Our UNIVERSAL ENGINEERING PLATFORM engineering electronics program provides comprehensive instruction with hands-on activities. The program can be tailored to support specific courses by selecting from an extensive range of Analogue and Digital circuit study modules.
Each study module includes a circuit board with printed lab manual. By mounting a circuit board onto either the UNIVERSAL ENGINEERING PLATFORM its electronic components can be powered, interconnected and monitored using either virtual or real test instrumentation.
The program offers expansion capabilities that include specialist electronics area such as Micro-controllers, Autotronics, Electronics.
Throughout the hands-on activities covered by the program, continuous use is made of fault insertion for troubleshooting and diagnostics. Students are directed through a logical faultfinding process that they can later apply to any electronic system.
A number of electronics project resources can help students develop component manipulation and circuit construction skills with both bread boarding systems and strip board soldered circuit.
- Convenient module changes with One-touch connection way
- Supply all input power by a main component
- DC, AC power signal about input signal is available with an additional function generator
- Comparison experiment is available about changing of characteristics and variables
- Easy access about circuit with graphic expression of module circuits.
- Digital Multimeter, Function Generator are included in the main equipment and also
- Waveform of function Generator is consist of sine wave, triangle wave. square wave, saw tooth wave
- Resource control using a 10.1 inches Tablet PC and optional Oscilloscope drive. (Option)
Specifications
| Power Supply | DC Output: +/-0~20V 2A, +/-5V 1A,+/-15V 1A
AC Output: 24V 0.5A, 12V 0.5A |
Inner oscilloscope (Optional) | Channels: 2
Vertical resolution: 8bits Bandwidth: 25MHz Input ranges: +50mV ~ +20V Overvoltage protection: +100V Memory: 16KB Maximum Sample rate: 200MS/s (ETSmode : 4GS/s) Trigger modes: None, auto, repeat, single Automatic measurements: Scope mode, Statistics Spectrum mode: – Frequency at peak, amplitude at peak, THD dB, SNR – SINAD, SFDR, total power, average amplitude at peak Mask limit testing: Mask generation (Numeric or Graphical) SDK/API: – 32 and 64bit drivers for Windows 7,8 and 10 – Linux drivers, mac OS X drivers Example code: C, C#, Excel VBA, VB.NET, LabVIEW, MATLAB |
| Digital Multimeter | AC/DC Voltage: 1mV ~ 400V
DC Current: 1mA ~ 4A R: 0~4MΩ |
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| Function Generator | 1Hz ~ 100kHz (Max 20Vpp)
sine wave, triangle wave, square wave, saw tooth wave |
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| Realtime Control | OS: Windows 10 / Android lollipop 5.1.1 | ||
| Laboratory | CPU: Intel Atom Bay Trail /Quad core/1.33Ghz
RAM: DDR 2GB In Memory: 32GB Out Memory: Maximum 128GB support LCD: 10.1inch IPS screen Resolution: 1280 x 800 Touch panel: 10points Capacitive multi-touch screen |
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| Input Power | AC 220V, 50/60Hz |
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