Coto Technology  

East Greenwich,  RI 
United States
https://cotorelay.com/
  • Booth: 1246


WORLD LEADER ADVANCED SWITCHING & MAGNETIC SENSING SOLUTIONS

Coto Technology's newest RedRock® TMR ultra low-power magnetic switch sensor series features ultra low-power consumption, high sensitivity and miniature size. The series of analog and digital TMR magnetic switch sensors are ideally suited to the demands of next generation security, metering, medical, automotive, instrumentation and industrial markets.

Coto Technology will demo two new RedRock® product series':

RR142 (Dual Channel Digital/Analog Sensor)

  • The RR142 offers an innovative new option to meet the needs of next generation applications. For “wake-up” applications, the analog output functionally is kept inactive until the sensor detects the removal of a nearby magnetic field. This is particularly ideal for battery-powered, high-precision level and proximity sensing.

RR112-1D9x (High Sensitivity Analog Sensor)

  • The RR112-1D9x offers multiple configurations of several parameters to enable applications such as proximity and rotary sensing and level detection.

Founded in 1917, we are a privately held company headquartered in East Greenwich, RI with our manufacturing facility in Mexicali, Mexico.

Visit our website www.cotorelay.com.

Brands: RedRock® (TMR Magnetic Switch Sensors) CotoMOS® (MOSFET Solid State Relays) CotoClassic™ (Reed Relays | Molded Reed Switches)


 Products

  • RR142 (Dual Channel Digital/Analog Sensor)
    The RedRock® RR142-1LD2-542/545 and RR142-1LD3-542/545 multi-channel magnetic sensors feature both digital and analog channels in one package....

  • The RedRock® RR142-1LD2-542/545 and RR142-1LD3-542/545 are multi-channel magnetic sensors with multiple output options ideal for use in medical, industrial, automotive, and consumer applications. Based on patented Tunneling Magnetoresistance (TMR) technology with seamless CMOS integration, the RR142 offers multiple configurations of several parameters to enable applications like proximity sensing, rotary sensing, and level detection.

    The RR142-1LD2-542/545 and RR142-1LD3-542/545 feature both digital and analog channels. The RR142 offers an innovative new option to meet the needs of next generation applications. For “wake-up” applications, the analog output functionally is kept inactive until the sensor detects the removal of a nearby magnetic field (B < Brp). Once awakened, the analog circuitry stays on and continues to provide an output signal until sensor is reset (DVD is < Vuvlo – fall). This is particularly ideal for battery-powered, high-precision level and proximity sensing.

    The RR142 offers a wide supply voltage range from 1.7 up to 5.5 V, ideal for applications from small, wearable battery-powered electronics to industrial machinery. The digital channel features an operate sensitivity of 60 G (6 mT) with an omnipolar magnetic field response and an operating frequency of 12Hz. When in Digital Only mode, the RR142 has the world’s lowest current drain (150nA) for an active magnetic sensor operating at that frequency. The analog channel offers a linear voltage output with a wide magnetic sensitivity range from -80 G to +80 G with a sensitivity of 5 mV/V/G and an operating frequency of 25Hz. When in Digital+Analog mode, the digital channel continues to operate at 12Hz and the analog channel operates at 25Hz while drawing a total of 1.2 µA. The RR142 has a wide operating temperature range of -40°C to 85°C (RR142-1LD2-542/545) or -40°C to 125°C (RR142-1LD3-542/545).

    RR142-1LD2-542/545 & RR142-1LD3-542/545 SERIES FEATURES:

    • Multi channel Outputs: Digital & Analog
    • Operate sensitivity of 60 G
    • Linear Analog Sensitivity Range from -80 G to +80 G
    • Wide Supply Voltage range of 1.7V – 5.5V
    • Lowest Average Current: 150 nA (Digital only mode), 1.2 μA (Digital+Analog mode)
    • Omnipolar Response for the Digital Channel with Push-Pull Output
    • Linear Analog Voltage Response for the Analog Channel
    • Digital Channel Frequency of 12 Hz
    • Analog Channel Frequency of 25 Hz
    • Temperature Rated up to 125°C
    • Critical Performance Specs 100% Product Tested Throughout Complete Temperature Randa
    • RoHS & REACH Compliant

    APPLICATIONS:

    • Proximity Detection
    • Rotary Sensing
    • Fluid Level Detection
    • Door & Lid Closure Detection
    • Utility Meters
    • Portable Medical Devices
    • Motor Controllers
    • Consumer Electronics
    • Wake-Up μProcessor
  • RR112-1D9x (High Sensitivity Analog Sensor)
    The RedRock® RR112-1D92-532 and RR112-1D93-532 are 4X more sensitive than other TMR analog sensors....

  • The RedRock® RR112-1D92-532 and RR112-1D93-532 are analog magnetic sensors with proportional linear voltage output ideal for use in medical, industrial, automotive, and consumer applications. Based on patented Tunneling Magnetoresistance (TMR) technology with seamless CMOS integration, the RR112 offers multiple configurations of several parameters to enable applications such as proximity sensing, rotary sensing, and level detection.

    The RR112 series features a magnetic field range from -20 to +20 G (-2 mT to +2 mT) with a typical sensitivity of 20mV/V/G (200 mV/V/mT). Because it is rated to operate across a wide temperature range (-40°C up to 125°C) and it offers a wide supply voltage range (1.7 up to 5.5 V), the RR112 series is ideal for applications ranging from small battery-powered electronics to industrial machinery. 

     RR112-1D92-532 & RR112-1D93-532 SERIES FEATURES:

    • Operate Sensitivity Range from -20 G to +20 G
    • Low Average Current < 50 μA
    • Wide Supply Voltage Range of 1.7V to 5.5V
    • Linear Analog Voltage Response
    • Operating Frequency of 2.5 kHz
    • Temperature Rated up to 125°C
    • Critical Performance Specs 100% Production Tested Throughout Complete Temperature Range
    • RoHS & REACH Compliant

    APPLICATIONS:

    • Proximity Detection
    • Rotary Sensing
    • Fluid Level Detection
    • Door & Lid Closure Detection
    • Utility Meters
    • Portable Medical Devices
    • Consumer Electronics
    • IoT Devices


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