Tektronix TDS5000B Series - page 70

Performance Tests

2-38 TDS5000B Series Specifications and PerformanceVerification

HFrom the toolbar,click the Horiz button. In the Horizontal menu,

open the Acquisition taband set the instrument to E.T. mode.

HClick the Close button.

2. Check channelisolation against limits:

a. Display the test signal: Set the generatorfrequency to 100 MHz and

adjust the output levelfor an 8-division display.

b. Check — Amplitude of each trace other than CH 1 is 0.0 8 division or

less (discount tracewidth). Enter the amplitude in the test record.

c. Move the signal to the CH 2 input connector, and then changethe

TriggerSOURCE to CH 2.

d. Check — Amplitude of each trace other than CH 2 is 0.0 8 division or

less (discount tracewidth). Enter the amplitude in the test record.

e. Move the signal to the CH 3 input connector, and then changethe

TriggerSOURCE to CH3(TDS5034B, TDS5054B, TDS5054BE, or

TDS5104B). If you arechecking a TDS5032B or TDS5052B, proceed to

step i below.

f. Check — Amplitude of each trace other than CH 3 is 0.0 8 division or

less (discount tracewidth). Enter the amplitude in the test record.

g. Move the signal to the CH 4 input connector, and then changethe

TriggerSOURCE to CH 4. (TDS5034B , TDS5054B, TDS5054BE, or

TDS5104B)

h. Check — Amplitude of each trace other than CH 4 is 0.0 8 division or

less (discount tracewidth). Enter the amplitude in the test record.

i. Move the signal to the CH 1 input connector, and then changethe

TriggerSOURCE to CH 1.

j. Set the generatoroutput frequency to 350 MHz for the TDS5032B and

TDS5034B, 500 MHz for the for the TDS5052B, TDS5054B, and

TDS5054BE, or 1 GHz for the TDS5104B. Adjust the generator output

level foran 8-division display.

k. Check — Amplitude of each trace other than CH 1 is 0.1 6 division or

less (discount tracewidth). Enter the amplitude in the test record.

l. Move the signal to the CH 2 input connector, and then changethe

TriggerSOURCE to CH 2.

m. Check — Amplitude of each trace other than CH 2 is 0.1 6 division or

less (discount tracewidth). Enter the amplitude in the test record.

Contents

Main Page TDS5000B Series Specificationsand Performance Verification i Table of Contents General Safety Summary v................................... Specifications Performance Verification Brief Procedures 2--5........................................... List of Figures List of Tables Page General Safety Summary ToAvoidFireor PersonalInjury Symbolsand Terms Specifications Product and Feature Description Acquisition Features Page SignalProcessing Features Display Features Measurement Features TriggerFeatures Convenience Features 1-6 TDS5000B Series Specifications and Performance Verification SpecificationTables Table1- 2: Channel input and vertical specifications TDS5000B Series Specificationsand Performance Verification 1-7 1-8 TDS5000B Series Specifications and Performance Verification TDS5000B Series Specificationsand Performance Verification 1-9 1-10 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series Specificationsand Performance Verification 1-11 1-12 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series Specificationsand Performance Verification 1-13 Table1- 3: Horizontal and acquisition system specifications 1-14 TDS5000B Series Specifications and PerformanceVerification Table1- 3: Horizontal and acquisition system specifications (Cont.) Table1- 4: Trigger specifications TDS5000B Series Specificationsand Performance Verification 1-15 1-16 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series Specificationsand Performance Verification 1-17 1-18 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series Specificationsand Performance Verification 1-19 Table1- 5: Display specifications Table1- 6: Input/output port specifications 1-20 TDS5000B Series Specifications and PerformanceVerification Table1- 6: Input/output port specifications (Cont.) Table1- 7: Data storage specifications TDS5000B Series Specificationsand Performance Verification 1-21 Table1- 8: Power source specifications Table1- 9: Mechanicalspecifications 1-22 TDS5000B Series Specifications and PerformanceVerification Table1- 9: Mechanical specifications (Cont.) Table1- 10: Environmental specifications TDS5000B Series Specificationsand Performance Verification 1-23 Table1- 11: Certifications and compliances 1-24 TDS5000B Series Specifications and PerformanceVerification Table1- 11: Certifications and compliances (cont.) Performance Verification Conventions Page Page Brief Procedures Self Tests VerifyInternal Adjustment, Self Compensation, and Diagnostics Functional Tests VerifyAll Input Channels Page Verifythe Time Base Page Verifythe A (Main) and B (Delayed) TriggerSystems Verifythe File System Page Verifythe Internal Printer (Optional) Page Page Performance Tests Prerequisites 2-18 TDS5000B Series Specifications and PerformanceVerification Equipment Required TDS5000B Series Specificationsand Performance Verification 2-19 Table2- 1: Test equipment (Cont.) 2-20 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series TestRecord TDS5000B Series Specificationsand Performance Verification 2-21 2-22 TDS5000B Series Specifications and PerformanceVerification TDS5000B Series Specificationsand Performance Verification 2-23 Signal AcquisitionSystem Checks Check DC Voltage Measurement Accuracy Page Page Page Check Analog Bandwidth Page Page Page Page Check Delay Between Channels Page Page Page Check Channel Isolation (Crosstalk) Page Time Base System Checks Check Long-TermSample Rate and Delay Time Accuracy Page Check Delta Time Measurement Accuracy Page Page Page TriggerSystem Checks Check TimeAccuracy f or Pulse,Glitch, Timeout, and Width Triggering Page Page Check Sensitivity,Edge Trigger,DC Coupled Page Page Page Page Page Output Signal Checks Check Outputs: CH 3 Signal Out (TDS5034B, TDS5054B, TDS5054BE TDS5104B) and Aux TriggerOut Page Page Check Probe Compensation Output Page Page Page Sine Wave GeneratorLeveling Procedure Method A Method B