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www.tek.com/NextGenScopes | 9
Applications and Advanced Analysis.
Emphasis on Analysis.
Built-in features, available probes, and optional analysis packages
support a wide range of applications.
EMI Troubleshooting. Spectrum analysis
tools help find sources of unwanted
emissions.
Power analysis packages enable
automatic measurement of harmonics,
switching loss and other key parameters.
Power Integrity. Power rail probes and
high channel count assist with power rail
validation.
Serial protocol trigger / analysis (optional). Support is available for most common serial
bus standards.
Jitter and timing analysis: Extended
analysis functions such as eye diagrams
and jitter analysis are optional.
Automatic compliance test and
debugging for popular serial standards.
Advanced Analysis
TekExpress Ethernet
1000BASE-T Test Report
Setup Information
DUT ID
DUT001
Date/Time 2019-05-16 21:07:50
Device Type Ethernet
TekExpress Ethernet Version 1.1.0.11
TekExpress Framework Version 4.10.0.35
Execution Mode Live
Compliance Mode True
Overall Test Result Fail
Overall Execution Time 0:30:36
Scope Information
MSO64, QU100043
Scope F/W Version 1.14.13.6144
Return Loss Signal Generator AFG31102
Jigmatch Signal Generator
AFG31102
DATA Probe Model TCA-SMA
DATA Probe Serial Number N.A
MCLK Probe Model TDP3500
MCLK Probe Serial Number B012249
SCLK Probe Model P6248
SCLK Probe Serial Number B021450
DUT COMMENT: General comment
Test Name Summary Table
Template Point A
Pass
Template Point B
Pass
Template Point C
Pass
Template Point D
Pass
Template Point F
Pass
Template Point H
Pass
Peak Point A
Pass
Peak Point B
Pass
Peak Point C
Pass
Peak Point D
Pass
Droop Point G Pass
Droop Point J Pass
Transmitter Distortion Without TX_TCLK Pass
Transmitter Distortion With TX_TCLK Pass
Template Point A (D) Pass
Template Point B (D) Pass
Template Point C (D) Pass
Template Point D (D) Pass
Template Point F (D) Pass
Template Point H (D) Pass
Peak Point A (D) Fail
Peak Point B (D) Fail
Peak Point C (D) Pass
Peak Point D (D) Pass
Droop Point G (D) Pass
Droop Point J (D) Pass
Transmitter Distortion Without T
X_TCLK (D) Pass
Transmitter Distortion With TX_TCLK (D) Pass
Master Filtered Without TX_TCLK Inconclusive
Master Unfiltered Without TX_TCLK Pass
Slave Filtered Without TX_TCLK Pass
Slave Unfiltered Without TX_TCLK Pass
Master Filtered With TX_TCLK Fail
Master Unfiltered With TX_TCLK Pass
Slave Filtered With TX_TCLK Fail
Slave Unfiltered With TX_TCLK Fail
CM Voltage Fail
Template Point A
Measurement
Details
Measured Value T
est Result Margin Low Limit High Limit Units Comments
TemplateA_Without
_Disturber _Run1
0 Pass H:0 N.A 0 Hits
Hits in segments:
No Hits
COMMENTS
Back to Summary Table
Template Point B
Measurement
Details
Measured Value Test Result Margin Low Limit High Limit Units Comments
TemplateB_Without
_Disturber _Run1
0 Pass H:0 N.A 0 Hits
Hits in segments:
No Hits
COMMENTS
Back to Summary Table
Template Point C
Measurement
Details
Measured Value Tes
t Result Margin Low Limit High Limit Units Comments
TemplateC_Without
_Disturber _Run1
0 Pass H:0 N.A 0 Hits
Hits in segments:
No Hits
COMMENTS
Back to Summary Table
Template Point D
Measurement
Details
Measured Value Test Result Margin Low Limit High Limit Units Comments
TemplateD_Without
_Disturber _Run1
0 Pass H:0 N.A 0 Hits
Hits in segments:
No Hits
COMMENTS
Power Rail Probes
Probes designed especially for making
accurate ripple measurements on power
rails, with ± 60 V DC offset range, low noise
contribution and bandwidth up to 4 GHz.
TLP058 Logic Probes
Have the right number of digital channels
when you need them. Simply connect a
TLP058 logic probe to any FlexChannel
input and get 8 digital channels. Connect
as many TLP058 probes you want.
TLP058 Specifications
Number of input channels 8 digital
Input resistance 100 kΩ±1.0%
Input capacitance 3.0pF
Min. detectable pulse width 1ns
Max. input toggle rate 500 MHz
Cable length 1.0m
TPR1000/TPR4000 Specifications
Bandwidth
TPR1000: 1 GHz
TPR4000: 4 GHz
Attenuation 1.25X
Input impedance
50 kΩ DC - 10 kHz,
50 Ω AC > 100 kHz
Dynamic range ±1 V
Offset range ±60 V