Advise on how to measure the SSG with osciloscope

[BEDINSSGUKRAINE]

I finally got inverter and soon i will get the battery with capacity 45 Amp/h to power my oscilloscope.(in my private cellar laboratory all things are independent from the power line grid)
I want to be sure that i do proper measurement with my scope, so please correct me if i wrong:
I will connect the oscilloscope probe to transistor emitter and the probe tip to the transistor collector.
My goal is to see the radiant spikes , because from charge and discharge experiment i am still unsure that my system operates in full capacity.
As soon as my oscilloscope up i will post youtube video.

[Mike Swanson]

Hi, John K told me:

"The probe ground should go on the emitter of the transistor and the probe tip should go on the collector of the transistor."

Seemed to work, but I couldn't see full spike I think because of sample rate of oscilloscope. But I still need to play with it.

[BEDINSSGUKRAINE]

Mike can you post a picture of the radiant spike ?
I will be able to do the same only in the end of February.
My oscilloscope is AO 610 Voltcraft and here is tech specs:

2.1 VERTICAL SYSTEM
Sensitivity 5mV/DIV. ~5V/DIV ±3%
Trimming Ratio ≧2.5:1
Rise Time ≦35ns
Bandwidth(-3dB) DC:0~10MHz AC:10Hz~10MHz
Input Impedance 1MΩ ±3%,30 pF ±5pF
Max. Input Voltage 400V pk
2.2 TRIGGER SYSTEM
Trigger Sensitivity Int 1 div., Ext 0.3V
Ext. Trigger Input Impedance 1MΩ 30pF
Ext. Trigger Max. Input Voltage 400Vpk
Trigger Sources Int, Line, Ext
Trigger Mode Norm, AUTO, TV
OS-10V 02/04/2001 Rev.2
2.3 HORIZONTAL SYSTEM
Sweep Time 0.1S / DIV ~0.1μS / DIV ±3%
Trimming Ratio ≧2.5:1
2.4 X-Y MODE
Sensitivity 0.2V/DIV0.5V/DIV
Bandwidth(-3dB) DC: 0~1MHz AC: 10Hz~1MHz
2.5 CALIBRATION SIGNAL
Waveform Symmetric Square Wave
Range 05.V ±2%
Frequency 1kHz ±2%
Voltage Range 110V ±10%

[Mike Swanson]

Well this is what I measured with ATTEN ADS 1102CAL--in order to see the spike I figured out that I had to disconnect the charge battery very fast, take a scope shot and reconnect it:




Versus this I found from PANACEA/BoCaF Bedini pdf from a solid state SSG--I'm not sure of the oscilloscope:



Sorry, Ukraine, I don't know if those specs would allow you to see it, I'm a beginner with oscilloscope. My scope is 1 Gs/s 100 mhz...

[BEDINSSGUKRAINE]

to Mike Swanson
Yes the first time when i connected my scope i was able to see spike but with disconnected charging battery.
The attachment which you mentioned, can you repost it, because the link is broken and i canno't access the file.

[Mike Swanson]

to Mike Swanson
Yes the first time when i connected my scope i was able to see spike but with disconnected charging battery.
The attachment which you mentioned, can you repost it, because the link is broken and i canno't access the file.

Ah, good! Took me awhile to figure it out. Here is another link:

My scope photo:

http://4.bp.blogspot.com/-nYfDmrUGrl.../Spikewoot.jpg

A good scope photo I found from a solid state SSG:

http://3.bp.blogspot.com/-1tyotjAKzV...G+waveform.png

[BEDINSSGUKRAINE]

Today, i will post pictures of my scope, hopefully all work fine.
Here is pictures:









I will add some more , and hopefully some video later

[BEDINSSGUKRAINE]

Pictures of my scope when charging battery is not connected, 597 Ohm resistance in my SSG circuit





Picture of my scope when charging battery is connected charged, 597 Ohm resistance in my SSG circuit


In my next charging procedure i will use 1056Ohm resistance.
Pictures of my scope when charging battery is not connected, 1056 Ohm resistance in my SSG circuit



Pictures of my scope when charging battery is connected, 1056 Ohm resistance in my SSG circuit

[BEDINSSGUKRAINE]

And here is my youtube video, its not very good quality, hopefully next time it will be better.