Including the following modules

• Fixed DC power supply 3.3V;0.8A
• Fixed DC supply +5v,1.5A / -5V,1.5A
• Fixed DC supply +12V,1.5A / -12V,1.5A
• Fixed DC supply +15V,1.5A / -15V,1.5A
• Adjustable DC power supply (-20V : +20V), 1.5 A
• Three-phase power supply 0-150 Hz, 0-14 Vrms, 2 A Peak.
• Three-phase power supply with adjustable phase-shift.
• 2 X Voltmeter auto range up to 500V DC, 460 Vrms AC
• 2 X Ammeter auto rang up to 10A AC/ DC
• 2 X Resistance measurement up to 40 MΩ
• 2 X Capacitance measurement from 10 nF up to 2000 μF
• Inductance meter from 100 uH to 500 mH (Q<=50 , Q>1 at 1kHz)
• 2 X temperature measurement( -20 C: 200 C), diode, frequency(0 to 6 MHz) and continuity test
• 64-Bit processor
• Measurements storage memory
• Plug-in board for all training cards
• Set of measurement accessories and leads
• 8-Bit digital signal output accessed via 2-mm sockets, ttl/cmos, clock frequency 0 – 100 KHz, Electric Strength 0 to 13V Variable and
• Fixed States 0/24 V
• 8-Bit digital signal input, accessed via 2mm sockets, memory depth 8-bit x 2 k, TTL/CMOS, sampling rate 0 – 100 kHz, electric strength 0 to 24V
• 16-bit digital I/O (8-bit digital inputs & 8-bit digital outputs), TTL/CMOS sampling rate 100 msps, adjustable voltage ranges from 1.8V to 3.3V,
• 8 Relays 24V, 1A DC for multi usage as fault troubleshooting
• USB 2.0 Interface of a transfer speed of 480Mbps, USB 3.0, 2.5 gbps & Display Interface.
• 4-Channel Oscilloscope with 100 MHz band width, safe for voltages up to 200 VP-P, sampling rate 200 Msps (50 Msps x 4 channels), 11 voltage/div ranges & 25 time/div ranges, inputs via BNC(4 inputs) or 2-mm sockets (4 inputs).
• 2-Channels for current measurement, overcurrent-protected including 4 different ranges up to 5A, sampling 100 Msps.
• Function generator with adjustable amplitude up to 10Vp-p , adjustable offset from -10V to 10V and adjustable frequency from DC up to 10MHz (BNC Connection).
• Embedded controllers.

The training system is provided with the following virtual measuring instruments:

• VI for fixed DC supplies
• VI for adjustable DC power supply ( -20 V to +20 V)
• VI for three-phase power supplies
• VI for multimeter (voltmeter-ammeter- RLC meter - Temperature - Diode test -continuity test).
• 8 Digital outputs, 8 digital inputs. Display modes: binary, hex, decimal and octal numerals and 16 high speed DIO.
• 4-Channel oscilloscope: band width 100 MHz, 25-time ranges, 100 ns/div to 10s/div, 11 ranges 10mV/div to 20 V/div, trigger and pre trigger, xy and xt modes, cursor function, addition and multiplication function for 2 channels
• Spectrum analyzer: 9 voltage ranges 100 mVto 50 V, input frequency range 3 Hz to 10 MHz, time domain display
• Bode-plotter: 9 voltage ranges 100 mV to 50 V, frequency range 1 Hz - 10 MHz, time domain display and locus diagram
• Function generator: 0.5 Hz -10MHz - 10VP-P, sine, square, triangular.
• Arbitrary waveform and pulse generator
• Power meter

Digital software

• Contains Virtual instruments (VIs) of all supported Sources and Measurements include the followings:
  • Digital Multimeter VIs which Control and Display Multimeter Parameters,
  • Oscilloscope VI which Controls each channel individually as Vertical Control (V/Div, Offset, Coupling, On/Off) and as Horizontal
  • Control (Time/Div), also include Trigger for the selected channel ,Filter , XY Mode and Phasor Diagram,
  • Function Generator and Bode Plotter VI Controls Function Generator Vpp Range, offset, Frequency, Function and AWG data can be loaded from file,
  • Logic Analyzer and Pattern Generator VI Controls the Two Groups of High-speed Digital IOs Direction and Load data from File for pattern generator,
  • Spectrum Analyzer VI Displays the Oscilloscope channels in the frequency domain with different methods,
  • Variable DC and Three Phase Supply VI which controls the Variable Supply output type DC or AC , output level, Frequency and phase shift,
  • Relay Control VI for controlling each relay individually,
  • Digital Inputs VI to capturing digital inputs,
  • Digital Outputs VI controls each bit individually and the output voltage level for all bits.
  • Data can be saved from the displayed Graphs.