Claimed OU circuit of Rosemary Ainslie

[fuzzytomcat]

Hi everyone,

Here is a PDF published since 2002 by "Tektronix" called .... ABC's of Probes primer

http://www.afc-ingenieros.com/NotasTecn/Sondas/abc_sondas.pdf

also the "Tektronix" TDS 3000C series Digital Phosphor Oscilloscope User Manual .....

http://www.pewa.de/DATENBLATT/DBL_TEK_TDS3000C_MANUAL_ENGLISCH.pdf

Fuzzy

[poynt99]

Hi everyone,

Here is a PDF published since 2002 by "Tektronix" called .... ABC's of Probes primer

http://www.afc-ingenieros.com/NotasTecn/Sondas/abc_sondas.pdf

also the "Tektronix" TDS 3000C series Digital Phosphor Oscilloscope User Manual .....

http://www.pewa.de/DATENBLATT/DBL_TEK_TDS3000C_MANUAL_ENGLISCH.pdf

Fuzzy

Good stuff Fuzzy.

I fully expected someone to find the ABC's one, it's very good.

Check out Lecroy and Agilent as well.

.99

[fuzzytomcat]

Good stuff Fuzzy.

I fully expected someone to find the ABC's one, it's very good.

Check out Lecroy and Agilent as well.

.99

Hi .99

Your right about the Tektronix ABC's of Probes primer "PDF" .... I try to reference it as much as possible for those that are just learning about or getting ready to purchase an oscilloscope for the first time ....

http://www.energeticforum.com/62699-post12.html

I'll have to check out the Lecroy and Agilent as you suggested for any additional information ....     

Fuzzy

[poynt99]

Fuzzy,

One more from Tektronix that is quite good:

Making Single-ended Measurements with a Differential Probe
http://www2.tek.com/cmswpt/tidetails.lotr?ct=TI&cs=apn&ci=3033&lc=EN

.99

[poynt99]

A rather good passage from the Agilent document here:

Oscilloscope probing for high-speed signals
http://cp.literature.agilent.com/litweb/pdf/5989-9177EN.pdf

Even if you’re measuring a single-ended signal, a differential probe always provides superior results, especially as the bandwidth of the signal increases. Remember, all signals are differential; “ground” is a convenient fantasy. A differential probe will have lower loading (higher impedance) for high-frequency signals in addition to higher common mode rejection ratio (CMRR).

.99