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Request for IBIS model Digital Signal Processors & Controllers - DSP,(ADSP-21062LABZ-160)

Processors & DSP akhilchowdary180@gmail.com Jun 24, 2020 00:00 3 replies Original on forum ↗
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akhilchowdary180@gmail.com Question
Jun 24, 2020 00:00

Dear sir,

I am doing the analysis by using Digital Signal Processors & Controllers - DSP,(ADSP-21062LABZ-160), for the component the supply voltage range is 3.3V, but the available IBIS model in the portal has voltage range of 5V for IO, IN, OUT models for mentioned Part number. kindly please provide the IBIS model with voltage range of 3.3V. I am using BGA Package

Note: In the portal for same part number with different package(QFP) has 3.3 supply voltage for IO models.

Audio Signal Processors

adsp-21062L

SHARC Audio Processors/SoCs

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2541.voltage.png
ADIApproved Reply
Jun 30, 2020 00:00

Hi,

The ADSP-21062LABZ-160 Processor IBIS model for QFP package and supply voltage 3.3V is available in the below link,

www.analog.com/.../5670710972979121062l_q_0.ibs.txt

Regards,
Anand Selvaraj.

ADIApproved Reply
Jun 30, 2020 00:00

Hi,

Please ignore the previous response. I am checking on the ADSP-21062LABZ-160 Processor IBIS model for BGA package with supply voltage 3.3V and update you.

Regards,
Anand Selvaraj.

ADIApproved Reply
Jul 17, 2020 00:00

Hi,

The 3.3v ibis models for both pbga and qfp on our external webpage-

www.analog.com/.../5670710972979121062l_q_0.ibs.txt

www.analog.com/.../56529266680921062l_p_0.ibs.txt

The basic models (IN, OUT, IO, ..) do not change with the package. Only pin name may differ. Signal name and model name will be same and their electrical characteristics also will be same.

You can diff these two models (bga,qfp) – only pin related mapping is different. All other is same. So if voltage is same then basic ibis model will not differ for the same product.

Regards,
Anand Selvaraj.