Products > Test Equipment

Micsig CP1003/CP503 100MHz/50MHz Current Probe

<< < (11/33) > >>

nimish:

--- Quote from: EEVblog on February 13, 2023, 11:15:51 am ---
--- Quote from: EEVblog on February 12, 2023, 10:07:57 pm ---
--- Quote from: thaamike on February 12, 2023, 01:01:27 pm ---Any luck getting these probe for the nice price ?

--- End quote ---
I've just asked again for the sample.

--- End quote ---

They got back to me. The R&D team are all working on the isolated probe and have no time to finish the current probe  :o so there will be delays.
Sounds like they think the isolated fibre optic probe will overtake the traditional high voltage probe, they want to know if I'm interested in getting one.

--- End quote ---


If you can sell it for less than $10000 yeah. IsoVue probes are not cheap to replace...

mawyatt:

--- Quote from: EEVblog on February 13, 2023, 11:15:51 am ---
--- Quote from: EEVblog on February 12, 2023, 10:07:57 pm ---
--- Quote from: thaamike on February 12, 2023, 01:01:27 pm ---Any luck getting these probe for the nice price ?

--- End quote ---
I've just asked again for the sample.

--- End quote ---

They got back to me. The R&D team are all working on the isolated probe and have no time to finish the current probe  :o so there will be delays.
Sounds like they think the isolated fibre optic probe will overtake the traditional high voltage probe, they want to know if I'm interested in getting one.

--- End quote ---

This optical probe probably has much more potential $ ahead, so that's where the emphasis goes!!

Get one if you can, that would be interesting to see what they've done. Wonder if they've found a way to pump enough optical power back up the fiber to power the head?

Best,

mk_:

--- Quote from: mawyatt on February 19, 2023, 02:04:09 am ---
This optical probe probably has much more potential $ ahead, so that's where the emphasis goes!!

Get one if you can, that would be interesting to see what they've done. Wonder if they've found a way to pump enough optical power back up the fiber to power the head?

 

--- End quote ---

We probed a shunt riding on a 25kHz 700V Output (square, not sinus) with an early https://saker-mv.com/fiber-optic-isolated-voltage-probe-xfvp-l/ . This worked fine so - there are cheaper and also working solutions which are not soooo expensive as those from Textronix.

btw: somewere in the X-Chapters a detailed description for this optical probes from Tek can be found.

nimish:

--- Quote from: mk_ on February 19, 2023, 06:34:25 am ---
--- Quote from: mawyatt on February 19, 2023, 02:04:09 am ---
This optical probe probably has much more potential $ ahead, so that's where the emphasis goes!!

Get one if you can, that would be interesting to see what they've done. Wonder if they've found a way to pump enough optical power back up the fiber to power the head?

 

--- End quote ---

We probed a shunt riding on a 25kHz 700V Output (square, not sinus) with an early https://saker-mv.com/fiber-optic-isolated-voltage-probe-xfvp-l/ . This worked fine so - there are cheaper and also working solutions which are not soooo expensive as those from Textronix.

btw: somewere in the X-Chapters a detailed description for this optical probes from Tek can be found.

--- End quote ---

It's a little ridiculous honestly. Makes one want to try to DIY a probe using https://docs.broadcom.com/doc/AFBR-POCxxxL-DS or something. I'd rather spend $3000 than $7500+ to get isolated HV gan/sic measurements

Alphaprot:
I am still wondering how MicSig is going to justify the almost 2x price difference between the BNC and the UPI version which at least to the datasheet/catalog page and the CP1003/CP503 manual is indistinguishable performancewise. This makes no real sense to me other than forcing people onto your scope platform.

Navigation

[0] Message Index

[#] Next page

[*] Previous page

There was an error while thanking
Thanking...
Go to full version
Powered by SMFPacks Advanced Attachments Uploader Mod