Data acquisition systems play a vital role in modern engineering and scientific operations since they are used to measure, monitor, and control different physical quantities. These systems are used in various industries such as aerospace and defence, telecommunications, and automotive to offer detailed information about system performance and behaviour, system processes, and equipment.

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Introduction
Data acquisition systems play a vital role in modern engineering and scientific
operations since they are used to measure, monitor, and control different physical
quantities. These systems are used in various industries such as aerospace and
defence, telecommunications, and automotive to offer detailed information about
system performance and behaviour, system processes, and equipment.
The appearance of Modular Data Acquisition and Control Systems is possibly
one of the significant strives in data acquisition systems. These systems consist of
custom-built modules that give users the ability to perform signal conditioning at a
very advanced level, integrated data logging, bus monitoring, and multiple formats
as output. It enables highly adaptable and customizable designs that match the
specific requirements of various fields and industries.
Data Acquisition Systems

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What Is the Data Acquisition System?
These systems, often referred to as Data Acquisition and Control Systems (DACS),
are designed to gather data from sensors, transducers, and other measurement
devices, process this data, and provide outputs or actions based on predefined
criteria.
A key feature of a data acquisition system is modularity, which allows for flexibility
and scalability in system design. Modular Data Acquisition and Control Systems
consist of many modules, each serving specific functions.
A data acquisition system is an important component that is involved in many
advanced signal-processing functions. Control of data sources here takes the form
of modifying the signals that originate from the sensors and transducers to produce
precise and faithful data readings. So-called signal conditioning methods will include
amplification, filtering, noise reduction, and calibration and all of them serve the
purpose of creating an environment that will ensure impeccable data collection.
Why Data Acquisition System is a crucial component in the
development and management of any project?
The reason in which data acquisition systems are critical is because of their ability to
transform raw data into information that can be relied upon by the decision makers,
troubleshooting, and optimization across different spheres.
Another significant part of data acquisition systems is determining input signal
conditioning, which is required during data collection. Signals, produced by sensors,
instruments, or devices, are processed frequently to ensure proper data integrity,
stability, and consistency with the installed data acquisition system.

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This procedure could typically involve augmentation, selecting-out, isolation, or any
other technique of improving the quality and reliability of the signal. Via strong
channel conditioning systems that make data acquisition accurate even in difficult
environments no matter if the signal source is not simple, data acquisition systems
ensure the captured data is accurate.
How does a digilogic system data acquisition system work?
Digilogic Systems' designed for versatility and durability, can give reliable and solid
output without failure in notoriously challenging environments. These systems are
based on modular technology, where they provide different modules such as
advanced signal conditioning, data logging, bus monitoring, and multiple output
formats.
A unique characteristic embraced by Digilogic Systems is its ability to endure the
vibrations of real-world applications. They are small in size and constructed to stand
the vibration, hence making them the preferred pick for vibration monitors where
data accuracy with precision is very vital.
The main part of the chassis also features high-level environment specifications
thereby making it successfully operate in extreme temperatures ranging from the low
of -40ºC to +70ºC. The comfort of implementing the temperature resistance model
is that the system is operational and consistent, even in conditions that are extreme
like those of aerospace, automotive, and industrial settings.
The information from the Digilogic Systems modules is mostly converted over to
the PCs or laptops and further tasks like analysis and processing are performed. The
process is eased with Ethernet connectivity. The data is transmitted using LAN and
provides a fast and reliable data transmission method. The custom of Digilogic
systems in addition to the integration of optional technology media like Wi-Fi, GSM,

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Or 3G. Such inventory of the communication options on the system serves the
purpose of delivering remote and real-time data, which in turn makes the system
more useable and versatile thus improving its functioning.
The Digilogic System solution consists of the application of toughness, modularity,
advanced signal processing, and security of data transfer. Such integrated design
facilitates the user by producing comprehensive data acquisition and control systems
that can be modified individually to meet specific application requirements, with
confidence in perfect function and deep data capture, even in not-so-favourable
working conditions.
Applications of Digilogic Systems Data Acquisition Systems:
Digilogic Systems comes up as a versatile solution across the different areas of
industry, showing its adaptability.
Automotive Testing: Digilogic systems data acquisition system is a crucial
automated testing tool that helps with vibration analysis, engine performance testing,
and vehicle diagnostics. Such a machine is built to withstand the environmental
extremes of an automotive vehicle.
Aerospace and Defence: For aerospace and defence applications the stringent
requirements are fulfilled by digilogic system rugged modules and precise data
acquisition capabilities. It plays out the role of aircraft health monitoring, the
collection of telemetry data, and efficient system performance analysis.

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Product Specifications:
 Processor: Power PC
 Analog Input: Voltage (AC/DC), Current, TC, RTD, Accelerometer, Bridge-
based Sensor
 Analog Output: Voltage, Current
 Digital I/Os: TTL, Industrial (28V, 60V)
 Serial: RS232/422/485
 Storage: SD Card up to 4 GB per module
 Communication: MIL-STD-1553B
 Peripherals: Ethernet, USB
 Operating temperature: -40°C to +70°C
 Storage temperature: -40°C to +85 °C
 Operating humidity: 10 to 90% RH
 Storage humidity: 5 to 95% RH
 EMI/EMC: MIL-STD-461C
 Shock & Vibration: MIL-STD-810F
 MIL-STD-461E with JSS 55555 qualification
Benefits of Digilogic Systems Data Acquisition System:
Adopting an end-to-end data management system like a digilogic system helps with
operations and creates an environment for better data-driven decisions.
Accuracy and Precision: digilogic systems guarantee the accuracy and accuracy
that good data gives a realistic image and can lead to informed decisions.
Customization: Its arrangement and reconfiguration ability enables the users to
choose the type of system to suit their specific needs, ensuring both optimal
performance and flexibility.

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Scalability: digilogic systems can scale on a large-scale platform and thus can adjust
themselves depending on the criteria of data acquisition. As a consequence, it may
be considered to be a scaling solution for rapidly changing industrial trends.
Reliability: In contrast to the existing market products, which are made of delicate
materials and often prone to failure, our solution is based on the most dependable
parts and was tested to work reliably. This results in a steady and stable performance
level even in hard-to-reach areas, thus reducing downtime.
Cost-Effectiveness: Through the employment of commercial-off-the-shelf
(COTS) units in digilogic systems, not only will the cost of the system be brought
down, but also the quality of the system not be compromised.
Some of the Specific Modules available in Digilogic Systems' Data
Acquisition Systems:
Analog Input Modules: These modules offered two components: input stage linear
amplification circuitry with digital signal processing features for handling analog
signals such as sensors and transducers providing advanced signal conditioning
capacities.
Digital Input/output Modules: With these block modules, users can send digital
signals and conveniently monitor as well as control digital devices/processes.
Communication Modules: These software modules provide smooth positive
feedback from digilogic systems to devices or other systems in the outside world.

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Signal Conditioning Modules: They convert analog signals from sensors,
compensate for drift, increase noise immunity, and, finally, realize the system’s
proper operation.
Data Logging Modules: These modules are implemented to help with the logging
of the data integrated into them, which can be used to log and store data from
different channels and over prolonged periods.
Bus Monitoring Modules: These modules control such communication protocols
as CAN, LIN, or Modbus and provide insight into the level of network performance
and the data exchange system in industrial settings.
Output Modules: Based on composition work modules provide external computer
signals, which in turn allows you to run control movements or use external devices
after getting the data.
Conclusion
The modular data acquisition and control system from Digilogic Systems data
acquisition system stands out due to the way it is built, with the Meccano-type
modules features being able to take vibration without damage and operate at very
low (-40ºC) and high (+70ºC) temperatures.
In terms of durability, it is fully fit for attaining highly demanding vibration
monitoring systems. In addition, a digital systems data acquisition system allows for
signal conditioning, data logging, and bus monitoring, a means of better capturing
the information and exercising control.
The full customization nature of Fin Drone solutions helps to acquire high-quality
systems by using the small packages from (COTS). With data transfer options such
as Ethernet, Wi-Fi, GSM, and 3G, DRDACS ensures maximum compatibility and

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effective data handling, making it a multipurpose and dependable answer or solution
for these varied industrial and study environments.
Contact us today to discuss your Data Acquisition Systems requirements
Website: https://www.digilogicsystems.com/
Phone:
Hyderabad: (+91) 40 4547 4601 / 02 / 03
Bengaluru: (+91) 80 4975 6034
Email: info@digilogicsystems.com
Locations:
HEAD OFFICE
#102, 1st Floor, DSL Abacus Tech Park Beside DSL Virtue Mall, Uppal, Hyderabad,
Telangana-500 039, India
BRANCH OFFICE
#216, 3rd floor, Zareen Heights, Varthur Road, Nagavarapalya, C. V. Raman Nagar,
Bengaluru, Karnataka — 560093