers for portable robotics, motor controls and automation. Utilizes Mirow Brand Sensors technology to operate at low off-state leakage current level of 3 µA (typ.) and the low on" voltage level of +2.3 V. ideal for low current portable/battery operated applications.
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New Photoelectric Sensors Compatible with IO-link open-standard Protocol
Includes diffuse with background suppression, retroreflective, retroreflective for transparent objects and through-beam models. Sensing ranges vary from 1200mm for background suppression sensors to 20m for through-beam models. Provides long-range and small spot diameter, simple potentiometer sensitivity adjustment and visible red-light emission for easy targeting set-up.
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New Photoelectric Sensors Compatible with IO-link open-standard Protocol
Includes diffuse with background suppression, retroreflective, retroreflective for transparent objects and through-beam models. Sensing ranges vary from 1200mm for background suppression sensors to 20m for through-beam models. Provides long-range and small spot diameter, simple potentiometer sensitivity adjustment and visible red-light emission for easy targeting set-up.
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Key Considerations for Creating a Custom Cable
Consolidated Electronic Wire & Cable's new eBook, Creating a Custom Cable, reviews the key elements to designing your perfect custom-made cable solution.
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New Wafer Mapping Sensor Based on Photoelectric Micromote Technology
Features controlled and focused light spot, allowing it to detect wafers even just a few μm thick with high precision. Utilizes high precise photoelectric sensor for fast and reliable detection of semiconductor wafers and slotting errors in FOUPS. Ideal for life science, food and beverage applications.
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New Wafer Mapping Sensor Based on Photoelectric Micromote Technology
Features controlled and focused light spot, allowing it to detect wafers even just a few μm thick with high precision. Utilizes high precise photoelectric sensor for fast and reliable detection of semiconductor wafers and slotting errors in FOUPS. Ideal for life science, food and beverage applications.
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New VCNL36821S and VCNL36826S Proximity Sensors are RoHS-Compliant and Halogen-Free
Features power consumption down to 6 µA in 2.55 mm. x 2.05 mm. x 1.0 mm. SMD Package. Offers temperature compensation from -40 °C to +85 °C, and moisture sensitivity level (MSL) of 3. Supports I²C bus communication interface, while programmable interrupt function allows designers to specify high and low thresholds to reduce continuous communication with microcontroller.
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New VCNL36821S and VCNL36826S Proximity Sensors are RoHS-Compliant and Halogen-Free
Features power consumption down to 6 µA in 2.55 mm. x 2.05 mm. x 1.0 mm. SMD Package. Offers temperature compensation from -40 °C to +85 °C, and moisture sensitivity level (MSL) of 3. Supports I²C bus communication interface, while programmable interrupt function allows designers to specify high and low thresholds to reduce continuous communication with microcontroller.
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New Inductive Proximity Sensors Available with 2m Pigtail Cable
Available in 8mm, 12mm, 18mm and 30mm cylindrical sizes. 8mm analog inductive proximity sensors detect the presence of ferrous metal objects at distance up to 4mm. 12mm, 18mm and 30mm analog inductive proximity sensors detect the distance of ferrous metal objects up to 6, 10 and 20mm respectively.
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New Inductive Proximity Sensors Available with 2m Pigtail Cable
Available in 8mm, 12mm, 18mm and 30mm cylindrical sizes. 8mm analog inductive proximity sensors detect the presence of ferrous metal objects at distance up to 4mm. 12mm, 18mm and 30mm analog inductive proximity sensors detect the distance of ferrous metal objects up to 6, 10 and 20mm respectively.
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Paratherm™ HR Heat Transfer Fluid: Higher Temperature Stability Leads to Longer Fluid Life
For the ultimate in heat transfer fluid performance, Paratherm offers HR Heat Transfer Fluid that is engineered specifically for closed loop liquid phase heating. When it comes to characteristics such as thermal stability and fluid degradation, Paratherm HR leads the industry in value and performance. See our video to learn how Paratherm is raising the bar for heat transfer fluids.
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