Specifications
Untitled Document
1) Baseboard Hardware (Input)
• Resistance measurement
• Digital resistance measurement through resistance measurement terminal
• Measuring range: 10Ω, 100Ω, 1kΩ, 10kΩ, 100kΩ, 1MΩ
• AC power: 0V, 6V, 9V, 12V
• AC Voltmeter: 12V
• Slide switch: + 5V 2EA, ‐5V 2EA, + 15V 2EA, ‐15V 2EA
• Tact Switch: + 5V 1EA, ‐5V 1EA, + 15V 1EA, ‐15V 1EA
• Waveform Generator & Output Level Adjuster
• Sine wave, triangle wave, square wave through built‐in waveform generator
• 0.1Hz ~ 100kHz
• Duty Generator: 10% ~ 90%
• Variable resistance generator: 4 range variable resistance regulators of 1kΩ, 10kΩ, 50kΩ, 100kΩ
• Capacitor selector: 100F, 1nF, 10nF, 47nF, 100nF, 1000nF
• Variable power generator: + 1.5V ~ + 18V, ‐1.5V ~ ‐18V
• Fixed voltage output: + 5V, ‐5V, + 15V, ‐15V
• Fixed frequency output: 0.5Hz, 1Hz, 50Hz, 100Hz
• Variable Signal Voltage Generator: + 5V ~ ‐5V
2) Baseboard Hardware (Output)
• Frequency counter: 0Hz ~ 10kHz measurement
• Analog & Digital Voltmeters: 0V to 30V, AC and DC Voltage Measurements
• Analog & Digital Ammeters: 0A to 1A, AC and DC Current Measurements
• Display function
• 7‐Segment: 2ea
• LED: 8ea (for output display)
• LED: 3ea (for displaying mode status)
• Speaker: 1ea
• Speaker Volume Control: 1ea
• USB DAQ Input & Output: Each 1ea
• Program waveform output: 1ea
• Scope: 2 channels, 250KHz
• Oscilloscope output: USB (Cortex‐M3)
• DAQ output: USB To Serial (FTDI – FT232BL)
3) Module implementation
• RF SMB Connectors: 25‐Included for digital logic module compatibility
• Simultaneous installation / practice of at least two training theme modules on the main body is possible.
4) Experimental Modules
(1) Ohm's law and series / parallel circuit of resistance
• Parallel circuit of resistors
• Series circuit of resistor
• Series / parallel circuit of resistance
(2) Kirchhoff's law of current and voltage
• Kirchhoff's Law of Voltage
• Kirchhoff's law of current
(3) Capacitor series / parallel circuit, R‐C series circuit
• Parallel circuit of capacitor
• Series circuit of capacitor
• R‐C series circuit
(4) Inductor series / parallel circuit, R‐L series circuit
• Parallel circuit of inductor
• Series circuit of inductor
• R‐L series circuit
(5) Differential and Integral of Waveform, R‐C and R‐L Parallel Circuits
• Differential circuit
• Integral circuit
• R‐C parallel circuit
• R‐L parallel circuit
(6) Wheatstone Bridge
• Resistance measurement circuit of Wheatstone bridge
• Capacitor Measurement Circuit of Wheatstone Bridge
(7) Voltage multiplier and current multiplier, maximum power transfer
Conditions and impedance matching circuit
• Voltage multiplier circuit
• Current multiplier circuit
• Maximum power transfer condition and impedance matching circuit
(8) R-L-C series and parallel resonant circuit
• R‐L‐C series resonant circuit
• R‐L‐C parallel resonant circuit
(9) Thevenin and Norton's Theorem
• Thevenin's Theorem Circuit
• Thevenin's Theorem equivalent circuit
• Norton's Theorem Circuit
(10) The principle of superposition, the characteristics of the diode
• Principle of superposition circuit
• Characteristics of junction diode
• Characteristics of Zener Diode
• Characteristics of LED
(11) Half‐wave rectification and full‐wave rectification circuit
• Half‐wave rectifier circuit
• Radio wave center tap rectifier circuit
• Full‐wave bridge rectifier circuit
(12) Operational amplifier circuit 2
• Inverting amplifier
• Non‐inverting amplifier
• Adder
• Subtractor
• Voltage follower
(13) Oscillation circuit
• Sine wave generator
• Square wave generator
• Triangle wave generator
• LC oscillation circuit
• RC oscillation circuit
(14) Pulse circuit
• Unstable Multivibrator
• Monostable Multivibrator
• Clipper
• Clamper
• RLC response waveform
(15) Programmable Logic Controller Module
① It consists of a separate terminal block to prevent damage to the terminal block of PLC main body.
② Manufactured as a clamp‐type module to attach and detach the working board.
• Operation method: repeat, fixed cycle, interrupt operation, fixed cycle scan
• I / O control method: scan synchronous batch processing method (refresh method), immediate input and output by command (direct method)
• Programming language: ladder diagram (LD), instruction list (IL)
• Operation processing: 83us / Step
• Program Capacity: 15k Steps
• Operation Mode: RUN, STOP, DEBUG
• Program Port: RS‐232C (1CH), USB (1CH)
• Input unit
- Input points: 16 points
- Insulation method: photo coupler insulation
• Output Unit
- Output score: 16 points
- Insulation method: relay insulation
• Rated Load Voltage / Current: DC24V 2A (Resistance Load)
/ AC220V 2A (COSΦ = 1), 5A / COM
• Rated Input Power: AC100 ~ 240V
(16) Input Control Module
• Push Switch
• Toggle Switch
• EMG Switch
• Compatible with PLC Unit.
• Name Silk Printing Treatment
(17) Output Lab Module
• LAMP UNIT
• Working voltage: DC24V
• Red lamp: 4ea (4 points 1COM)
• Blue lamp: 4ea (4 points 1COM)
• BUZZER UNIT
• Operating voltage: DC24V
• Power supply 4mm terminal block
• Compatible with PLC Unit.
• Name silk printing treatment
(18) 7-Segment Display Unit
• Digital Display (2digits)
• 4mm terminal block
• Compatible structure with PLC unit
• Name Silk Printing Process
(19) DC Motor Unit
• Driving voltage: DC24V
• Rotation detection disc
• Rotating Disc Detection Photo Sensor
• Power Supply 4mm Terminal Block
(20) Step Motor Training Department
• Motor: Stepping Motor
• Drive power: DC24V
• Rotary disc attachment type
• Rotating Disc Detection Photo Sensor
• Compatible with PLC unit.
• Designation silk printing treatment
(21) Photovoltaic Cell Module
• Light source incident angle adjustment function
• Solar cell
• Max. Power: Pm: 5W
• Max. Power Voltage: Vmp: 17.5V
• Max. Power Current: Imp: 300mA
• Open Voltage (Voc): 21.4V
• Short‐Circuit Current: Isc: 390mA
• PV output terminal (4mm insulation type)
• Module handle (aluminum): Front panel left and right
(22) Smart Farm (greenhouse model) Module
• Size: 640 (W) × 820 (D) × 500 (H) mm
• Sensor: temperature, humidity, soil sensor, CDS, CO2,
• Potted water cycle pump (LED bar water flow indication)
• Illuminated LED Bar
• Ceiling open motor (Push‐Pull type linear step motor) × 2EA
• Fan (DC 5V)
• Model flower bed: 530 (W) × 730 (D) mm or more
• Linear Step Motor Control Board
• Door hinge attachment and window acrylic attachment
• Power: AC 220V / DC 12V, 5V built in power
• ATmega 2560 Module
• Clock: 16MHz or more
• Digital input / output pin: 54 or more
• Analog Port Pin: 16 or more
• PWM CH: 15 or more
• Flash memory: 256KBytes or more
• SRAM: 8KBytes or more
• EEPROM: 4KBytes or more
• USB cable
(23) Robot Control Module
• Servo Drive
• Voltage / frequency: single phase AC 200 ~ 230V / 50, 60Hz or three-phase AC 200 ~ 230V / 50, 60Hz
• Control method: sine wave PWM control, current control method
• Position Control Mode: Maximum Input Pulse Frequency‐ 1Mpps
• Speed control mode: Speed control range: Analog speed command‐1: 2000, internal speed command‐1: 5000
• Torque control: Analog torque command input: DC0 to ± 8 V / maximum torque (input impedance 10 to 12 kΩ)
• Servo Motor
• Rated power: more than 50W
• Rated rotation speed: 3000 r / min
• Smart Servo Actuator Unit
• Max Input Speed: 3000 rpm
• Moving Speed: 250 mm / s
(24) Electronic circuit simulation software
① Schematic Capture
• Support for more than 68,000 libraries and real‐time updates via the Internet
• Simultaneous simulation and PCB artwork for the designed drawing
• Color display of various Net trace function and wiring connection information
• Intelligent wire work and auto‐junction function
• Schematic & PCB Layout Cross Probe (Wire, Routing, Component, PAD, PIN, Text)
• Provides various ECAD Data Import functions such as OrCAD, P‐cad, Board Station, Expedition, DxDesigner, Pads, Protel, CADStar, Allegro Design, Eagle CAD
• Mirror function for each part
• Provide circuit composition using device sheet
• Support Net Class, DifferentialPair, PCB Design Rule setting in circuit diagram
② Simulation
• Mixed analog and digital circuit simulation with Xspice 3f5 engine.
• Simultaneous Simulation of Schematic Circuit and PCB Layout
• DC Sweep, Temperature Sweep, Transfer Function, Monte Carlo, Transient / Fourier, AC Small Signal, Noise, Parameter Sweep
• Support output signal operation
• Select function and multi viewer function for output waveform
• Aldec OEM simulator
③ PCB design
• Layer Stack and Layer thickness application function for the whole board
• Display function for board and electrical port
• Signal Integrity Simulation based on powerful DRC Rules
• Single PAD, Via, solder and Paste Mask Setting
• OrCAD, PCAD, Power PCB (Pads), Tango, Cadstar, MxDesigner, Cadence Alegro, AutoCAD File Format Automatic Export and Import
• Gerver Data and NC Drill File Output Function
• Board Wizard, Gerver Wizard, Bom Data Wizard, PCB Component Wizard
• PCB Output File Management through CAM Manager
• Output File Format Preparation Considering CAM Equipment
• Layer Stack Automatic Display Function
• Switchable to direct Schematic to PCB and PCB to Schematic
• True PCB Design Collaboration
• The next generation of Interactive Routing
• Footprint Comparison Report
• Custom Cartesian and Polar Grids
• Variants shown in the PCB editor
• Atmel QTouch (R) support
• Cursor Snap Management and Working Guides
④ Auto route
• Manufacture PCB based on Windows
• Simultaneous routing of multi‐layer boards (8 wiring directions: horizontal, vertical, any, etc.)
• Design Capability: 30F / Infinity
• Automatic Test Point Generation
• Create Via Hold according to user's working environment
• Select Route function such as Component, Area, Connection, Net, All ...
• Memory, Fan Out Used SMD Pins, Pattem, Shape Router‐ Push And Shove, Shape
• Router‐Rip Up, Clean During Routing, Clean After Routing, Evenly Space Tracks
• Add Testpoints, Pre‐route
• Automatic image retention after routing
• Rules application function for Net‐Level and Class‐Level
• Spectra Auto Router Support
⑤ FPGA peripheral cores
• CAN Controller – parallel to serial interface, implementing the BOSCH® CAN 2.0B Data Link Layer Protocol.
• FPGA Startup – user‐definable power‐up delay, used to implement power‐on reset.
• I2C – parallel to serial interface, implementing an Inter‐ Integrated Circuit (I2C) 2‐wire serial bus on the serial side.
• Keypad Controller – 4 by 4 keypad scanner with de‐ bounce. Can be used in a polled or interrupt driven system.
• LCD Controller – bus‐style interface controller for a 2 line by 16 character LCD module.
• Port extension units – 8‐bit output and input / output port units, available in 1, 2 and 4 port wide configurations
• PS2 Controller – parallel to serial interface providing a bidirectional, synchronous serial interface between a host MCU and a PS / 2 device (keyboard or mouse).
• SRL0 – simple parallel to serial interface, full duplex, single byte buffering.
• TMR3 – dual timer unit, 16, 13 and 8‐bit timer / counter modes
• VGA – VGA controller that presents video memory as a flat address space. Supports VGA and SVGA resolutions, and B & W, 16 and 64 color. Outputs digital RGB and H + V sync.
⑥ 3D View
• 3D parts creation and IMPORT / EXPORT available
• PCB BOARD Export / Import
• DATA compatible with 3D CAD