Linear System Simulator

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Product Details:

Display Large digital LCD display
Voltage 230V AC
Power 50W
Usage Educational, laboratory demonstrations
Product Type Linear System Simulator
Material Metal cabinet with acrylic front
Design Table-top enclosed design
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Linear System Simulator Price And Quantity

Minimum Order Quantity 1 Unit

Interface Ports BNC connectors for input/output
Calibration Built-in self-calibration
Finish Powder coated corrosion-resistant
Environment Compatibility Operates from 0°C to 45°C
Operation Modes Manual and automatic
Input Signal Type Step, Ramp, Sinusoidal
Accessories Included Power cord, operation manual, test leads
Output Signal Range 0-5V
Frequency Response Up to 10 kHz
Safety Features Overload protection, insulated terminals

Linear System Simulator Product Specifications

Material Metal cabinet with acrylic front
Product Type Linear System Simulator
Power 50W
Dimension (L*W*H) 45 cm x 25 cm x 15 cm
Weight 8 kg
Accuracy High precision (0.5%)
Usage Educational, laboratory demonstrations
Illuminant LED indicators
Display Large digital LCD display
Design Table-top enclosed design
Power Source Mains Electricity
Voltage 230V AC
Charging Time NA (Mains powered)
Detector Analog and digital signal detectors

Interface Ports BNC connectors for input/output
Calibration Built-in self-calibration
Finish Powder coated corrosion-resistant
Environment Compatibility Operates from 0°C to 45°C
Operation Modes Manual and automatic
Input Signal Type Step, Ramp, Sinusoidal
Accessories Included Power cord, operation manual, test leads
Output Signal Range 0-5V
Frequency Response Up to 10 kHz
Safety Features Overload protection, insulated terminals

Linear System Simulator Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

DESCRIPTION

The set up has been designed to provide a convenient means of studying the transient response of linear systems. Special attention has been given at every stage to make the systems operationally simple an straightforward. Instead of bothering the students with system configuration, disturbance points etc. Block diagram approach has been employed as a standard technique depicting the features available to the user. A description of the various subsystems is presented next, an understanding of which is necessary for both conducting the routine and designing more advanced ones.

TECHNICAL SPECIFICATIONS

To Study of simulated linear systems.
Simulated blocks first, second and third order systems.
Disturbance adding facility at input and output.
Signal Sources :
Square wave : 20-80 Hz, 0-2 V(p-p) continuously variable.
Triangular wave : 20-80 Hz, 0-2 V(p-p) continuously variable.
Integrated Triangular wave fixed amplitude.
Built in IC regulated power supply.
220V ±10%, 50Hz mains operated.
User's manual and patch cords

Versatile Signal Simulation

The simulator supports a range of input signal typesincluding step, ramp, and sinusoidalmaking it suitable for various system analysis and educational demonstrations. Its capability to handle frequencies up to 10 kHz and output voltages from 0 to 5V ensures adaptability for different experimental requirements.

User-Centric Controls and Display

Featuring large, bright LED indicators and a spacious digital LCD display, users can easily monitor system status and signals. Both manual and automatic modes simplify the process, offering flexibility during instructional or research activities.

Safety and Reliability Assured

Engineered for safety and durability, the simulator includes overload protection and insulated terminals to prevent accidents. Constructed in a powder-coated, corrosion-resistant metal enclosure, it is well-suited to withstand rigorous laboratory use.

FAQs of Linear System Simulator:

Q: How does the Linear System Simulator facilitate laboratory teaching and demonstrations?

A: This simulator is designed to help instructors and students visualize and analyze linear system responses. By generating step, ramp, and sinusoidal input signals, and displaying outputs on a large LCD, it enables hands-on demonstrations of frequency and system behavior up to 10 kHz.

Q: What safety features are integrated into this simulator?

A: The system incorporates overload protection, insulated BNC terminals, and a corrosion-resistant metal enclosure to ensure safe operation and protect users during experiments.

Q: When should I use the manual versus automatic operation mode?

A: Manual mode is ideal for step-by-step exploration, user-controlled adjustments, or demonstrations requiring close intervention. Automatic mode is best for standard tests or unattended operation where consistency is essential.

Q: Where can the simulator be effectively utilized?

A: It is optimized for educational laboratories, classroom environments, and research facilities. Its durable, table-top design and environmental compatibility make it suitable for use across a range of institutions in India.

Q: What is the process for calibrating the system?

A: The simulator features built-in self-calibration. Simply follow the prompts in the operation manual to initiate the process and ensure ongoing high-precision output (0.5% accuracy).

Q: What accessories come with the Linear System Simulator?

A: The package includes a power cord, operation manual, and a set of test leads, providing all essentials for immediate setup and usage.

Q: What are the prominent benefits for users?

A: Users benefit from high signal accuracy, robust safety measures, versatile input/output functionality, and an easy-to-read digital display, all within a compact, sturdy, and corrosion-resistant enclosure.

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