TMCS - Guide to Data Acquisition Systems (Daq).ppt
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The document provides an overview of data acquisition systems (DAQ), detailing their components, such as sensors, signal conditioners, and analog-to-digital converters, and their applications across various industries including automotive and aerospace. It highlights the benefits of DAQ systems including accuracy, flexibility, and programmability, as well as the encompassing role of the company TMCS in providing tailored automation and control solutions. TMCS specializes in integrating DAQ systems with a team of experienced engineers, offering comprehensive support throughout the project lifecycle.
TMCS - Guide to Data Acquisition Systems (Daq).ppt
- 1. TMCS - Guide to Data Acquisition Systems (Daq Systems) A data acquisition system (daq) is a data collection and processing system that consists of a computer, sensors, and measuring devices. It takes information about a real-world system and saves it in a retrievable manner in engineering and scientific research. Sensors that translate physical events into quantifiable signals, signal conditioners that optimize electrical signals, analog-to-digital converters that digitize analogue inputs, and software tools like as LabVIEW are all vital components of a daq. A daq system may detect current, voltage, strain, frequency, pressure, temperature, distance, vibration, angles, digital signals, and weight, among other things. A daq system provides precision, flexibility, scalability, and programmability. Daq is used in a variety of industries, including automobile production, aerospace defense, electronics, and national instruments (ni) instruments. Essential components of data acquisition system: Sensors: The primary function of sensors and transducers is to interact with the item being measured. Physical phenomena like as light, temperature, pressure, position, sound, and so on are converted into measurable signals such as voltage and current.
- 2. A. Signal Conditioners: The electrical signals acquired by the sensors may be corrupted by noise or interference and must be processed before use. The signals are often too faint for the data collecting equipment to detect. As a result, extra circuitry is used to optimize signal. This additional gear is referred to as a signal conditioner in the technical world. As a result, signal conditioning is the process of making signals as error-free as feasible. B. Analog-to-Digital Converters: This DAQ module is in charge of digitalizing analogue inputs. This chip's role is to receive information from its surroundings and convert it into discrete levels that a computer can interpret. C. Software Application (LabVIEW): National Instruments LabVIEW, which also supports a broad range of devices, makes DAQ application creation simple. LabVIEW is commonly used for automated product EOL testing in a production scenario and is gradually becoming the industry standard. Because of its interaction with a wide range of hardware platforms, potential engineers, designers, and research scientists prefer LabVIEW as a software development environment. Parameters Measured on DAQ: Many different parameters can be measured using a data acquisition system, including the following: - Current - Voltage - Strain - Frequency or time interval - Pressure - Temperature - Distance - Vibration - Angles - Digital signals - Weight
- 3. Benefits of DAQ System: - Accurate - Flexible - Scalable - Programmable DAQ Applications: a. Automotive- Data gathering software and equipment are utilized to guarantee that the manufactured car components are of the greatest quality. b. NI Instruments, b. National Instruments data acquisition software (DAQ) devices are categorized into separate classes to make choosing quick and easy. These systems are quantified using common form factors or system types like temperature and strain.
- 4. c. Aeronautical defense Almost every aircraft sector and flight-testing facility uses data acquisition products. These solutions can work in a number of settings and circumstances. To ensure its functionality, every DAQ system is tested in the lab, the telemetry control room, the engine test stand, and the flight line. d. Electronics- The electronics sector makes use of data acquisition systems. They are used to measure heat output, resistance, conductivity, magnetics, etc., all of which play a role in electrical design. About US: Theta Measurement and Control Solutions Pvt Ltd (TMCS), founded in 2013, specializes in providing cost-effective Industrial Automation, Test, Measurement, and Control solutions. This enables clients to provide cutting-edge technology solutions. We specialize in creating bespoke automated test equipment to satisfy their specific needs, such as commissioning industry standard automation, measuring hardware and software, data acquisition and control systems. TMCS - Vision and Mission
- 5. Our solutions are used in a variety of industries, including automotive, power and electronics, defense, steel, oil and gas, and many more. TMCS is a National Instruments System Integrator for Data Acquisition (DAQ System) Hardware and LabVIEW software development. Engineers with vast expertise lead the work at TMCS. They are adept at evaluating demands, developing ideas, and creating formats that are adapted for unique requirements found across diverse sectors. Providing complete solutions, the TMCS team provides services such as integration, delivery, installation and commissioning, and training, as well as ongoing support during all stages of development. Contact Info - Office Location Corporate Office: AR Bhat Bhavan, Mccia Building, Tilak Road, Pune - 411002, Maharashtra, India. Sales R/O: Toil Chowki, Hyderabad, Telangana, India - 500008 Contact Number: +91 80077 74712 +91 20 67636001