Examples of 'microprocessor controller' in a sentence
Meaning of "microprocessor controller"
A microprocessor controller refers to a device or component that utilizes a microprocessor chip to perform control or management functions in a system or device. It can be used in various applications such as industrial automation, electronic devices, robotics, or any other system that requires precise control or decision-making capabilities
How to use "microprocessor controller" in a sentence
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microprocessor controller
Removable microprocessor controller with keypad lock.
The system additionally incorporates a microprocessor controller.
A microprocessor controller of an uninterruptible power supply.
The controller unit can further comprise a microprocessor controller.
The microprocessor controller is used to regulate different components of the welding.
This data is collected and then input into a microprocessor controller.
Programmable microprocessor controller.
A microprocessor controller is included to interfaz to the vehicle lighting control system.
This stainless steel vacuum oven works with a microprocessor controller with a timing function.
The microprocessor controller can be as is known to a worker skilled in the art.
The solenoids are controlled by primary modulation and submodulation control signals of the microprocessor controller.
Central microprocessor controller.
The controller unit can further comprise a printed circuit board and a microprocessor controller.
Wherein said microprocessor controller utilizes algorithms stored in memory for controlled vacuum drying.
The monitored object must also have a GPRS modem along with a microprocessor controller.
See also
Wherein said microprocessor controller utilizes relative humidity maximums and minimums for controlled vacuum drying.
The motor and steering mechanism are connected to an on-board microprocessor controller.
Microprocessor Controller with digital display providing continuous operating information.
In a preferred embodiment, the timer is integrated into the microprocessor controller.
A modern microprocessor controller with touch panel ensures transparency for the HMI.
Such control circuitry suitably comprises a microprocessor controller 22.
Microprocessor controller, easy settings and adjustments.
Figure 10 illustrates how a microprocessor controller is used to run each of the modules.
Microprocessor controller with digital temperature display, accurate supervision and control.
Signal strength values are sent to the microprocessor controller 130.
The microprocessor controller 31 waits for either a record signal or an eject command.
The timing is synchronized to the receiving sequence by the microprocessor controller 130.
The microprocessor controller provides precise control of the elevation position of the headlight 12.
The received signal strength value is sent to the microprocessor controller 130.
The microprocessor controller 31 assigns a new tape number which is displayed on the screen.
The timing is synchronized to the transmitting sequence by the microprocessor controller 130.
The microprocessor controller 53 constitutes control means for controlling the various radio functions.
Typically a separate pattern for each unit 24 is programmed into the microprocessor controller 44.
Wherein said microprocessor controller automatically controls the heated conduction temperature, vacuum pressure, and cycle times.
Activation and de-activation of the heater plate 45 may advantageously be provided by the microprocessor controller 18.
C, Microprocessor controller supervises all functions.
A frequency selector 21 is coupled to the microprocessor controller 20 for choosing the synthesizer output frequency fo.
The microprocessor controller 31 reads the TLD and the program number from the VBI.
When power is applied to the mobile station, the microprocessor controller 130 executes an initialization procedure.
The microprocessor controller is also coupled to a rotation period counter 44 and a revolution counter 46.
If the coding indicates any bit errors, the microprocessor controller 102 is informed of such errors.
The microprocessor controller 31 reads the TLD and the address from the control track 42c.
FIG . 7 shows a block diagram of another specific implementation of the microprocessor controller 31.
A Programmable microprocessor controller which includes,.
The RF power emission level of the amplifier is selected on command by a microprocessor controller 130.
At the HMI, a modern microprocessor controller with touch panel ensures transparency.
The timing and sequence length of the DTMF tones are controlled by the microprocessor controller 130 '.
Decisions by the microprocessor controller 130 are based on received messages and measurements.
The RAM 33 is a conventional random access semiconductor memory which interfaces directly with the microprocessor controller 31.
In one implementation, the microprocessor controller 31 then prompts the user to enter an volume label.
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Description of the microprocessor display and keyboard
Examples of using Controller
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The controller is then basically ready to use
Verify the temperature controller is functioning properly
The controller chafes after several hours
