Please provide S2P Files for HMC438, HMC433, HMC575 and ADS/IBIS Model for HMC698
HMC433
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The HMC433(E) is a low noise Divide-by-4 Static Divider utilizing InGaP GaAs HBT technology in an ultra small surface mount SOT26 plastic package. This...
Datasheet
HMC433 on Analog.com
HMC575
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The HMC575LP4(E) is a x2 active broadband frequency multiplier utilizing GaAs PHEMT technology in a leadless RoHS compliant SMT package. When driven by...
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HMC575 on Analog.com
HMC438
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The HMC438MS8G & HMC438MS8GE are low noise Divide-by-5 Static Dividers utilizing InGaP GaAs HBT technology in low cost 8 lead surface mount plastic packages...
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HMC438 on Analog.com
HMC698
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The HMC698LP5(E) is a frequency synthesizer with a wideband reversible polarity digital PFD and lock detect output. The divider operates unconditionally...
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HMC698 on Analog.com
ADCLK946
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The ADCLK946 is an ultrafast clock fanout buffer fabricated on the Analog Devices, Inc., proprietary XFCB3 silicon germanium (SiGe) bipolar process. This...
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Please provide S2P Files for HMC438, HMC433, HMC575 and ADS/IBIS Model for HMC698
Hi,
I have requested the IBIS model for the HMC698 from our simulation team and am waiting to hear back. This may take some weeks to generate.
Unfortunately we do not have the S2P files for any of these parts and will not be able to generate.
Regards,
Kieran
Thank you for the response. I have one more query:
I want to use ADCLK946 after HMC438. I want to drive ADCLK946 in differential mode. Is the told design compatible?
2) What is the type of signal that is coming out of HMC438? Is it LVDS, LVPECEL or CMOS?
3) What is the differential impedance of HMC438 output? (OUT and OUTBar together). Is it 100 ohm differential?
1. Yes there should not be any issue and they should be compatible.
2. I'll need to confirm and get back to you.
3. 100 Differential or 50 Ohm single ended
Hi Thank you,
Does HMC438 works on sine wave input?
Also how should i simulate and check the combination of HMC438 and ADCLK? are there any specialized tools available? Because i need to see the phase noise of the ADCLK output. How should i validate it?
2) The outpower level mentioned in HMC438 data sheet is typical -1dBm. Does that mean the loss will be 1dB or no matter what is the power level of input signal, the output will be -1dBm?
The same doubt for HMC433 aswell
Hi,
Yes, HMC438 works on sine wave input.
As for the simulator, we do not have an available tool to check the phase noise of the combination of HMC438 and ADCLK. This combination needs to be setup to validate phase noise.
Lastly, the -1dBm is the typical output power of HMC438 no matter what the power level of the input signal is supplied. Take note that there is a specified maximum input power for each input frequency range. The same goes for HMC433.
Best regards,
Mark