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{{Oscilloscope Sidebar |
{{Oscilloscope Sidebar  
title=Sony/Tektronix 336 |
|manufacturer=Sony/Tektronix  
image= Tek 336 front trace.jpg |
|series=300-series scopes
caption=Sony/Tektronix 336A |
|model=336  
introduced=(?) |
|summary=Compact dual-trace 50 MHz oscilloscope
discontinued=(?) |
|image= Tek 336 front trace.jpg  
summary=Compact dual-trace 50 MHz oscilloscope |
|caption=Sony/Tektronix 336A  
manuals=
|introduced=1984
* [[list of manuals that are needed|Manual needed]]
|discontinued=1992
|designers=
|manuals=
* [[Media:070-4421-00.pdf|336 Service Manual (PDF)]]
* [http://w140.com/tek_336_specs.pdf Tektronix 336 Specifications from Catalog (PDF)]
* [http://w140.com/tek_336_specs.pdf Tektronix 336 Specifications from Catalog (PDF)]
* [http://www.qservice.tv/samples/336_%20sample.pdf Sample excerpts from Tek 336 Manual (PDF)]
* [http://www.qservice.tv/samples/336_%20sample.pdf Sample excerpts from Tek 336 Manual (PDF)]
* [[Media:tek_336_specifications.pdf|Tektronix 336 Specifications from Catalog (PDF, OCR, bad-OCR)]]
* [[Media:070-4421-00.pdf|Sample excerpts from Tek 336 Manual (PDF, OCR)]]
}}
}}
The '''Sony/Tektronix 336''' is a 50 MHz dual-trace dual-timebase portable digital storage scope with a full-bandwith analog mode. It represents the highest end model of the 300 series of portable scopes.
The '''Sony/Tektronix 336''' is a 50 MHz dual-trace dual-timebase portable digital storage scope with a full-bandwith analog mode. It represents the highest end model of the 300 series of portable scopes.


The carrying handle doesn't have solid retentions like many other Tek handles, it is friction-based instead through rubber washers clamped by the handle. When using the handle to hold the scope at an angle there is only one relatively stable position where the handlebar rests flat on the supporting surface. But even then it shouldn't be carelessly nudged...
The carrying handle doesn't have fixed detents like many other Tek handles. Instead, it is friction-based. The friction between handle and case may be adjusted by screws hidden underneath the plastic side caps. With correctly adjusted friction, the handle can be rotated and will stay in any position, allowing positioning the 'scope at a convenient angle.


There is a removable accessory pouch screwed to the top for probes and cables.
A removable accessory pouch is screwed onto the top for probes and cables.


GPIB is an option (01) and brings extra waveform memory as well. Standard and extended memory are volatile and (presumably) capacitor or battery backed SRAM ("Data retention: At least 3 days after 8 hours of operation").
GPIB is an option (01) and brings extra waveform memory as well. Standard and extended memory are volatile and (presumably) capacitor or battery backed SRAM ("Data retention: At least 3 days after 8 hours of operation").


Waveform acquisition is frame-based. Additional memory allows to store more frames, but not longer records. The digitizer works at 1 MS/s with approx 140 kHz of real-time bandwidth. Equivalent time sampling is supported, extending digital storage bandwidth to 50 MHz. Analog bandwidth is always 50 MHz.
Waveform acquisition is frame-based. Additional memory allows to store more frames, but not longer waveforms. The digitizer works at 1 MS/s with approx 140 kHz of real-time bandwidth. Equivalent time sampling is supported, extending digital storage bandwidth to 50 MHz. Analog bandwidth is always 50 MHz.
 
Maximum input: 200 V DC + peak AC / 200 Vpp AC
 
Deflection is 5 mV/div to 10 V/div.


X-Y with 1 MHz bandwidth. Phase difference is less than 3° to 50 kHz. Z axis available.
X-Y mode with 1 MHz bandwidth. Phase difference is less than 3° to 50 kHz.


CRT is 8x10 divisions at 0.6 cm/div, 12 kV acceleration.
The '''336A''' successor has an increased sampling rate of 20 MS/s, autosetup for time and voltage (i.e. horizontal and vertical), more memory and 8 setup storage locations. It was offered at the same catalog price as the 336.


Weight is some 5 Kilos
{{BeginSpecs}}
{{Spec | Bandwidth | 50 MHz in analog or digital equivalent sampling modes, ~140 kHz in real-time digital mode }}
{{Spec | Deflection | 5 mV/Div to 10 V/Div in 1–2–5 sequence}}
{{Spec | Input impedance | 1 MΩ || 33 pF }}
{{Spec | Maximum input | 200  V<sub>DC</sub> + V<sub>peak</sub> / 200 V<sub>p-p</sub> AC }}
{{Spec | Sweep | 0.2 s/Div to 0.1 µs/Div in 1-2-5 sequence, &times;10 magnifier down to 10 ns/Div, variable to &times;2.5. Roll mode beyond 0.2 s/Div}}
{{Spec | CRT | P31 phosphor, 8 &times; 10 divisions of 0.6 cm; 12 kV acceleration voltage}}
{{Spec | Vertical modes | Ch 1 / Ch 2 / Chop / Dual / Trigger view (only in store mode)}}
{{Spec | Trigger Source | Ch 1 / Ch 2 / Internal / Composite (video?) / External }}
{{Spec | Inputs | Z Axis }}
{{Spec | Outputs | Chart output (500 mV/Div), calibrator (0.3 V ± 1 %, 1 kHz) }}
{{Spec | Line Voltage | 90–132 V, 180–250 V, 48–440 Hz }}
{{Spec | Power | Max. 50 W  }}
{{Spec | Weight | 5 kg }}
{{Spec | Operating Environment | 0°C – +55°C, < 4,000 m}}
{{EndSpecs}}


{{MissingSpecs}}
==Pictures==


<gallery>
<gallery>

Revision as of 10:12, 12 August 2021

Sony/Tektronix 336
Compact dual-trace 50 MHz oscilloscope
Sony/Tektronix 336A

Produced from 1984 to 1992

Manuals
Manuals – Specifications – Links – Pictures

The Sony/Tektronix 336 is a 50 MHz dual-trace dual-timebase portable digital storage scope with a full-bandwith analog mode. It represents the highest end model of the 300 series of portable scopes.

The carrying handle doesn't have fixed detents like many other Tek handles. Instead, it is friction-based. The friction between handle and case may be adjusted by screws hidden underneath the plastic side caps. With correctly adjusted friction, the handle can be rotated and will stay in any position, allowing positioning the 'scope at a convenient angle.

A removable accessory pouch is screwed onto the top for probes and cables.

GPIB is an option (01) and brings extra waveform memory as well. Standard and extended memory are volatile and (presumably) capacitor or battery backed SRAM ("Data retention: At least 3 days after 8 hours of operation").

Waveform acquisition is frame-based. Additional memory allows to store more frames, but not longer waveforms. The digitizer works at 1 MS/s with approx 140 kHz of real-time bandwidth. Equivalent time sampling is supported, extending digital storage bandwidth to 50 MHz. Analog bandwidth is always 50 MHz.

X-Y mode with 1 MHz bandwidth. Phase difference is less than 3° to 50 kHz.

The 336A successor has an increased sampling rate of 20 MS/s, autosetup for time and voltage (i.e. horizontal and vertical), more memory and 8 setup storage locations. It was offered at the same catalog price as the 336.

Key Specifications

Bandwidth 50 MHz in analog or digital equivalent sampling modes, ~140 kHz in real-time digital mode
Deflection 5 mV/Div to 10 V/Div in 1–2–5 sequence
Input impedance 1 MΩ
Maximum input 200  VDC + Vpeak / 200 Vp-p AC
Sweep 0.2 s/Div to 0.1 µs/Div in 1-2-5 sequence, ×10 magnifier down to 10 ns/Div, variable to ×2.5. Roll mode beyond 0.2 s/Div
CRT P31 phosphor, 8 × 10 divisions of 0.6 cm; 12 kV acceleration voltage
Vertical modes Ch 1 / Ch 2 / Chop / Dual / Trigger view (only in store mode)
Trigger Source Ch 1 / Ch 2 / Internal / Composite (video?) / External
Inputs Z Axis
Outputs Chart output (500 mV/Div), calibrator (0.3 V ± 1 %, 1 kHz)
Line Voltage 90–132 V, 180–250 V, 48–440 Hz
Power Max. 50 W
Weight 5 kg
Operating Environment 0°C – +55°C, < 4,000 m

Pictures