Coils (with air gap)

Type 9119 ...

Coils (with air gap)

Plug-in coils with air gap from 10 µH to 200 mH, some with adjustable core, in a transparent plastic housing.

Description

pluggable, in an unbreakable transparent plastic housing with two gold-plated lamella plugs

The circuit symbol is printed in white on the top of the housing.

The coils with the type numbers 9119.5 ... 9119.10 are equipped with an adjustable core.

The type 9119.15 marked with an asterisk is built into a small housing (38 x 19 x 35 mm, plug spacing 19 mm).

Technical data

  • Plug spacing: 38 mm
  • Plug diameter: 4 mm
  • Housing dimensions: 38 x 57 x 35 mm (W x D x H)
  • Current: max. 50 mA

Individual types

Inductance Resistance Type
10,0 µH n/a 9119.12
100,0 µH n/a 9119.14
1,0 mH 0,2 Ω 9119.1
2,5 mH 0,3 Ω 9119.2
10,0 mH 2 Ω 9119.5
10,0 mH 35 Ω 9119.15 *
20,0 mH 3,5 Ω 9119.6
40,0 mH 5 Ω 9119.7
80,0 mH 8 Ω 9119.8
100,0 mH 10 Ω 9119.9
200,0 mH 15 Ω 9119.10

* small housing

Type numbers as named in the component overviews and experiments of the hps manuals. The detail page of each type lists the experiments in which it is used. As of 2026-09-06

Type Description Experiments Manuals
9119.9 Spule 100 mH 30 V 0102 V 0103 V 0104 V 0105
9119.15 10,0 mH · 35 Ω V 0103

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 0102 Wechselstromtechnik Manual · 160 pages 13 experiments
V 0104 Grundschaltungen der Elektronik Manual · 243 pages 2 experiments

Mentioned in 2 experiments Named in the manual as 9119.9 View table of contents

  1. 2.3.2 Sinusgenerator mit LC-Glied 1 × p. 63
  2. 4.2.3 Schaltspannungsregler 1 × p. 92
V 0105 Grundlagenversuche Elektrotechnik–Elektronik Manual · 274 pages 15 experiments

Mentioned in 15 experiments Named in the manual as 9119.9 View table of contents

  1. 14.2 Ein- und Ausschaltvorgang an einer Spule 1 × p. 103
  2. 14.3 Phasenverschiebung zwischen Strom und Spannung an einer Spule 1 × p. 107
  3. 14.4 Induktiver Blindwiderstand einer Spule 1 × p. 109
  4. 14.5 Reihenschaltung von Spulen 1 × p. 111
  5. 14.6 Parallelschaltung von Spulen 1 × p. 113
  6. 14.7 Blindleistung einer Spule 1 × p. 115
  7. 15.4 Reihenschaltung von Widerstand und Spule 1 × p. 127
  8. 15.5 Parallelschaltung von Widerstand und Spule 1 × p. 131
  9. 15.6 Reihenschaltung von Kondensator und Spule 1 × p. 135
  10. 15.7 Parallelschaltung von Kondensator und Spule 1 × p. 139
  11. 15.8 Reihenschaltung von Widerstand, Kondensator und Spule 1 × p. 143
  12. 15.9 Parallelschaltung von Widerstand, Kondensator und Spule 1 × p. 147
  13. 15.10 Wirk-, Blind- und Scheinleistung 1 × p. 151
  14. 21.5 Maxwell-Brücke 1 × p. 251
  15. 21.6 Maxwell-Wien-Brücke 1 × p. 253