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Impulse Embedded is a leading provider of Industrial computing systems and solutions. Our customers rely on us to provide the best embedded computing products and solutions for the challenges presented by today’s industrial demands. Together with our global manufacturing partners we provide world-class innovative embedded computing and automation products and solutions suitable for multiple industrial market sectors.
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Dataforth 5B Linearised Thermocouple Input Module
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Select the products of this series that you wish to request quantity or project pricing, or lead time information for:
SCM5B47J-01
5B Linearised Thermocouple Input Module – Type J – 0 to 760°C Input – 0 to +5V Output
SCM5B47B-11
5B Linearised Thermocouple Input Module – Type B – 500°C to 1800°C Input – 0 to +5V Output
SCM5B47B-11D
5B Linearised Thermocouple Input Module – Type B – 500°C to 1800°C Input – 0 to +10V Output
SCM5B47E-08
5B Linearised Thermocouple Input Module – Type E – 0 to 1000°C Input – 0 to +5V Output
SCM5B47E-08D
5B Linearised Thermocouple Input Module – Type E – 0 to 1000°C Input – 0 to +10V Output
SCM5B47J-01D
5B Linearised Thermocouple Input Module – Type J – 0 to 760°C Input – 0 to +10V Output
SCM5B47J-02
5B Linearised Thermocouple Input Module – Type J – -100°C to 300°C Input – 0 to +5V Output
SCM5B47J-02D
5B Linearised Thermocouple Input Module – Type J – -100°C to 300°C Input – 0 to +10V Output
SCM5B47J-03
5B Linearised Thermocouple Input Module – Type J – 0 to 500°C Input – 0 to +5V Output
SCM5B47J-03D
5B Linearised Thermocouple Input Module – Type J – 0 to 500°C Input – 0 to +10V Output
SCM5B47J-12
5B Linearised Thermocouple Input Module – Type J – -100°C to 760°C Input – 0 to +5V Output
SCM5B47J-12D
5B Linearised Thermocouple Input Module – Type J – -100°C to 760°C Input – 0 to +10V Output
SCM5B47K-04
5B Linearised Thermocouple Input Module – Type K – 0 to 1000°C Input – 0 to +5V Output
SCM5B47K-04D
5B Linearised Thermocouple Input Module – Type K – 0 to 1000°C Input – 0 to +10V Output
SCM5B47K-05
5B Linearised Thermocouple Input Module – Type K – 0 to 500°C Input – 0 to +5V Output
SCM5B47K-05D
5B Linearised Thermocouple Input Module – Type K – 0 to 500°C Input – 0 to +10V Output
SCM5B47K-13
5B Linearised Thermocouple Input Module – Type K – -100°C to 1350°C Input – 0 to +5V Output
SCM5B47K-13D
5B Linearised Thermocouple Input Module – Type K – -100°C to 1350°C Input – 0 to +10V Output
SCM5B47K-14
5B Linearised Thermocouple Input Module – Type K – 0 to 1200°C Input – 0 to +5V Output
SCM5B47K-14D
5B Linearised Thermocouple Input Module – Type K – 0 to 1200°C Input – 0 to +10V Output
SCM5B47N-15
5B Linearised Thermocouple Input Module – Type N – -100°C to 1300°C Input – 0 to +5V Output
SCM5B47N-15D
5B Linearised Thermocouple Input Module – Type N – -100°C to 1300°C Input – 0 to +10V Output
SCM5B47R-09
5B Linearised Thermocouple Input Module – Type R – 500°C to 1750°C Input – 0 to +5V Output
SCM5B47R-09D
5B Linearised Thermocouple Input Module – Type R – 500°C to 1750°C Input – 0 to +10V Output
SCM5B47S-10
5B Linearised Thermocouple Input Module – Type S – 500°C to 1750°C Input – 0 to +5V Output
SCM5B47S-10D
5B Linearised Thermocouple Input Module – Type S – 500°C to 1750°C Input – 0 to +10V Output
SCM5B47T-06
5B Linearised Thermocouple Input Module – Type T – -100°C to 400°C Input – 0 to +5V Output
SCM5B47T-06D
5B Linearised Thermocouple Input Module – Type T – -100°C to 400°C Input – 0 to +10V Output
SCM5B47T-07
5B Linearised Thermocouple Input Module – Type T – 0 to 200°C Input – 0 to +5V Output
SCM5B47T-07D
5B Linearised Thermocouple Input Module – Type T – 0 to 200°C Input – 0 to +10V Output
GPU computer custom built for autonomous vehicle control system
WMG, University of Warwick’s Intelligent Vehicles research group works with a variety of industrial partners to address challenges presented by the concept of autonomous vehicles. Operating within this department is a multi-million pound funded project ‘Cloud assisted real time methods for autonomy’ (CARMA), working in collaboration with Jaguar Land Rover and EPSRC (Engineering and Physical Sciences Research Council).