Sentences with phrase «microprocessor controls»

I spec and design power stages, PCBs, and embedded microprocessor controls for 5kW - 1000kW power converters.

With ultra-modular compact combiners for 2, 4 and 6 wavelengths, Oxxius proposes a field upgradable microprocessor controlled and compact unit with multiple options.

Furthermore, some intelligent microprocessor controlled charges can help to eliminate the spark.

Developing of both analog and digital circuits with microprocessor control experience Power Supplies design Analog Circuit design, RF, PCB implementation and electromagnetic simulation: Down - Converters, Up - Converters...

Not exact matches

The DNA molecule is like a tiny microprocessor that controls everything a living cell does.

ASPYRE features multiple advanced microprocessor - based firing and control mode algorithms.

Shrinking transistors and the rise of microprocessors have given us immense control over the first: the capacity to store and manipulate data that we hold in the palms of our hands would have been inconceivable a generation ago.

The four heat levels are controlled by a microprocessor powered by rechargeable batteries that last 3 - 12 hours depending on the heat setting.

This temperature information is fed into a microprocessor, which controls a multicoloured LED light.

The electromagnet is tightly controlled by a microprocessor.

«This development will have to address variability, reproducibility and electrostatic control quality for elementary quantum bricks, as is done routinely for standard microprocessors.»

Additional elements of the NCS are the Power Conversion Electronics (PCE) which provide the up to 400 W power needed by the cooler, and the Electronic Support Module (ESM) which contains a microprocessor to control the heat flow.

The ABS control module is a microprocessor that runs diagnostic checks of a vehicle's antilock braking system and processes information from wheel - speed sensors and the hydraulic brake system to determine when to release braking pressure at a wheel that's about to lock up and start skidding.

Major design features include: — A microprocessor - controlled system that electronically varies the assist based on signals received from vehicle speed sensors.

The driver assist indicators are on the left side of the left LCD screen, but unlike the Ford - supplied photo (above) that shows a pair of fully visible LCDs, from the driver's line of sight the steering wheel obscures information about lane departure warning and adaptive cruise control, including whether ACC is on (don't worry, be happy that the microprocessors and radars are pacing the car ahead) or off (full attention required).

Regardless, they're all microprocessor - controlled and so fast that at any speed the car drives, there's enough milliseconds of time for the front wheels to tell the back wheels to adjust for a bump or pothole.

In the SMG transmission, gears are shifted electrohydraulically; shifting is controlled by a 16 - bit microprocessor that can make up to 12 million calculations per second.

Volvo officials said a microprocessor in the cruise control can be affected by a brief voltage drop.

Posted on 05 April 2016 in Engines, Fuel Efficiency, Microprocessors and controls, Transmissions Permalink Comments (2)

Many ETC systems have redundant pedal and throttle position sensors and controller redundancy, even as complex as independent microprocessors with independently written software [citation needed] within a control module whose calculations are compared to check for possible errors and faults.

It consists of microprocessor - controlled front and rear air springs with automatic front - to - rear and side - to - side leveling and front and rear stabilizer bars.

The gears of the Spirit's electronic transmission are controlled by a microprocessor linked to the engine's computer, so they synchronize better with the engine.

Controlled by a microprocessor using information from the Vehicle Stability Assist (VSA) system's wheel sensors, yaw / G sensor, engine rpm and torque, and steering angle, the Adaptive Damper System can adjust every 0.002 seconds to adapt individual wheels to road surfaces.

The computerized central nervous system of the new Volvo S60 R is so advanced that, when the car is under severe braking — a few milliseconds before brake pads actually touch rotors — a microprocessor has already computed how much the front end will dip, and then uses this information to instantly optimize shock - absorber valving to reduce dive, enhance grip and improve driver control.

Controlled by a microprocessor using information from the Vehicle Stability Assist (VSA) system's wheel sensors, yaw / G sensor, engine rpm and torque, and steering angle, the Active Damper System can adjust every 0.002 seconds to adapt individual wheels to road surfaces.

The unique cylinder head - mounted close - coupled catalytic converters light off more quickly after engine start up, and a 32 - bit RISC microprocessor within the powertrain control module (PCM) boosts computing power to improve the precision of spark and fuel delivery.

The ECM is a 16 - bit, 24 MHz microprocessor, high memory control unit designed to integrate the engine's infinitely variable valve timing (VVT) for both intake and exhaust valve trains, Electronic Throttle Control (ETC), and closed coupled catalysts for meeting emission requirements without secondary emission control scontrol unit designed to integrate the engine's infinitely variable valve timing (VVT) for both intake and exhaust valve trains, Electronic Throttle Control (ETC), and closed coupled catalysts for meeting emission requirements without secondary emission control sControl (ETC), and closed coupled catalysts for meeting emission requirements without secondary emission control scontrol systems.

Picture this, you're on your way to the Taj Mahal (one of the six listed destinations around India), after checking your email in your room, you call the butler to help lay out your tuxedo jacket to wear at dinner and show you how to operate the microprocessor climate control system in your room.

Generally, the PHEVs have top speeds of over 100 mph, have fuel efficiencies ranging from 35 to 45 miles per gallon on the highway, have ranges (before refueling or recharging is needed) of over 600 miles, employ the use of regenerative braking, «patented environmentally friendly and custom microprocessor - controlled lithium - ion battery pack, with useful life in excess of 100,000 miles,» and «patented EDI mechanical continuously variable transmission (CVT).»

ENERGY STAR laboratory grade equipment can reduce energy consumption and lower utility bills through the use of technologies such as more efficient cooling compressors, advanced microprocessor temperature control and defrost sensors, more efficient high - capacity air circulation systems, and innovative refrigerants.

These include auto - off lighting combined with the use of LED lights; energy efficient low - E glass used in glass door refrigerators; more efficient cooling compressors; more advanced microprocessor temperature control and defrost sensors; more efficient high - capacity air circulation systems, as well as hot gas defrost solutions; and low global warming potential, energy efficient alternative refrigerant options.

Inside any new car are a plethora of sensors and microprocessors, crunching away at data to control the various systems in the vehicle.

Taught variety of courses for undergraduate students including Control Systems, Power Systems, Electrical Maintenance and Testing, Microprocessors and Microcontrollers and PLC SCADA

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