DIGI BOARD 2 Type 3910

Type 3910

DIGI BOARD 2 Type 3910

The DIGI BOARD 2 Type 3910 is a universal teaching and training unit for the fundamentals of digital and microcomputer technology. All function groups, the power supply, displays and input units are built in so that clear experiments can be assembled directly on the bench.

  • Universal teaching and training unit for digital and microcomputer technology
  • All function groups and the power supply are built into the unit
  • Usable as a table-top unit, demonstration unit or mobile training unit
  • Adapter for connection to a computer
  • DC signal source 0 ... 5 V / 10 mA
  • Integrated digital functions such as gates, flip-flops, counters and ALU

Layout and Functional Groups

The DIGI BOARD 2 introduces digital technology, contactless control engineering and microcomputer technology. The functional groups are wired via 2 mm connection technology.

The unit includes input keypads, a clock generator, hexadecimal/dual code switches, LED displays, 7-segment display, gates, comparators, flip-flops, shift registers, ALU, counters and memory blocks.

Experiment Operation and Accessories

The board can be placed on a table or mounted in a frame stand. In a box it becomes a mobile training unit and can still be used directly for experiments.

The unit comes with the manual 'Experimenting with Digital Technology' Type V 0160 with tasks and solutions covering the standard topics of digital technology.

  • Extra modules and expansion slots
  • Experiment manual with tasks and solutions
DC signal source
0 ... 5 V / 10 mA
Internal DC supply
+5 V / 3 A, short-circuit proof
External DC supply
+5 V / 0.5 A, short-circuit proof
Clock generator
100 kHz
Frequency divider
10 kHz, 1 kHz, 100 Hz, 10 Hz, 1 Hz, 0.1 Hz
Mains supply
230 V AC / 115 V AC (110 V AC), 30 VA, 50 ... 60 Hz
Adapter
2 mm sockets to SUB-D 25
Board version
532 x 297 x 95 mm
Weight board version
3.5 kg
Box version
580 x 450 x 155 mm
Weight box version
7.5 kg
Front panel
5 mm laminated press material, matte blue, white engraving
Additional modules
5 V DC / max. 1 A
Recommended accessories
V 0160, table frame 8112, accessory set 3910.1, IC BOARD 3530, IC sockets 9156/9156.2/9156.3

Taken from the tables of contents of the hps experiment manuals (titles, numbers and pages). All manuals are German; titles are shown in the original language. All manuals and experiments

V 0160 Versuche zur Digitaltechnik Manual · 222 pages 49 experiments

Main device of this manual – applies to all experiments View table of contents

  1. 1.2.1 Wichtige binäre Verknüpfungen p. 9
  2. 1.2.2 Gesetze der Schaltalgebra p. 10
  3. 1.2.3 Disjunktive und konjunktive Normalform p. 15
  4. 1.2.4 Schaltungsentwurf mit Hilfe von KV-Diagrammen p. 17
  5. 1.2.5 Darstellung von Schaltnetzen in NAND bzw. NOR-Technik p. 19
  6. 1.2.6 Äquivalenz p. 22
  7. 1.2.7 Antivalenz p. 23
  8. 1.2.8 Arbeiten mit TTL-Bausteinen p. 24
  9. 2.2 Versuchsteil p. 28
  10. 3.2.1 RS-Flipflop aus NOR-Gattern p. 33
  11. 3.2.2 RS-Flipflop aus NAND-Gattern p. 34
  12. 3.2.3 Taktzustandsgesteuerte RS-Flipflops p. 35
  13. 3.2.4 RS-Flipflops mit dominierendem S- oder R-Eingang p. 36
  14. 3.2.5 D-Flipflops p. 37
  15. 3.2.6 Einflankengesteuertes RS-Flipflop p. 38
  16. 3.2.7 Zweizustandsgesteuertes D-Flipflop p. 41
  17. 3.2.8 Einflankengesteuertes JK-Flipflop p. 42
  18. 4.2.1 Das Monoflop des Digitalen Trainings systems p. 48
  19. 4.2.2 Verzögerungsschaltungen p. 49
  20. 5.2.1 8421-BCD / Dezimal-Codeumsetzer p. 56
  21. 5.2.2 8421-BCD / 7-Segment-Codeumsetzer p. 58
  22. 5.2.3 Codiererschaltungen p. 61
  23. 6.2.1 Halbaddierer p. 68
  24. 6.2.2 Volladdierer p. 70
  25. 6.2.3 Addierschaltungen für den 8421-BCD-Code p. 72
  26. 6.2.4 Halbsubtrahierer p. 77
  27. 6.2.5 Vollsubtrahierer p. 78
  28. 6.2.6 Subtrahierer für Dualzahlen p. 81
  29. 6.2.7 2-Bit-Parallel-Multiplikationsschaltung p. 83
  30. 6.2.8 Rechenwerk für 4-Bit-Dualzahlen p. 85
  31. 7.2.1 Asynchrone Vorwärtszähler p. 92
  32. 7.2.2 Asynchrone Rückwärtszähler p. 94
  33. 7.2.3 Asynchrone Umkehrzähler p. 96
  34. 7.2.4 Asynchrone Modulo-n-Zähler p. 97
  35. 7.2.5 Synchronzähler p. 99
  36. 7.2.6 Programmierbare Zähler p. 102
  37. 8.2.1 JK-Schieberegister p. 107
  38. 8.2.2 Schieberegister mit paralleler Dateneingabe p. 109
  39. 8.2.3 Serielle Datenübertragung p. 111
  40. 9.2 Versuchsteil p. 117
  41. 10.2.1 Arithmetische Operationen p. 124
  42. 10.2.2 ALU mit Akkumulator p. 126
  43. 11.2.1 Beschreiben und Lesen von Speicher bausteinen p. 132
  44. 11.2.2 Wortbreite p. 134
  45. 11.2.3 Speicherkapazität p. 137
  46. 12.2.1 Analog-Digital-Umsetzung p. 141
  47. 12.2.2 Digital-Analog-Umsetzung p. 144
  48. 12.2.3 Signalübertragung p. 146
  49. 12.2.4 Digitaler Funktionsgenerator p. 148
V 0123 Versuche zum STEPPING BOARD Manual · 75 pages 6 experiments
V 0174 Grundlagen der Automatisierungstechnik mit SIMATIC STEP 7 Manual · 240 pages 1 experiment

Additional device in this manual View table of contents

  1. 10.3.1 Projekt „Datenaustausch mit externen Anlagenkomponenten“ p. 234
V 0174 Grundlagen der Automatisierungstechnik mit SIMATIC STEP 7 Solutions · 76 pages 1 experiment

Additional device in this manual View table of contents

  1. 10 Praktische Übungen p. 49