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Andrea DAquino Andrea DAquino

Andrea DAquino - PDF document

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Andrea DAquino - PPT Presentation

Product manager Vector Network AnalyzersPower Integrity throughPDN Impedance MeasurementPower Integrity and Signal IntegrityEDICON CHINA 2019204042019Mode BPower Integrity and Signal IntegrityEDICON ID: 896259

china 2019 setup edicon 2019 china edicon setup transmission shunt integrity measurement reflection power measure probe point approx high

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Presentation Transcript

1 Andrea D’Aquino Product manager â
Andrea D’Aquino Product manager – Vector Network Analyzers Power Integrity through PDN Impedance Measurement

2 Power Integrity and Signal Integrity
Power Integrity and Signal Integrity EDICON CHINA 2019 2 04/04/2019 Mode B Power Integrity and Signal Integrity

3 EDICON CHINA 2019 3 04/04/2019 Usu
EDICON CHINA 2019 3 04/04/2019 Usually small value! Power Delivery Network = Transmission Line EDICON CHINA 2019

4 4 04/04/2019 Z PDN How to Measure
4 04/04/2019 Z PDN How to Measure Impedance with VNA 1. Reflection setup 2. Transmission setup 3. Shu

5 nt - transmission setup 04/04/2019 E
nt - transmission setup 04/04/2019 EDICON CHINA 2019 5 Reflection setup 04/04/2019 EDICON CHINA 2019 6 1 1

6 Measurement Point Reflection setup
Measurement Point Reflection setup 04/04/2019 EDICON CHINA 2019 7 Z probe = 50 Ω  Z 1 = 50 Ω

7 Z probe ≠ 50 Ω  Z 1 =
Z probe ≠ 50 Ω  Z 1 = 50 Ω + Probe Z Reflection setup – Validity 04/04/2019 EDICON CHINA

8 2019 8 Most wave reflected ( Γ
2019 8 Most wave reflected ( Γ  1)? High uncertainty ! Approx . 10% uncertainty between 10 Ω

9 and 200 Ω Transmission setup 04
and 200 Ω Transmission setup 04/04/2019 EDICON CHINA 2019 9 Can only measure high Z Measurement Point

10 Shunt - Transmission setup 04/04/20
Shunt - Transmission setup 04/04/2019 EDICON CHINA 2019 10 Measurement Point Shunt - Transmission setup 04/0

11 4/2019 EDICON CHINA 2019 11 Can m
4/2019 EDICON CHINA 2019 11 Can measure in m Ω range Usually small value! Shunt - Transmission setup 04/04

12 /2019 EDICON CHINA 2019 12 Can me
/2019 EDICON CHINA 2019 12 Can measure in m Ω range Not enough Z span? Use high - Z probes! Shunt - Tran

13 smission setup 04/04/2019 EDICON CHI
smission setup 04/04/2019 EDICON CHINA 2019 13 Approx . 1 * m Ω to 1 * k Ω Approx . 10 * m Ω

14 to 10 * k Ω Shunt - Transmissi
to 10 * k Ω Shunt - Transmission setup – 10:1 probes 04/04/2019 EDICON CHINA 2019 14 Shunt - Transmis

15 sion setup – only cables 04/04/2
sion setup – only cables 04/04/2019 EDICON CHINA 2019 15 1m Ω Measurement of 32µ Ω (@ DC) resisto