INSTRUMENTS OF ROBOTICS & AI LAB

DC regulated power supply

Specifications:
  1. DC Output : 0 - 30 V continuously variable
  2. Current limit : 0-3 A
  3. Setting Resolution : Voltage 100 mV Current 10 mA
  4. Stability : 2.5 mV at 30 V / 3 A
  5. Recovering Time : £ 50 s
  6. Load Regulation : (0.05 %+10 mV)
  7. Line Regulation : (0.05%+10 mV)
  8. Temperature Coefficient : ± (0.05 % + 5 mV / °C)
  9. Ripple and Noise : 1 mVrms
  10. Current Limit : Adjustable between 100 mA to 3 A
  11. Display : 3 digit seven segment LED display
  12. voltage and current Accuracy : 1% + 1 digit)
  13. Range Indication : By flashing 'OR' LED

Interacting software's for learning

Specifications:
  1. Assist a learner to strengthen knowledge and develop a deep understanding of these technologies. Its graphical approach will help learners to grasp these topics in a very short period of time.
  2. Comes with a huge set of free libraries for machine learning, data science, etc. Assist to develop the skills for Deep Learning.
  3. Big Data for Machine Learning
  4. Data Mining and Statistics, Artificial Intelligence, Deep learning Relation Between Artificial Intelligence, Deep Learning, Machine Learning.
  5. Assist to develop the skills for Machine Learning, Introduction Supervised, Semi-Supervised Unsupervised, Reinforcement

Basic simulation software for robotics

Specifications:
  1. Robotics and Robots: Introduction to Robotics, Types of Robots
  2. Robot Mechanical Design: Joints and Links, Degree of Freedom, Forward and Inverse Kinematics
  3. Electronics Components: Basic Concepts, Basic Components, Breadboard, Types of Battery, Types of Switches, Power Sources, Regulator’s IC, Operational Amplifier, 555 Timer, Motor Driver’s IC, Logic Gates IC, ADC
  4. Sensor: Introduction to Sensor, Light Detecting Sensor, Temperature Sensor, Gas Sensor, Ultrasonic Sensor, Motion Sensor
  5. Brain of Robot: 8051 Microcontroller, AVR Microcontroller, PIC Microcontroller, Arduino
  6. Actuators: DC Motor, Stepper Motor, Servo Motor
  7. Display Devices: LED, Seven Segments, LCD
  8. Measuring Instruments: Multimeter, Oscilloscope
  9. Application of Robots: Industrial Application, Non-Industrial Application

Basic simulation software for robotics

Specifications:
  1. Core 8051 MCU clocked at 11.0592 MHz.
  2. User can enter opcode using on board 20 keys Hex keypad
  3. For large program user can use on board PC based USB Programmer.
  4. On board LCD for both programming mode and run mode.
  5. Every pin is marked in order to make work easier
  6. User can write assembly codes in PC software and run on trainer
  7. Line Regulation : (0.05%+10 mV)
  8. PC Programmer mode also supports other devices like AT89C51/52/55, AT89S51/52/53, AT89S8252, Input / Output & test points provided on board
  9. Self-contained development board with onboard DC Power Supply plug-in modules and prototyping area Onboard breadboard for self-circuit design
  10. CD with sample project code in assembly and C, Programmer software & useful documents Stepper Motor interface DC Motor interface servo Motor interface
  11. Expansion connectors for plug in with Microcontroller unit and prototyping area Every pin is marked in order to make learning easier Input/Output & test points provided on board

Educational robot with moving arm

Specifications:
  1. Learn to interface RC servo motor with ATmega128 microcontroller
  2. Learn the concept of RF communication
  3. Learn to interface LCD with ATmega128 microcontroller Learn to interface DC motor with ATmega128 microcontroller
  4. Learn the concept of Pick and Place Robot
  5. Learn to interface colour sensor and study applications like colour detection and sorting
  6. Gaining knowledge about Robotics and ATmega128 microcontroller
  7. Wi-Fi Module Interface

3D printer

Specifications:
  1. DC Output : 0 - 30 V continuously variable
  2. Current limit : 0-3 A
  3. Setting Resolution : Voltage 100 mV Current 10 mA
  4. Stability : 2.5 mV at 30 V / 3 A
  5. Recovering Time : £ 50 s
  6. Load Regulation : (0.05 %+10 mV)
  7. Line Regulation : (0.05%+10 mV)
  8. Temperature Coefficient : ± (0.05 % + 5 mV / °C)
  9. Ripple and Noise : 1 mVrms
  10. Current Limit : Adjustable between 100 mA to 3 A
  11. Display : 3 digit seven segment LED display
  12. voltage and current Accuracy : 1% + 1 digit)
  13. Range Indication : By flashing 'OR' LED

Raspberry PI 4

Specifications:
  1. Raspberry Pi 4 Model B 2GB Ram Board.
  2. Official Raspberry Pi 4 Case.
  3. Raspberry Pi 4 USB-C Official Power Adapter - 5.1V - 3 Amp.
  4. Micro HDMI Male to HDMI Female Adaptor for Raspberry Pi 4.
  5. HDMI male to HDMI male cable - 1.5m.

Raspberry base kit

Specifications:
  1. Grove Base Hat for Raspberry Pi
  2. Grove - Red LED Button
  3. Grove - Buzzer
  4. Grove - Moisture Sensor
  5. Grove - Temperature & Humidity
  6. Sensor (DHT11)
  7. Grove - Light Sensor
  8. Grove - mini PIR motion sensor
  9. Grove - Ultrasonic Ranger
  10. Grove - Relay
  11. Display : 3 digit seven segment LED display
  12. Grove – Servo
  13. Grove - 16 x 2 LCD (White on Blue)

Sun robotics Raspberry PI

Specifications:
  1. Package includes: 48 Different types of Components related to Raspberry pi and Arduino Practical’s.
  2. Brand New & High Quality.
  3. Great quality and packing in a plastic box.
  4. Includes Sensors, Motors, LCD, Power Supply Module, Components

Digital Oscilloscope

Specifications:
  1. Bandwidth : 50 MHz,
  2. Real time Sample Rate: 1GSa/s (Single Channel),
  3. Number of Channels 2 CH,
  4. Memory Depth: 1Mpts,
  5. Acquisition Modes: Normal/Average/Peak Detect,
  6. Average Selectable from 4 to 256,
  7. Vertical Sensitivity: 500 μV/div to 10 V/div,
  8. Vertical Resolution: 8 bits,
  9. Rise Time: < 5ns,
  10. Input Impedance: 1 MΩ II 13 Pf,
  11. Input Coupling: DC,
  12. AC and GND, Maximum Input Voltage: ±150Vrms,)
  13. Time base Range: 5ns - 50s/div,
  14. Time Base Accuracy: ± 50ppm measured over 10ms interval
  15. Trigger Sources: CH1, CH2, Ext, AC Line,
  16. Trigger Modes: Auto, Normal, Single,
  17. Trigger Type: Edge, Pulse Width, Slope, Video, Alternate,
  18. Trigger Coupling: AC, DC, Auto Measure 30 Automatic Measurement, VPP, VMAX, VMIN, Vamp, VTOP, VBASE, VAVG, Mean, CRMS, VRMS, ROVSHOOT, FPRE Shoot, Rise, time, Fall time, Freq, Period, + WID, -WID, +DUT, - DUT, BWID, Phase, FRR, FRF, FFT, LRR, LRF, LFR, LFF, Cursor Measure Manual, Track and Auto measure mode, Math’s +, – , ×, /, FFT, Digital Filter: Low Pass,
  19. Waveform update rate: 200000 w f/s,
  20. Storage: Linear
  21. Internal : 2 Group reference waveforms, 20 waveforms and 20 Setups
  22. USB : BMP, CSV, Waveforms, Setups Communication Port USB Host, USB Device, LAN
  23. Sample Types: Real Time and Equivalent Time,
  24. FFT: Window: Henning, Hamming, Blackman, angular, Measure Display Modes Main, Window, Window Zoom, Scan, X-Y Probe Attenuator 1X, 10X
  25. Display: 7 inch TFT Color LCD Display,
  26. Power: 100 - 240V AC, 50VA Max, Accessories 1:1/10:1 Probe (2 PCS), Power Cord, USB Cable, Bench View Software

Function Generator

Specifications:
  1. 10MHzFrequency Range (Sine Wave): 1MHz to 3MHz Frequency Range (Square, Triangle, Ramp, Pulse , & TTL),
  2. Frequency Resolution :1MHz,
  3. Frequency Display Accuracy:+0.2%
  4. Sine Wave Distortion : < 0.3%,
  5. Rise/Fall Time < 20ns
  6. Jitter: 5nS (Square) & 10 nS(Ramp and Pulse) Triangle
  7. Line Regulation : (0.05%+10 mV)
  8. Non-Linearity: < 1% (typical),
  9. Pulse Duty Cycle (5% to 95%) Digitally Controlled Output :20Vpp O.C. 10Vp pint o 50 Ω Output Impedance 50Ω
  10. Amplitude Readout Attenuation: 20dB/40dB Fixed 20dB Variable (60dB Max.)
  11. Level Flatness:0.5dB (3MHz)DC Offset: + 5V adjustable,
  12. Internal Modulation: FM (with Variable deviation frequency),
  13. Frequency Counter 50MHz (External) Sensitivity: 0.5 V RMS
  14. Input Impedance: 1MΩMax.
  15. Input Voltage : 200 V (DC + AC Peak),
  16. Main Supply : 230V AC + 10%, 50Hz,
  17. Power Consumption : 20VA (Approximately),
  18. Operating Condition: 0-40°C, 85% RH

Digital trainer board

Specifications:
  1. Size of Breadboard :172.5 mm x 128.5mm,
  2. Tie Points on Breadboard:1685 NOS (Solder less),
  3. DC Power Supply on board : 5 V, Size of Breadboard :172.5 mm x 128.5mm,Tie Points on Breadboard:1685 NOS (Solder less), DC Power Supply on board : 5 V, l A (Fixed),15 V 1A (Fixed) 15 V 1A (Fixed),15 V 200 m A (variable)-15 V 200 m A (variable),AC Supply 5V-0V-5V, 10V-0V-10V,can be used as 5V, 10V, 15V, 20V AC & also as center tap,
  4. Sine/Square/TTL Generator: 10 Hz to 1 MHz in 4 steps arable in between the steps,
  5. Amplitude Sine wave- 0 to 15 Vpp,
  6. Square Wave- 0 to 10Vpp TTL-5V (fixed),Fixed TTL (Clock) 01. Hz ,
  7. Line Regulation : (0.05%+10 mV)
  8. Data switches : 8 NOS (Toggle switches) PULSAR Switches 1 no,
  9. LED display : 8 NOS,
  10. Logic Probe : Logic level indicator H/L for TTL level (7 Segment display),
  11. Potentiometers n:6 NOS (100 ohm to 47k Ohm),
  12. Speaker :8ohm/2W for audio use,
  13. Power Supply :110-220V + 10%, 50/60Hz,
  14. Power Consumption:8VA,
  15. Included Accessories :Breadboard:2 nos.
  16. Connecting Wire : 20 nos,2mm to 1mm
  17. Patch cord: 8 nos, 2mm to 2mm
  18. Patch cord 16: 8 nos
  19. Mains cord : 1 no.

Analog circuit development platform

Specifications:
  1. Aesthetically designed injection molded electronic desk.
  2. Master unit carrying useful experiment resources Variable Power supplies / Status / Pulsar / Function Generator, DPMs etc. while the central slot will hold various replaceable experiment panels.
  3. Connection through Sturdy 4mm Banana Sockets & Patch Cords.
  4. Hands on learning by constructing circuits using built in power breadboard panels as well as using Discrete component panels.
  5. Set of Users Guide provided with each Unit.
  6. If you need components for circuit practice buy an overlay learning system specified below.
  7. Built in Power Supply
  8. DC. Power Supply : 5V / 1A, ± 15V, 150mA [variable], Variable : 0 - + / -12V 150mA, AC 12 - 0 - 12, 150mA AC
  9. Built in Function Generator
  10. Output Waveform - Sine, Triangle & Square / TTL Output Frequency - 1 Hz to 200KHz in 6 ranges, with amplitude & frequency control pots. O/P Voltage 20V p-p max.
  11. Clock Generator : 10 MHz TTL clock.
  12. Input Data Switches & output LED status indicators for High/Low indication (15+1) No.,)
  13. Pulsar switches (2 nos.) With four debounced outputs..2no.
  14. Fixed TTL (5V) clocks : 4 Nos. 1KHz, 100Hz, 5Hz, 1Hz
  15. Logic probe to detect High/Low level pulses upto 1MHz, with bi-colour LEDs to indicate status.
  16. 2 digit 7 segment display with BCD to 7 segment decoder.
  17. LED BAR graph with 10 LED indicators to display 0-2.5V or 0-4V input.
  18. Onboard DPM is provided with mode selection.
  19. DC volt / current - 200mA/20V....... 1no. Onboard speaker - 8 Ohms, 0.5 Watt (1no.)
  20. Onboard POTS. .1K(1no.) & 1M(1no.)
  21. Built in bread board panel with 1280 tie points & 400 distribution points totalling to 1680 points along with 4mm banana sockets for tapping from the trainer +5V, +12V, GND for the circuits to be assembled on breadboard using single stand (#22/24)wire.
  22. Components for circuit practice (resistors, capacitors, diodes, ICs etc.) supplied as an overlay learning system.
  23. 20 Pin ZIF : Various analog/digital IC's can be tested.
  24. Operating Voltage : 230V ±10%, 50Hz/35AOperating Voltage : 230V ±10%, 50Hz/35A