G: Difference between revisions

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{{Plugin Sidebar 2 |
{{Plugin Sidebar  
title=Tektronix Type G |
|manufacturer=Tektronix
summary=20 MHz differential amplifier|
|series=500-series scopes
image=type g.jpg |  
|type=Type G
caption=Type G front view|
|summary=20 MHz differential amplifier
introduced=1955 |
|image=type g.jpg
discontinued=1971 |
|caption=Type G front view
series=[[500-series scopes]]|
|introduced=1955
manuals=
|discontinued=1971
* [http://w140.com/tek_g.pdf Tektronix Type 53G Manual (PDF)]
|designers=John Kobbe
<!-- * [http://w140.com/tek_fcp/tek_type_g_factory_cal_proc.pdf Tektronix Type 53G Factory Calibration Procedure (PDF)] -->
|manuals=
* [[Media:tek_type_g_manual.pdf|Tektronix Type 53G Manual (PDF, OCR, bad-OCR)]]
* [[Media:Tek type g.pdf|Tektronix Type G Manual]]
* [[Media:tek_type_g_fcp.pdf|Tektronix Type G Factory Calibration Procedure (PDF, OCR)]]
* [[Media:tek_type_53g.pdf|Tektronix Type 53G Manual]]
* [[Media:tek_type_g_fcp.pdf|Tektronix Type G Factory Calibration Procedure]] (OCR)
* [[Media:Tek type g cal outline.pdf|Tektronix Type G Calibration Outline]] (OCR)
}}
}}
The '''Tektronix Type G''' is a plug-in differential amplifier for [[500-series scopes]].
The '''Tektronix Type G''' is a plug-in differential amplifier for [[500-series scopes]].
It was designed by [[John Kobbe]].


Unlike the [[D|Type D]], the Type G is optimized for RF, achieving only a 100 to 1 common-mode
Unlike the [[D|Type D]], the Type G is optimized for RF, achieving only a 100 to 1 common-mode rejection ratio but maintaining it all the way to 20 MHz.   
rejection ratio but operating all the way to 20 MHz.   
Unlike "comparator" plug-ins such as the [[W|Type W]] and [[Z|Type Z]], the Type G does not contain an internal precision variable voltage source.   
Unlike "comparator" plug-ins such as the [[W|Type W]] and [[Z|Type Z]],  
the Type G does not contain an internal precision variable voltage source.   
It is for measuring the difference between two externally applied input signals.  
It is for measuring the difference between two externally applied input signals.  
Its maximum sensitivity is 50 mV/div.  It has seven tubes.  (The early, slower 53G has five tubes.)
Its maximum sensitivity is 50 mV/div.  It has seven tubes.  (The early, slower 53G has five tubes.)


Its name changed twice.  Type 53G was [[introduced in 1955|introduced in March 1955]] along with the
Its name changed twice.  Type 53G was [[introduced in 1955|introduced in March 1955]] along with the
[[541]]/[[545]], but it was only specified to 10 MHz in a [[535]], and its
[[541]]/[[545]], but it was only specified to 10 MHz in a [[535]], and its performance in a fast mainframe was not documented.   
performance in a fast mainframe was not documented.  When the mainframe cabinet styles
When the mainframe cabinet styles were revamped in August 1956, the Types 53[[A]], 53[[B]], 53[[C]] and 53G were all upgraded  
were revamped in August 1956, the Types 53[[A]], 53[[B]], 53[[C]] and 53G were
(sped up) and renamed; Type 53G became Type 53/54G.  It was the only early plug-in that did not go through the awkward "53x/54x" phase.
all upgraded (sped up) and renamed; Type 53G became Type 53/54G.  It was the only
early plug-in that did not go through the awkward "53x/54x" phase.
In 1959 it became Type G with no further change in design.  It was dropped after 1970.
In 1959 it became Type G with no further change in design.  It was dropped after 1970.


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[[B]], [[D]], and [[G]] are next at 15 years.
[[B]], [[D]], and [[G]] are next at 15 years.


Types G and [[K]] are the only letter-series plugins
Types G and [[K]] are the only letter-series plugins where the Gain vernier is not concentric with the step attenuator.
where the Gain vernier is not concentric with the step attenuator.


==Specifications==
{{MissingSpecs}}
[[Category:Specifications needed]] ''please add''
 
==Links==
{{Documents|Link=G}}


==Pictures==
==Pictures==
<gallery>
<gallery>
Type g.jpg
Type g.jpg
Line 52: Line 51:
1967 Tek Plugin G 4lr.JPG|Photo courtesy of Dan Wilson (Hideaway Studio)
1967 Tek Plugin G 4lr.JPG|Photo courtesy of Dan Wilson (Hideaway Studio)
Tek g schem.png| 53G Schematic
Tek g schem.png| 53G Schematic
Tek type g schematic.png| Type G schematic
</gallery>
</gallery>
==Components==
{{Parts|G}}


[[Category:500 series plugins]]
[[Category:500 series plugins]]
[[Category:Differential amplifiers]]

Latest revision as of 22:16, 9 March 2024

Tektronix Type G
20 MHz differential amplifier
Type G front view

Compatible with 500-series scopes

Produced from 1955 to 1971

Manuals
Manuals – Specifications – Links – Pictures

The Tektronix Type G is a plug-in differential amplifier for 500-series scopes. It was designed by John Kobbe.

Unlike the Type D, the Type G is optimized for RF, achieving only a 100 to 1 common-mode rejection ratio but maintaining it all the way to 20 MHz. Unlike "comparator" plug-ins such as the Type W and Type Z, the Type G does not contain an internal precision variable voltage source. It is for measuring the difference between two externally applied input signals. Its maximum sensitivity is 50 mV/div. It has seven tubes. (The early, slower 53G has five tubes.)

Its name changed twice. Type 53G was introduced in March 1955 along with the 541/545, but it was only specified to 10 MHz in a 535, and its performance in a fast mainframe was not documented. When the mainframe cabinet styles were revamped in August 1956, the Types 53A, 53B, 53C and 53G were all upgraded (sped up) and renamed; Type 53G became Type 53/54G. It was the only early plug-in that did not go through the awkward "53x/54x" phase. In 1959 it became Type G with no further change in design. It was dropped after 1970.

K, L, and T are tied for longest production life, at 16 years. B, D, and G are next at 15 years.

Types G and K are the only letter-series plugins where the Gain vernier is not concentric with the step attenuator.

Key Specifications

  • please add

Links

Documents Referencing G

Document Class Title Authors Year Links
IBM 223-6725-2.pdf Application Note Tektronix oscilloscopes (IBM Customer Engineering Manual) 1960 310 • 310A • 531 • 531A • 535 • 535A • 545A • B • C • CA • D • G
Tekscope 1972 V4 N5 Sep 1972.pdf Article A Practical Approach to Differential Amplifiers and Measurements Fred Beckett 1972 112 • 11A33 • 1A5 • 1A6 • 1A7 • 1A7A • 26A2 • 3A9 • 5A22N • 7A13 • 7A22 • AM502 • D • E • G • P6055 • P6046 • W • Z
Tekscope 1972 V4 N6 Nov 1972.pdf Article Differential Amplifiers and Measurements, Part 2 Fred Beckett 1972 112 • 11A33 • 1A5 • 1A6 • 1A7 • 1A7A • 26A2 • 3A9 • 5A22N • 7A13 • 7A22 • AM502 • D • E • G • P6055 • P6046 • W • Z

Pictures

  • Type G with original box

    Type G with original box

  • Photo courtesy of Dan Wilson (Hideaway Studio)

    Photo courtesy of Dan Wilson (Hideaway Studio)

  • Photo courtesy of Dan Wilson (Hideaway Studio)

    Photo courtesy of Dan Wilson (Hideaway Studio)

  • Photo courtesy of Dan Wilson (Hideaway Studio)

    Photo courtesy of Dan Wilson (Hideaway Studio)

  • 53G Schematic

    53G Schematic

  • Type G schematic

    Type G schematic

Components

Some Parts Used in the G

Part Part Number(s) Class Description Used in
12AT7 154-0039-00 Vacuum Tube (Dual Triode) dual high-gain triode 161 • 180 • 310 • 310A • 315 • 316 • 360 • 502 • 502A • 511A • 512 • 513 • 513D • 514 • 514AD • 514D • 516 • 524 • 529 • RM529 • 544 • 546 • 547 • 556 • 565 • 570 • 3A2 • 75 • 3A75 • 1M1 • A • B • C • G • H • K • L • ML • M • N • K • R • S • Z • Keithley 610B
12AU6 154-0040-00 Vacuum Tube (Pentode) RF pentode 81 • 112 • 1L10 • 1L20 • 1L60 • 3L10 • 512 • 556 • 575 • 545 • 547 • 549 • 581 • 585 • A • B • C • G • K • H • L • ML • M • N • O • R • S • Z
6AK5 154-0014-00 • 154-0206-00 • 154-0084-00 Vacuum Tube (Pentode) RF pentode B • C • CA • G • K • L • ML • S • Z • 517 • 517A • 524
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