Examples of 'microprocessor can' in a sentence
Meaning of "microprocessor can"
microprocessor can: Indicates the ability or capability of a microprocessor to perform certain tasks or functions. It suggests that a microprocessor has the capacity to carry out specific operations
How to use "microprocessor can" in a sentence
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microprocessor can
The various signals in a microprocessor can be classified as.
The microprocessor can do this storage itself.
This will limit the deterioration in the detector head scale which the microprocessor can handle.
A microprocessor can contain many millions of transistors.
Further, as indicated above, the microprocessor can be programmed to prevent overdoses.
A microprocessor can be connected to the temperature control circuit.
It is accessible only internally, the microprocessor can make computations with this secret code.
The microprocessor can be preprogrammed or programmable.
Similarly, a single control system with a microprocessor can be used to control all washing systems.
The microprocessor can thus be outside the portable object.
Instruction established, The set of instructions that the microprocessor can perform.
Only the microprocessor can reset this register.
Instruction Set, It is the set of the instructions that the Microprocessor can execute.
For example the microprocessor can be replaced by a microcontroller.
The intervention (i.e., the sequence of operation) of the microprocessor can be modified.
See also
The microprocessor can count the number of transponders identified.
The DSP, zero cross detector and microprocessor can be incorporated into one device.
The microprocessor can be used as part of a polarity protection circuit.
The programming of the microprocessor can be influenced by an external interfaz.
The microprocessor can also be designed to be controlled externally as well.
Any known or to be known microprocessor can be used herein without limitation.
A microprocessor can execute several tens, even hundreds or thousands of different instructions.
It was used to explain how a microprocessor can seem to process several tasks simultaneously.
The microprocessor can be physically separate from the comparison means.
Unfortunately, the microprocessor can only execute very simple.
The microprocessor can only perform calculations with positive integers.
Although the Z80 microprocessor can certainly be used on.
The microprocessor can execute the functions of identification of the signaling code.
The crystal used for the microprocessor can be shared for the coil drive 105 hereinafter described.
The microprocessor can therefore recalibrate the transmitter for minimal error.
This second microprocessor can be used to run a more elaborate AID programme.
The microprocessor can be of the dispersed logic type or the single chip type.
Hence, the microprocessor can be adjusted accordingly.
The microprocessor can also be external and outside the frame unit.
Furthermore, the microprocessor can possess only one connector common to the reader and printer.
This microprocessor can also be the interfaz to the dual or single data bus.
In addition, the microprocessor can include volatile and non-volatile memory.
The microprocessor can chop the electrical power supply to obtain operation in fractions of a step.
Completed the Phase 2, the microprocessor can activate the EQUALIZATION charge, depending on the programming.
The microprocessor can continuously monitor the pressure signal while the aircraft is being operated.
In addition the microprocessor can monitor historical performance and vary subsequent operation accordingly.
The microprocessor can also function as a data collection device for monitoring patient compliance.
In effect, since a microprocessor can be programmed, it accepts a certain programmability of the demodulation parameters.
The microprocessor can control a crimping station in accordance with instructions input into a control console.
Therefore, the microprocessor can be used to choose optimum shift to maximize the engine effect.
The microprocessor can be controlled by software for interpreting the Doppler and stethoscopic results.
Additionally, the microprocessor can deactivate switch 12 to terminate the boosting process when a fault is detected.
The microprocessor can read and write information to and from the RAM during operation.
An onboard microprocessor can easily determine and store a calibration factor for the vehicle.
Each slave microprocessor can receive data concerning the synchronization commands from the master microprocessor.
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You can have all the rest
Things that you can barely imagine
Sou can manage the company alone
