TMUX7219: S-parameter file and IBIS model

Hi Gerard,

Unfortunately the IBIS model is a single input and single output in this case so I can imagine this will not be enough for s-parameter analysis. I will check with our team to see if there are any available S-parameter files.

Thanks!

Bryan

Hi Gerard,

Can you help clarify which s-parameters you need? Any specific conditions your customer is looking to simulate?

Thanks!

Bryan

Hi Bryan,

My customer said:
"Need S-parameters for Dual Supply(±12 V) and Single Supply(+12 V) over the temperature"

I will be looking forward for your response.

Thank you.

Gerald

Hi Bryan,

I got a response from my customer. He said:
"SPDT is 3 port network.
S4p file is downloaded .
Pls explain the corresponding port details for S4p file.

for provided S4p file ,Ports corresponds to which Pin no of tmux7219?
Port 1:Pin ?
Port 2 :Pin ?
Port 3:Pin ?
Port 4:Pin ?"

We will be looking forward for your response.

Thank you so much for helping us.

Gerald

Hi Bryan,

My customer sent me a response as shown below.
Please refer:
"Thank you for your Support.
Now i am able to check the insertion loss with provided S parameter file
for below paths
1)D-SA
2)D-SB
We want to simulate the 7.10 Off Isolation and 7.11 Crosstalk as per section in datasheet TMUX7219 .We need S parameters file for these parameters OFF Isolation and Crosstalk.
We simulated the by connecting Port 2 and Port 3 for Isolation but it not meeting Datasheet spec.
So kindly provide the Isolation and Crosstalk S parameter files ."

Thank you so much for helping us.

Gerald

Hi Bryan,

In addition to my previous reply my customer also said:
"Same information I consolidated for previous query.
Kindly cover the S- parameter file
Frequency 0.5 KHz to 40 MHz
Pin 1(D) to Pin 2 (S1) :insertion Loss
Pin 1(D) to Pin 8 (S2) :OFF Isolation
Pin 2(S1) to Pin 8 (S2) :crosstalk

Similarly
Frequency 0.5 KHz to 40 MHz
Pin 1(D) to Pin 8 (S2) :insertion Loss
Pin 1(D) to Pin 2 (S1) :OFF Isolation
Pin 2(S1) to Pin 8 (S2) :crosstalk"

We hope to received your response.

Thank you so much.

Gerald

Hi Bryan,

Thank you for your support.

Please provide from >100KHz onwards

We want to evaluate all the ports and its parameters.

Kindly cover the S- parameter file
Frequency 100KHz to 40 MHz
Pin 1(D) to Pin 2 (S1) :insertion Loss
Pin 1(D) to Pin 8 (S2) :OFF Isolation
Pin 2(S1) to Pin 8 (S2) :crosstalk

Similarly
Frequency 100KHz to 40 MHz
Pin 1(D) to Pin 8 (S2) :insertion Loss
Pin 1(D) to Pin 2 (S1) :OFF Isolation
Pin 2(S1) to Pin 8 (S2) :crosstalk

Thanks and regards,

Vasanth

Hi Bryan,

Thank you for your support.

1)

the provided s4p File contains following data for above position of the Switch D-S1 

S11 :Port 1 Return Loss
S21,S12 :(Port1 - Port2):insertion Loss data is available
S13,S31 :(Port1- Port3) :OFF Isolation data is available
S14,s41: :Port 1 - Port 4 Which Parameter  is covered ?
How  can we evaluate Crosstalk between Between Port2 and Port3 ?Is it covered in Provided in S4p file? if it is covered which Sxy(S parameter data) data can be taken for Cross talk.

2)

Please  provide s4p File contains following data for above position of the Switch D-S2 also. 

Pin 1(D) to Pin 8 (S2) :insertion Loss (Port 1 to Port 3)
Pin 1(D) to Pin 2 (S1) :OFF Isolation(Port 1 to Port 2)
Pin 2(S1) to Pin 8 (S2) :crosstalk (Port 2 to Port 3)

Thanks and regards,

Vasanth