Type 1017.1
Type 1017.1 USB - PC BASIC ELECTRONIC BOARD
Universal training and learning system for the fundamentals of electrical engineering and electronics. The board can be used with or without PC support and can be extended with the optional measuring interface and USB oscilloscope. It combines supply sources, function generator and clearly organized accessory storage in one system.
- Universal training and learning system for electrical engineering and electronics
- Integrated DC, AC and three-phase current sources plus function generator
- Function generator and DC / AC / three-phase sources are short-circuit-proof and LED-monitored
- Parameters can be set via the integrated USB interface and control software
- Usable with or without PC support
- Accessories stored clearly on a separate printed panel
Description
The PC BASIC ELECTRONIC BOARD 1017.1 USB is a universal training and learning system for the fundamentals of electrical engineering and electronics. It can be used with or without PC support.
Via the integrated USB interface and the control software, the output signals of the supply sources can be set precisely on the PC and, if required, projected via a connected beamer.
The large plug-in field allows experiments with pluggable components. The 4 mm safety sockets are arranged on a 19 mm grid; groups of four sockets are electrically connected and marked by a white engraving.
Circuit assembly is done using connecting plugs or leads and the pluggable components dictated by the circuit.
- Accessory set Type 1017.11 with storage panel, resistors, capacitors, semiconductors and transformer coils
- Accessory set Type 1017.11.1 with connecting plugs and leads
- Optional USB measuring interface Type 1018.4
- Optional USB oscilloscope Type 1018.5
Accessories and Experiment Manual
The experiment manual Type V 0105, "Fundamental Experiments in Electrical Engineering / Electronics", covers the basic experiments from circuits and Ohm's law to bridge circuits, operational amplifiers and semiconductor devices.
The optional measuring interface Type 1018.4 adds two current and two voltage inputs. The USB oscilloscope Type 1018.5 additionally enables display in the time and frequency domain.
- Experiment manual V 0105
- Measuring interface Type 1018.4
- USB oscilloscope Type 1018.5
- Detailed experiment instructions with solutions
- Optional measuring interface Type 1018.4 and USB oscilloscope Type 1018.5
- Mains connection
- 230 V AC / 115 V AC (110 V AC)
- Mains frequency
- 50...60 Hz
- Power consumption
- approx. 70 VA
- DC voltage
- +15 V (±5 %) / 800 mA; -15 V (±5 %) / 800 mA; +5 V / 100 mA; 0...25 V / 300 mA
- AC voltage
- 24 V AC / max. 100 mA
- Function generator
- Sine / square / triangle; Uss = 0...20 V / 100 mA; f = 1 Hz...250 kHz; Ri = 60 Ω
- Square wave, positive
- US = 5 V / TTL
- PWM
- 10 kHz; duty cycle 0...100 %
- DC offset
- +12 V ... -12 V
- Three-phase generator line-to-neutral voltage
- 7 Veff
- Three-phase generator line voltage
- 12 Veff
- Three-phase generator line current
- max. 50 mA
- Three-phase generator frequency
- approx. 50 Hz
- Front panel
- 5 mm laminate, matte blue, white symbols
- Rear side
- grey plastic enclosure with ergonomic tilt
- Board dimensions
- 532 x 297 x 120 mm (W x H x D)
- Board weight
- 3.9 kg
- Accessory set dimensions
- 266 x 297 x 160 mm (W x H x D)
- Accessory set weight
- 2.2 kg
- Box version
- 580 x 450 x 200 mm
- Total weight
- approx. 10.0 kg
- Electric circuit / Ohm's law / Kirchhoff's laws
- Voltage and current fault circuit
- Electrical resistors
- Equivalent voltage sources
- Series connection of voltage sources
- Parallel connection of voltage sources
- Electrical power and work
- Efficiency of electrical power
- Voltage, current and power matching
- Determination and representation of characteristic values in AC technology
- Three-phase alternating current
- Capacitor in AC circuit
- Coil in AC circuit
- Series and parallel connection of resistor, capacitor and coil
- Transformer, coupling transformer
- Diodes / transistors / thyristors
- Operational amplifiers
- Bridge circuits (Wheatstone bridge, Thevenin theorem, Norton theorem, Maxwell bridge, Maxwell-Wien bridge, capacitor bridge)