Correcting a typo.
"... from InOut to In or InOut"
From: ibis-macro-bounce@xxxxxxxxxxxxx <ibis-macro-bounce@xxxxxxxxxxxxx> On
Behalf Of Fangyi Rao
Sent: Monday, July 15, 2019 11:53 PM
To: ibis-macro@xxxxxxxxxxxxx
Subject: [ibis-macro] Re: new BIRD for single-ended signal in AMI
[EXTERNAL]
Based on Walter's suggestion I changed the Usage of DC_Offset from In to In or
InOut. For Usage In, the output value of DC_Offset is assumed to be 0V
according to the default value.
Fangyi
From: ibis-macro-bounce@xxxxxxxxxxxxx<mailto:ibis-macro-bounce@xxxxxxxxxxxxx>
<ibis-macro-bounce@xxxxxxxxxxxxx<mailto:ibis-macro-bounce@xxxxxxxxxxxxx>> On
Behalf Of Fangyi Rao
Sent: Sunday, July 14, 2019 12:40 PM
To: ibis-macro@xxxxxxxxxxxxx<mailto:ibis-macro@xxxxxxxxxxxxx>
Subject: [ibis-macro] new BIRD for single-ended signal in AMI
[EXTERNAL]
Hi All,
Per last week's ATM discussion I drafted the attached new BIRD titled "Enable
Single-ended Signal in AMI Modeling". The basic idea is simple.
1. DC_Offset usage is InOut. Defaults for both input and output values are 0
V.
2. Physical Rx input waveform = input waveform to Rx AMI_GetWave + input
value of DC_Offset
3. Complete waveform at Rx output = output waveform of Rx AMI_GetWave +
output value of DC_Offset returned by Rx AMI_Init
4. NRZ_Threshold is to be applied to the complete waveform at Rx output.
Default is 0 V.
I'd like to introduce the BIRD at this week's ATM.
Regards,
Fangyi
