fax‐modbem
Welcome to the fax-modbem wiki!
likalt: L:/Clones_github/46cp/iptel_fexmodbem/iptel.html
https://barionleg.github.io/fax-modbem/iptel.pdf
https://barionleg.github.io/fax-modbem/Adress_schleiff_Oscilloscope.pdf
Relative to:
lokalt: L:\Clones_github\zx_spectrum\zx_spectrum
https://barionleg.github.io/zx-manual/zx_spectrum/Manual/zx_manual.pdf
iptel fax-modem
lokalt: L:\Clones_github\46cp\iptel_fexmodbem
medбomхåф [medbothoff] '"I"'"I"'
packed offline .html
based on template:
ZX-SPECTRUM manual on ღRubliaN of ჭაღარა CybæriЯR (სიბაერია) CybæruЯR СибиРЬ
homeplace of TIGA & Tiger, so well "MAN i Tigerns JACKET", mostly known as "Man in Phanters Skin"
by Sjuåtta RöSTAVELLI ...
Lomonosov & Mendeleev d'wordginal Physic Chemie enad dialects ₽_RussiAN or Pycckuü: PУKOBOДCTBO ПО CБOPKE И PEГУЛИPOBКE ZX-SPECTRUM
... whole generations grew uPp on misstackes ... but at novadays I found tid, but with Tim was more difficulties, because some cultic geschichter, by my circles, inner or outher ...
bonus materialet
https://ru.wikipedia.org/wiki/Осциллограф
Ондограф Госпиталье
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| Page 174, Figure 182 Main Wikipedia article: Gramme machine Description: Separate excitation of an electric generator. DC generator with commutation is shown, but the principle also applies to AC alternators. |
Page 175, Figure 183 Main Wikipedia article: Gramme machine Description: A one pole, two coil Gramme ring. The second coil is wired in series with the first and the voltage of both is added together. |
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| Page 177, Figure 185 Main Wikipedia article: Gramme machine Description: A four coil Gramme ring. The coils of A and A' sum together as do the coils of B and B', producing two pulses of power 90 degrees out of phase with each other. When coils A and A' are at maximum output, coils B and B' are at zero output. |
Page 178, Figure 186 Main Wikipedia article: Gramme machine Description: A three pole, six coil Gramme ring, and a graph of the combined three poles, each 120 degrees out of phase from the other and summing together. |
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| Page 183 Main Wikipedia article: Excitation (magnetic) Description: A self-excited shunt-wound DC generator is shown on the left, and a magneto DC generator with permanent field magnets is shown on the right. The shunt-wound generator output varies with the current draw, while the magneto output is steady regardless of load variations. |
Page 196 Main Wikipedia article: Excitation (magnetic) Description: A separately excited DC generator with bipolar field magnets. Separately excited generators like this are commonly used for large-scale power transmission plants. The smaller generator can be either a magneto with permanent field magnets or another self-excited generator. |
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| Page 200, Figure 201 Main Wikipedia article: Field coil Description: Salient pole, bipolar field, series-wound DC generator. |
Page 201, Figure 203 Main Wikipedia article: Field coil Description: Consequent pole, bipolar field, series-wound DC generator. |
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| Page 202, Figure 206 Main Wikipedia article: Field coil Description: Consequent pole, four-field, shunt-wound DC generator |
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| Page 223 Main Wikipedia article: Gramme machine Description: Early form of the Gramme ring armature with coils penetrating the interior of the ring. |
Page 224 Main Wikipedia article: Gramme machine Description: Modern design of the Gramme ring, wrapped only around the exterior of the core. |
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| Page 225 Main Wikipedia article: Gramme machine Description: Diagram of magnetic lines through a Gramme ring, showing the very few magnetic lines of force crossing the center gap. |
Page 226 Main Wikipedia article: Gramme machine Description: Example of a single winding around the exterior of a drum core with no wires penetrating the interior. |
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| Page 264 Main Wikipedia article: Commutator (electric) Description: Exaggerated example of how the field is distorted by the rotor. |
Page 265 Main Wikipedia article: Commutator (electric) Description: Iron filings show the distorted field across the rotor. |
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| Page 281 Main Wikipedia article: Field coil Description: Field lines of a four-pole stator passing through a Gramme ring or drum rotor. |
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| Page 284 Main Wikipedia article: Commutator (electric) Description: In a dynamo, the contact point of where a pair of brushes touch the commutator is referred to as the commutating plane. In this diagram the commutating plane is shown for just one of the brushes. |
Page 285 Main Wikipedia article: Commutator (electric) Description: Centered position of the commutating plane if there were no field distortion effects. |
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| Page 286 Main Wikipedia article: Commutator (electric) Description: Actual position of the commutating plane to compensate for field distortion. |
Page 301, Figure 328 Main Wikipedia article: Electrical generator Description: Dynamos are no longer used for power generation due to the size and complexity of the commutator needed for high power applications. This large belt-driven high-current dynamo produced 310 amperes at 7 volts, or 2,170 watts, when spinning at 1400 RPM. |
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| Page 669 Main article: Brushed DC electric motor Description: 1917 DC motor manual starting rheostat, with no-voltage and overload release features. |
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| Page 669, Figure 1253 Main article: Two-phase electric power Description: A simplified diagram of a two-phase alternator |
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| Page 1026, Figure 1260 Main article: Three-phase electric power Elementary six-wire three-phase alternator, with each phase using a separate pair of transmission wires. |
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| Page 1026, Figure 1261 Main article: Three-phase electric power Description: Elementary three-wire three-phase alternator, showing how the phases can share only three transmission wires |
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| Page 1850, Figure 2957 Main article: Oscilloscope Description: Diagram of Hospitalier Ondograph |
Page 1851, Figure 2958 Main article: Oscilloscope Description: View of Hospitalier Ondograph |
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| Page 1858, Figure 2607 Main article: Oscilloscope Description: Duddell Moving Coil Oscilliograph |
Page 1865, Figure 2620 Main article: Oscilloscope Description: Time-index marking generator for use with Duddell moving-coil oscillograph |
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| Page 1866, Figure 2621, 2622, 2623 Main article: Oscilloscope Description: Interior of cinematograph camera as used on Duddell moving coil oscillograph for obtaining long records. |
Page 1867, Figure 2625 Main article: Oscilloscope Description: Oscilliograph recorded on moving film showing sparking as a high-voltage switch is opened |
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| Page 1979 Main article: Electric generator Description: A 50,000 - 100,000 KVA direct-driven power station AC alternator with a separate belt-driven exciter generator. |