P6032: Difference between revisions

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The P6032 is a high-speed cathode-follower probe.
The '''Tektronix P6032''' is an 850 MHz cathode-follower probe, intended for use with samplers such as the [[1S1]], [[3S1]],  [[3S76]] and [[4S1]].
There is a miniature triode in the probe body.
It was designed by [[Murlan Kaufman]].
 
There is an [[EC1000]] subminiature triode in the probe body, which is why it gets slightly warm during operation.  
 
Like all active probes, the P6032 requires power, and for this reason it has two connectors at the scope end of cable.   
Like all active probes, the P6032 requires power, and for this reason it has two connectors at the scope end of cable.   
There is a four-pin power connector and a 50-Ohm GR connector for the signal.   
There is a four-pin power connector and a 50 Ω [[GR-874 connector]] for the signal.   
 
The triode has limited dynamic range, so attenuator attachments are provided that attach to the tip of the probe.   
The triode has limited dynamic range, so attenuator attachments are provided that attach to the tip of the probe.   
These attenuators also reduce the loading of the probe on the probed circuit.   
These attenuators also reduce the loading of the probe on the probed circuit.   
The probe is rated to 850MHz.  Because the probe contains a small triode, it gets slightly warm during operation.


What, exactly, does the clipping line in the probe body do?   
What, exactly, does the clipping line in the probe body do?   
It appears to be 21mm of RG174 connected to the triode's cathode at one end, and open at the other end.   
It appears to be 21 mm of RG-174 cable connected to the triode's cathode at one end, and open at the other end.   
The circuit description in the manual describes it vaguely, saying only that, "The clipping line reduces signal aberration to a minimum."
The circuit description in the manual describes it vaguely, saying only that, "The clipping line reduces signal aberration to a minimum."


The P6032 is intended for use with samplers such as the [[4S1]], [[3S76]], and [[1S1]]
==Manuals==
* [[Media:070-327.pdf|Tektronix P6032 Manual (PDF)]] / [http://w140.com/kurt/p6032.djvu (DjVu)]
* [[Media:Tek_P6032_preliminary_manual_1962.pdf|Tektronix P6032 Preliminary Manual (PDF)]]


The manual is here:
==Pictures==
* http://w140.com/kurt/p6032.pdf
<gallery>
* http://w140.com/kurt/p6032.djvu
P6032_ext.jpg|External view of P6032 without attenuator attachment.
P6032-schematic.png|P6032 Schematic
P6032_int_c.jpg|Internal view of P6032  Probe tip connects directly to triode grid, which is a bare wire coming out of the top of the tube.  Clipping line runs along the body of the probe to the left of the tube socket. 
P6032x10.jpg |  ×20 attenuator tip
P6032_pwr.jpg|Internal view of power supply at end of P6032 cable.  Signal coax passes through undisturbed.
P6032_risetime.jpg|Display on [[545|545A]] with 1S1 and P6032.  Pulse is generated by Tek [[284]] tunnel diode pulser driving into 50 ohm load, GR-BNC adaptor and then to the probe using a probe to BNC adaptor.  The 10x attenuator tip was used on the P6032.  Timebase is 200ps/div.
Tek p6032 kit 1.jpg
Tek p6032 kit 2.jpg
Tek p6032 kit 3.jpg
Tek p6032 kit 4.jpg
</gallery>


<gallery>
Image:p6032_ext.jpg|External view of P6032 without attenuator attachment.
Image:p6032_int_c.jpg|Internal view of P6032  Probe tip connects directly to triode grid, which is a bare wire coming out of the top of the tube.  Clipping line runs along the body of the probe to the left of the tube socket. 


Image:p6032_pwr.jpg|Internal view of power supply at end of P6032 cable.  Signal coax passes through undisturbed.
[[Category:Active oscilloscope probes]]
Image:p6032_risetime.jpg|Display on [[545|545A]] with 1S1 and P6032.  Pulse is generated by Tek [[284]] tunnel diode pulser driving into 50 ohm load, GR-BNC adaptor and then to the probe using a probe to BNC adaptor.  The 10x attenuator tip was used on the P6032.  Timebase is 200ps/div.
</gallery>

Revision as of 13:19, 23 May 2021

The Tektronix P6032 is an 850 MHz cathode-follower probe, intended for use with samplers such as the 1S1, 3S1, 3S76 and 4S1. It was designed by Murlan Kaufman.

There is an EC1000 subminiature triode in the probe body, which is why it gets slightly warm during operation.

Like all active probes, the P6032 requires power, and for this reason it has two connectors at the scope end of cable. There is a four-pin power connector and a 50 Ω GR-874 connector for the signal.

The triode has limited dynamic range, so attenuator attachments are provided that attach to the tip of the probe. These attenuators also reduce the loading of the probe on the probed circuit.

What, exactly, does the clipping line in the probe body do? It appears to be 21 mm of RG-174 cable connected to the triode's cathode at one end, and open at the other end. The circuit description in the manual describes it vaguely, saying only that, "The clipping line reduces signal aberration to a minimum."

Manuals

Pictures