WB-DRONE: Drone Technology Workbench

i) i) Dimensions : 1500mm x 750mm x 750mm
ii) 25mm Table Top
iii) 30mm × 30mm aluminium extrusion
iv) Lockable castor wheels
v) Cupboard with shelf : 450mm x 450mm  x 450mm
vi) Drawer :  450mm x 450mm x 150 mm  
vii) Computer Keyboard drawer under the table 50mm x 380mm
viii) Electric Panel height from table top 100mm
ix) 5 Sockets with circuit breaker
x) Back panel 900mm above the table top
xi) Perforated sheet panel for hanging tools 600mm
xii) Baseplate for Computer 1000mm x 375mm

1) Bench-top 2 In 1 Oscilloscope
Oscilloscope
i) Bandwidth: 100MHz
ii) Channels: 2CH
iii) Sampling Rate: 1GSa/s
iv) Rise Time: <3ns
v) Memory Depth: 240kpts
vi) Waveform Capture Rate: 50000wfms/s
vii) Vertical Sensitivity: 50mV/div-50V/div
viii) Input Impedance: 1MΩ
ix) Time Base Scale: 10ns/div-50s/div
x) Trigger Types: Auto/Normal/Single
xi) Auto Measurements: Vpp, Max, Min, RMS(Vrms), Avg(Vavg), Peak, Freq, Cycle, Time+, Time-, Duty+,  Duty- 12 types
Waveform Generator
i) Max Frequency: 10MHz
ii) Channels: 1CH
iii) Vertical Resolution: 1Hz
iv) Modulations: Capture waveform as a source to output, 1MHz 2.4VPP
v) Frequency Characteristics:
Sin: 10MHz 2.5VPP
Square: 2MHz 2.5VPP
Triangle: 2MHz 2.5VPP
Sawtooth: 2MHz 2.5VPP
Ladder: 2MHz 2.5VPP
Others: 2MHz 2.5VPP
vi) Waveforms: sine, square, triangle, sawtooth, anti sawtooth, ladder wave, half wave, full wave, exponential wave, logarithmic wave, log-periodic wave, square root wave, multi-tone signal, sync pulse wave; 14 types

2) Benchtop Multimeter
i) 4½ digit,19,999-count True-RMS DMM
iii) DC/AC voltage and current, resistance, capacitance, frequency, diode and continuity up to 1000 V and 20 A.

3) 3 In 1 Multification Multimeter Oscilloscope
Digital Multimeter
i) Overvoltage Category: CAT IV 600V/CAT III 1000V
ii) Display Count: 20000
iii) DC Voltage (V): 1.9999V / 19.999V / 199.99V / 1000V Accuracy: ± (0.5%+3)
iv) AC Voltage (V): 1.9999V / 19.999V / 199.99V / 750.0V Accuracy: ± (1%+3)
v) DC Current (A): 19.999mA / 199.99mA / 1.9999A / 9.999A Accuracy: ± (1.2%+3)
vi) AC current (A): 19.999mA / 199.99mA / 1.9999A / 9.999A Accuracy: ± (1.5%+3)
vii) Resistance (Ω): 19.999Ω / 1.9999kΩ / 19.999kΩ / 1.9999MΩ / 19.99MΩ Accuracy: ± (0.5%+3)
viii) Capacitance (F): 1.9999nF/19.999nF/199.99nF/9.999μF/99.99μF/999.9μF/9.999mF Accuracy: ± (2.0%+5)
ix) Frequency (Hz): 9.999mHZ/99.99mHZ/999.9mHZ/9.999HZ/99.99HZ/999.9HZ/9.9999HZ Accuracy: ± (0.1%+2)
x) Temperature (°C): (-55~1300°C)/(-67~2372°F) Accuracy: ± (2.5%+5)
xi) Diode: ✓
xii) Continuity Test: ✓
xiii) Line: ✓
Oscilloscope
i) Bandwidth: 10MHz
ii) Channels: 1CH
iii) Sampling Rate: 48MSa/s
iv) Time Base Scale: 50ns/div~20s/div
v) Vertical Sensitivity: 10mV/div~10V/div(x1)
vi) Input Impedance: 1MΩ
vii) Trigger Types: Auto/Normal/Single
viii) Auto Measurements: Max, Min, Avg, RMS, VPP, Amp, Freq, Period, Duty Cycle, Width; 10 types
Waveform Generator
i) Max frequency: 50KHz
ii) Channels: 1CH
iii) Waveform Amplitude: 0.1V-3V
iv) Square Duty Cycle: 0-100% (Square & Sawtooth adjustable)
v) Waveforms: sine wave, square wave, sawtooth wave, half wave, full wave, ladder wave, anti-ladder wave, exponential rise, exponential fall, DC, multitone, sinc pulse, lorentz wave, 13 types

4) Temperature Controlled Soldering Station
i) 90 W
ii) 80 °C to 480 °C temperature range
iii) Digital display
iv) Ceramic heating element
v) 230 VAC, 50 Hz.

5) Soldering Kit:
i) Soldering & Desoldering: Soldering wire (lead and lead-free), solder flux, solder paste, flux paste, desoldering wick, and desoldering pump.
ii) Soldering Accessories: Magnifier, helping hands, sponge, brass wool, and extra soldering tips.
iii) Workplace Safety: Fume extractor, ESD mat, and ESD wrist strap.
iv) Heating & Insulation: Heat gun and Kapton tape DC Intelligent Digital Control Power Supply
v) Cooling Solution: Automatic fan activation triggered by temperature detection  

6) DC Intelligent Digital Control Power Supply
Output
i) DC Voltage: 0~36V  
ii) Current: 0~8A
iii) ower: 0~288W
iv) Setting Resolution Voltage: 0.01V
v) Current: 0.001A
Readback Value Accuracy
i) Voltage: ± (0.3%+3 bits)
ii) Current: ± (0.15%+5 bits)
iii) Input: AC 100-240V (50/60HZ)
iv) Output Channels: 3
v) Output interface: Terminals ± & USB A & Type C
vi) Operating Environment: -10°C~40°C, 0%~75%RH
vii) Load Regulation Rate: ± (0.2%+2 bits)
viii) Cooling Solution: Automatic fan activation triggered by temperature detection
‍8 Major Protections
i) Overvoltage: 0~36V
ii) Overcurrent: 0~8.2A
iii) Overpower: 0W~295.2W
iv) Overtemperature: 0~99°C
v) Undervoltage: 0~36V
vi) Short circuit: ✓
vii) Output reverse injection: ✓
viii) Input reverse connection: ✓

7) Drone Battery Testing Equipment
i) Battery Charger: Charger capable of charging LiPo, Li-ion, and other battery types using AC, 12 V DC, or another LiPo battery as a power source.
ii) Battery Safety: LiPo-safe charging and storage bag.
iii) Battery Testing: LiPo tester for checking battery and individual cell voltages.
iv) Power Measurement: Wattmeter for monitoring voltage, current, and power during testing.

8) BLDC Motor Thrust Stand
i) Thrust range: -5 to +5 kgf
ii) Torque: -2 to +2 N·m
iii) Current: 0– 55 A
iv) Voltage: 0–50 V
v) Motor speed up to 190 k eRPM
vi) Live software data, real-time plots, manual motor/servo control, automated test routines and Python API
vii) Includes optical RPM probe, motors, ESC and multiple propellers

9) Mechanical Tool Kit
i) Hand Tools: Adjustable wrench, Allen key set, ratcheting wrench kit, set of pliers, and tweezers.
ii) Power & Cutting Tools: Cordless screwdriver set, utility knife, and scissors.
iii) Assembly & Fastening: Hot glue, superglue, threadlocker, epoxy, cable ties, Velcro straps, tape, and miscellaneous
fasteners set.
iv) Measurement & Organization: Digital calipers, magnetic parts tray, toolbox, and cable markers.
v) Cleaning & Maintenance: Isopropyl alcohol for cleaning components, tools, and surfaces.

‍*Image shown is for reference only and does not represent the actual workbench configuration or design.

1) Study and Identification of various sections of the GPON FTTH Network.

2) Identification of various Networking devices used in the Optical communication PON network
- OLT, Optical FMS , FDB, Splitter, and ONT /ONU.

3) Test the signal flow path of a FTTH Network.

4) Insertion Loss Testing and Performance Evaluation of Optical Splitters.

5) Installation of Fiber Distributor Box (FDB).

6) Installation and Study of Optical Distribution Network.

7) Deployment and Configuration of OLT and ONU in a Fiber-to-the-Home (FTTH) Network      
- Accessing Web Management Interface      
- Viewing Network Device Mac Addresses      
- Accessing OLT Remotely      
- Building A Basic OLT And ONU Configuration

8) Perform OTDR test and find the faults in the link using the Fiber Event Module.

9) Measure cable performance using OTDR.

10) Demonstrate fiber preparation for splicing (strip jacket, dressing buffer tubes & fibers, strength members, removal of buffer coating).

11) Demonstrate fusion splicing and measure splice loss.
‍