This NLTL is cheaper @ $2436.56!
MLPNC-7100S1SMA800
Cheers,
Corby
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> -Original Message-
> From: time-nuts [mailto:time-nuts-boun...@lists.febo.com] On Behalf Of
> Bruce Griffiths
> Sent: Friday, May 15, 2020 4:32 PM
> To: Discussion of precise time and frequency measurement
> Subject: Re: [time-nuts] f-multipliers from VHF to 10 GHz
>
Indicative price:
https://www.richardsonrfpd.com/Products/Product/MLPNC-7103-SMT6
Bruce
> On 16 May 2020 at 10:54 ed breya wrote:
>
>
> Bruce wrote
>
> Macom also do NLTL comb generators which are much quieter than SRDs:
> https://www.macom.com/products/product-detail/MLPNC-7100-SMA850
>
>
On 5/15/20 2:14 PM, Gerhard Hoffmann wrote:
No, no, no, it's not that bad :-) I should not post here in the middle
of the night. Sorry to cause that confusion.
Minimum is -90 dBc @ 50 Hz, or let's say @100 Hz @ 10 GHz.
that would equal -110 dBc@1 GHz, or -130 dBc @100 MHz, BTDT.
That's
Bruce wrote
Macom also do NLTL comb generators which are much quieter than SRDs:
https://www.macom.com/products/product-detail/MLPNC-7100-SMA850
Wow, those are nice. I've studied and searched for NLTLs over the years,
and found all sorts of research papers about making monolithic ones, but
Macom also do NLTL comb generators which are much quieter than SRDs:
https://www.macom.com/products/product-detail/MLPNC-7100-SMA850
Bruce
> On 16 May 2020 at 09:14 Gerhard Hoffmann
> wrote:
>
>
> No, no, no, it's not that bad :-) I should not post here in the middle
> of the night. Sorry
No, no, no, it's not that bad :-) I should not post here in the middle
of the night. Sorry to cause that confusion.
Minimum is -90 dBc @ 50 Hz, or let's say @100 Hz @ 10 GHz.
that would equal -110 dBc@1 GHz, or -130 dBc @100 MHz, BTDT.
And then, the ~4 MHz difference between TX and RX
On 5/14/20 5:58 PM, Gerhard Hoffmann wrote:
I have a potential project in the electron spin spectroscopy sector and
I need
one or two clean signal sources in the 10 GHz range. Phase noise at,
say, 50 Hz offset
is important, but anything below 110 dBc does not care.
That probably calls for a
Gerhard, you didn't mention a budget number for this. You should be able
to find a commercial synthesizer ready to go if you have enough money.
If it's a one-off, DIY thing, then it's a different story. If this is
the case, I'd recommend looking at the methods used in microwave
counters. They
Wenzel Associates (www.wenzel.com) In Austin TX can build custom rack mounted
multiplied very low phase noise crystal sources. I have used their custom
microwave multiplied crystal sources at my pre-retirement job (Tektronix RF
Application Engineer) with a 12.5 GHz output. A few of my customers
: [time-nuts] f-multipliers from VHF to 10 GHz
I have a potential project in the electron spin spectroscopy sector and
I need
one or two clean signal sources in the 10 GHz range. Phase noise at,
say, 50 Hz offset
is important, but anything below 110 dBc does not care.
That probably calls
I have a potential project in the electron spin spectroscopy sector and
I need
one or two clean signal sources in the 10 GHz range. Phase noise at,
say, 50 Hz offset
is important, but anything below 110 dBc does not care.
That probably calls for a multiplied crystal. These Hittite PLLs from AD
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