What is meant by mechatronics system?
Mechatronics system is define as the combination of mechanical part electronics parts.
A mechatronics system is composed of mechanical part, electric device electronics components, sensors hardware & it is operated & controlled under the supervision & commands that are programmed through suitable software.
-A mechatronic system blends mechanical, electrical, and computer engineering to form intelligent, automated systems. It combines sensors, actuators, controllers, and mechanical structures for improved functionality in applications like robotics and industrial automation.
A mechatronics system is a blend of mechanical, electrical, and computer engineering, creating intelligent and automated systems. It integrates these disciplines to design responsive and efficient systems, commonly used in robotics, manufacturing, and automation.
Parts of mechanical systems
Control system
mechanical Systems
computer bystem
Elechonics system
mechanical Systems
computer bystem
Elechonics system
The mechatronics system is indeed Thus main characteristic of mechatronic system are the integration and comple- mentarilies of the several aspect From the mang disciplines that describe the & operation of the components and overall system...
integraling mechanical telecommand computer engineering Freq using uc mechatronics engineering may program mobal design telecomm system of develop nanotechnology
mechatronics is a mulli. Field that refer to the disciplinary Field still sel in the contemporary advanced automated manufacturing industry.
Application
machine vision.
Automation and robotics.
mechanics:
Sensing & contoul system.
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Mechatronics is used in robotics, automotive systems (like anti-lock brakes), industrial automation, consumer electronics (cameras, smartphones), medical devices (robotic surgery systems), aerospace systems, smart buildings (climate control, security), renewable energy (wind turbines, solar panels), consumer products (washing machines, smart home devices), and entertainment (amusement park rides, simulators).
State & explain measurement character istics of measurement system.
Two types of performance characteristic of instrument can be classified Into the Following ways.
Static Characteristic
The characteristic of quantities or or parameters measuring instrument that do not vary with respect to time. are called static characteristics Sometimes, These quantities ar parameters may vary Flowely with respect to time Following are the static Characteristic
1.. Accurancy
The algebric difference bet the indicated value of an instrument. Ai re the true value At is known as Accutrancy mathmatically it can be respected as.. accurancy- Ai-At
2.. Static emor -
The difference bet the true value. At of the quantity that does not vary with respect to time of the indicated value of an instrument Ai is known as Static error es mathmaticaly it can be presented as es: At-ti
3.. Precision य
If an instrument indicate the jump value repeatedly when it is used to measure the same quantity under come circumstance For any number of times, then we can say that the instrument has high precision.
4.. Sensitivity -
The ratio of. change in O lf A Hout of fun instrument for given change in the iTip Ain That is to be measured is wled sensitivity mathematically it can be represented
S=Aoul/Ain
5.. Resolution
IF the O/p of an instrument will change only then there is a specific increment of the ip is called resolution that means. the instrument is capable of measuring the ill effectively when there is a Resolution of the i/p
State the application of mechatronic system in houshold domain
automotive machine Pax & Photo copies mechanics.
dishwasher
Airconditioner elevator control
automatic crashing machine.
Flexible manufacturing system.
automatic toster
coffie maker.
Refrigerator
Mechatronic systems are used in homes for smart automation, controlling lighting, HVAC, and security.
Household appliances like washing machines and robotic vacuum cleaners use mechatronics.
Entertainment systems, security devices, and kitchen appliances, such as smart refrigerators, also incorporate mechatronic components for enhanced functionality.
What are the componets used in mechatronic system
Mechatronic means combination of Electronic and mechanical equipment so the main componets of the mechanical systems that is
Mechatronic systems include mechanical components like gears, electrical elements such as sensors and actuators, electronics for control algorithms, software to run the system, control systems for coordination, sensors for feedback, actuators for executing actions, and communication interfaces for information exchange.
These components work together to enable precise and automated tasks.
Sensor
Actuators
Controllers
Mechanical componets
Function of the mechatronics :
Sensing, actuating and processing that is the main function of the mechatronics
Mechatronics systems function by combining mechanical, electrical, and computer engineering components to automate tasks, enable precise control, incorporate sensors for feedback, integrate interdisciplinary principles, offer task flexibility, enhance performance, and reduce the need for constant human intervention.
Advantage and Disadvantages:
Mechatronics, blending mechanical engineering, electronics, computer science, and control engineering, brings advantages and disadvantages. On the upside, it integrates disciplines for efficient systems, offers enhanced functionality, ensures precision, and allows adaptability. Conversely, complexity arises in design and maintenance, costs can be high, a diverse skill set is required, reliability concerns exist, and dependency on evolving technology may render systems obsolete.
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