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Schichtwiderstände Family 9104

Type 9104.2-1

1 kΩ

Plug-in component / accessory · Individual type of the family 9104 Schichtwiderstände

Assignment
Type of the family 9104
Experiments
103 in 5 manuals
Total quantity
224 across all experiments according to the component overview
Manuals
V 0101 V 0102 V 0103 V 0104 V 0105 V 0106
As of
2026-09-06
To the family 9104 To the accessories overview All manuals and experiments

Experiments in which type 9104.2-1 is used according to the component overview or the experiment text (titles, numbers and pages from the tables of contents; German manuals). All manuals and experiments

V 0101 DC technology Manual · 92 pages 3 experiments

Mentioned in 3 experiments View table of contents

  1. 2 Ohm's law 2 × p. 7
  2. 4.11 Loaded voltage divider 1 × p. 33
  3. 7 Parallel connection of voltage sources 2 × p. 41
V 0102 AC technology Manual · 160 pages 18 experiments

Mentioned in 18 experiments View table of contents

  1. 1.2 Characteristics of the sine voltage 1 × p. 1
  2. 1.3 Active power at sine voltage 1 × p. 5
  3. 1.4 Characteristics of the square wave alternating voltage 1 × p. 9
  4. 2.3 Loads in star connection 3 × p. 19
  5. 2.4 Loads in delta connection 3 × p. 23
  6. 2.5 Measurements on a faulty star connection 3 × p. 27
  7. 2.6 Measurements on faulty delta connection 3 × p. 31
  8. 3.3 Phase shift between current and voltage on the capacitor 1 × p. 41
  9. 3.4 Capacitive reactance of a capacitor 1 × p. 43
  10. 3.5 Series connection of capacitors 1 × p. 45
  11. 3.7 Reactive power of a capacitor 1 × p. 49
  12. 4.2 Switching on and off on a coil 1 × p. 55
  13. 4.3 Phase shift between current and voltage on a coil 1 × p. 59
  14. 4.7 Reactive power of a coil 1 × p. 67
  15. 5.2 Series connection of resistor and capacitor 1 × p. 71
  16. 5.3 Parallel connection of resistor and capacitor 1 × p. 75
  17. 5.4 Series connection of resistor and coil 1 × p. 79
  18. 5.5 Parallel connection of resistor and coil 1 × p. 83
V 0103 Semiconductor components Manual · 168 pages 11 experiments

Mentioned in 11 experiments View table of contents

  1. 2.1 Forward and blocking characteristics of Zener diodes 1 × p. 11
  2. 4.2 Current distribution in the transistor and control effect of the base current 2 × p. 35
  3. 4.4 Influence of the load resistor on transistor characteristics 2 × p. 44
  4. 5.1 Testing the junction structure and rectifying behaviour of FETs 2 × p. 49
  5. 5.2 Forward characteristic of the PN junctions of the gate for FETs 1 × p. 51
  6. 5.3 Control effect of the gate on the N-channel FET 2 × p. 53
  7. 5.4 Output characteristics of the FET 3 × p. 56
  8. 6.2 Output characteristics of an enhancement-mode MOSFET 1 × p. 67
  9. 8.1 Thyristor diode (DIAC) 1 × p. 81
  10. 8.2 Thyristor triode (thyristor) 4 × p. 84
  11. 8.3 Bidirectional thyristor (TRIAC) 2 × p. 89
V 0104 Basic electronic circuits Manual · 243 pages 30 experiments

Mentioned in 30 experiments View table of contents

  1. 1.1 Basic amplifier circuits with bipolar transistors 3 × p. 1
  2. 1.2 Basic amplifier circuits with field effect transistors (FET) 3 × p. 6
  3. 1.3.2 Darlington amplifier 2 × p. 15
  4. 1.3.3 Emitter-coupled amplifier 3 × p. 18
  5. 1.3.4 Phase reversal stages 6 × p. 21
  6. 1.3.5 Differential amplifier 6 × p. 25
  7. 1.3.6 Two-stage DC amplifier with complementary transistors 3 × p. 29
  8. 1.4 Push-pull power amplifier 2 × p. 33
  9. 1.5.1 Negative feedback 9 × p. 37
  10. 1.5.2 Positive feedback 3 × p. 43
  11. 2.1.1 Threshold switch (Schmitt trigger) 2 × p. 48
  12. 2.3.1 Sine wave generator with RC element 2 × p. 61
  13. 3.1 Amplitude modulator and demodulator 6 × p. 65
  14. 3.2 Frequency modulator 3 × p. 70
  15. 4.1.4 Voltage multiplier 1 × p. 83
  16. 4.2.1 Voltage regulator (linear) 1 × p. 87
  17. 4.2.2 Current regulator 1 × p. 89
  18. 4.2.3 Switching voltage regulator 1 × p. 92
  19. 4.3 DC-DC converter 2 × p. 96
  20. 5.1.1 Phase-angle control with rectification 1 × p. 99
  21. 5.1.2 Phase-angle control without rectification 1 × p. 104
  22. 5.3 Integral-cycle control with a zero-voltage switch 6 × p. 111
  23. 6.3 NOT gate 1 × p. 124
  24. 6.4 NAND gate 2 × p. 126
  25. 6.5 NOR gate 2 × p. 129
  26. 7.1 Operational amplifier as an inverting amplifier 3 × p. 133
  27. 7.2 Operational amplifier as a non-inverting amplifier 2 × p. 137
  28. 7.3 Operational amplifier as a summing amplifier 2 × p. 140
  29. 7.4 Operational amplifiers as differential amplifiers 2 × p. 145
  30. 7.5 Dynamic behavior of the operational amplifier 3 × p. 149
V 0105 Basic experiments in electrical engineering and electronics Manual · 274 pages 41 experiments

Mentioned in 41 experiments View table of contents

  1. 2 Ohm's law 2 × p. 7
  2. 4.10 Loaded voltage divider 1 × p. 31
  3. 7 Parallel connection of voltage sources 2 × p. 39
  4. 11.2 Characteristics of the sine voltage 1 × p. 49
  5. 11.3 Active power at sine voltage 1 × p. 53
  6. 11.4 Characteristics of the square wave alternating voltage 1 × p. 57
  7. 12.3 Loads in star connection 3 × p. 67
  8. 12.4 Loads in delta connection 3 × p. 71
  9. 12.5 Measurements on a faulty star connection 3 × p. 75
  10. 12.6 Measurements on faulty delta connection 3 × p. 79
  11. 13.3 Phase shift between current and voltage on the capacitor 1 × p. 89
  12. 13.4 Capacitive reactance of a capacitor 1 × p. 91
  13. 13.5 Series connection of capacitors 1 × p. 93
  14. 13.7 Reactive power of a capacitor 1 × p. 97
  15. 14.2 Switching on and off on a coil 1 × p. 103
  16. 14.3 Phase shift between current and voltage on a coil 1 × p. 107
  17. 14.7 Reactive power of a coil 1 × p. 115
  18. 15.2 Series connection of resistor and capacitor 1 × p. 119
  19. 15.3 Parallel connection of resistor and capacitor 1 × p. 123
  20. 15.4 Series connection of resistor and coil 1 × p. 127
  21. 15.5 Parallel connection of resistor and coil 1 × p. 131
  22. 17.4 Forward and blocking characteristics of Zener diodes 1 × p. 169
  23. 18.2 Current distribution in the transistor and control effect of the base current 2 × p. 187
  24. 18.4 Influence of the load resistor on transistor characteristics 2 × p. 196
  25. 18.5 Basic amplifier circuits with bipolar transistors 3 × p. 201
  26. 18.6 Current regulator with transistor 1 × p. 206
  27. 18.7 Phase inversion stage with transistor 3 × p. 209
  28. 18.8 Sine wave generator with RC element 1 × p. 211
  29. 19.1 Thyristor triode (thyristor) 4 × p. 213
  30. 20.1 Operational amplifier as an inverting amplifier 3 × p. 221
  31. 20.2 Operational amplifier as a non-inverting amplifier 3 × p. 225
  32. 20.3 Operational amplifier as a summing amplifier 3 × p. 228
  33. 20.4 Operational amplifiers as differential amplifiers 3 × p. 233
  34. 20.5 Dynamic behavior of the operational amplifier 3 × p. 237
  35. 21.1 Resistance measurement with the Wheatstone bridge 2 × p. 241
  36. 21.2 Thevenin's theorem 8 × p. 244
  37. 21.3 Norton's theorem 6 × p. 246
  38. 21.4 Kirchhoff's laws 6 × p. 248
  39. 21.5 Maxwell Bridge 1 × p. 251
  40. 21.6 Maxwell-Wien bridge 1 × p. 253
  41. 21.7 Capacitor measuring bridge 1 × p. 255

Type number and description are taken from the component overviews of the hps manuals. Only titles, numbers and pages of the experiments are shown, no manual contents.