504: Difference between revisions
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{{Oscilloscope Sidebar | | {{Oscilloscope Sidebar | ||
|manufacturer=Tektronix | |||
summary=450 kHz scope | | |series= | ||
image=Tek 504.JPG | | |model=504 | ||
caption=Tektronix 504 | | |summary=450 kHz scope | ||
introduced=1960 | | |image=Tek 504.JPG | ||
discontinued= | |caption=Tektronix 504 | ||
manuals= | |introduced=1960 | ||
|discontinued=1973 | |||
|designers= | |||
|manuals= | |||
* [http://bama.edebris.com/download/tek/504/tek%20504.v6.pdf Tektronix 504 Manual (PDF)] | * [http://bama.edebris.com/download/tek/504/tek%20504.v6.pdf Tektronix 504 Manual (PDF)] | ||
}} | }} | ||
The '''Tektronix 504''' is a monolithic oscilloscope | The '''Tektronix 504''' is a monolithic oscilloscope with a bandwidth of 450 kHz [[introduced in 1960]]. | ||
with a bandwidth of 450 kHz [[introduced in 1960]]. | |||
It was introduced at the same time as the [[503]], | It was introduced at the same time as the [[503]], and is mechanically and electrically identical, other than the vertical amplifier. | ||
and is mechanically and electrically identical, | |||
other than the vertical amplifier. | |||
The 503 incorporates two identical phase matched amplifiers | The 504 was also offered in a rack mount version, the RM504. | ||
with true differential inputs to support X-Y operation, | |||
==Specifications== | |||
[[Category:Specifications needed]]''please add'' | |||
==Internals== | |||
The 503 incorporates two identical phase matched amplifiers with true differential inputs to support X-Y operation, | |||
whereas the 504 contains a simple ground referenced vertical amplifier. | whereas the 504 contains a simple ground referenced vertical amplifier. | ||
Due to the low bandwidth and need to keep the selling price low, | Due to the low bandwidth and need to keep the selling price low, neither the 503 or 504 include delay lines in the vertical signal path. | ||
neither the 503 or 504 include delay lines in the vertical signal path. | Both scopes use the same CRTs, the [[T5030]]. | ||
The CRT circuit uses a single [[5642]] to generate the -3000 V cathode voltage. | The CRT circuit uses a single [[5642]] to generate the -3000 V cathode voltage. | ||
There is no post-deflection acceleration. | There is no post-deflection acceleration. | ||
Triggering is done using a multivibrator made of a [[6DJ8]] tube. | Triggering is done using a multivibrator made of a [[6DJ8]] tube. | ||
The vertical signal path has a [[6DJ8]] first stage, | The vertical signal path has a [[6DJ8]] first stage, a BJT second stage, followed by the output stage. | ||
a BJT second stage, followed by | The vertical and horizontal output stages use pairs of [[6CB6]] tubes. | ||
The vertical and horizontal output stages | |||
==Pictures== | ==Pictures== | ||
<gallery> | <gallery> | ||
Tek 504.JPG | |||
Tek-504.jpg | |||
Tek-504-front.jpg | |||
Tek-504-right.jpg | |||
Tek-504-left.jpg | |||
Rm504 white.jpg|RM504 | |||
Tek rm504 trace.jpg|RM504 trace | |||
Tek rm504 internal1.jpg|RM504 | |||
Tek rm504 internal2.jpg|RM504 | |||
</gallery> | </gallery> | ||
[[Category: | [[Category:Monolithic tube scopes]] |
Revision as of 09:14, 10 August 2021
The Tektronix 504 is a monolithic oscilloscope with a bandwidth of 450 kHz introduced in 1960.
It was introduced at the same time as the 503, and is mechanically and electrically identical, other than the vertical amplifier.
The 504 was also offered in a rack mount version, the RM504.
Specifications
please add
Internals
The 503 incorporates two identical phase matched amplifiers with true differential inputs to support X-Y operation, whereas the 504 contains a simple ground referenced vertical amplifier. Due to the low bandwidth and need to keep the selling price low, neither the 503 or 504 include delay lines in the vertical signal path. Both scopes use the same CRTs, the T5030.
The CRT circuit uses a single 5642 to generate the -3000 V cathode voltage. There is no post-deflection acceleration.
Triggering is done using a multivibrator made of a 6DJ8 tube. The vertical signal path has a 6DJ8 first stage, a BJT second stage, followed by the output stage. The vertical and horizontal output stages use pairs of 6CB6 tubes.
Pictures
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RM504
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RM504 trace
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RM504
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RM504