Paragraph	Page
1. SCOPE	1
1.1 PURPOSE	1
1.2 APPLICATION	1
1.2.1 TIME WAVEFORM REPLICATION	1
1.2.2 SESA TIME WAVEFORM REPLICATION.	2
1.2.3 TIME TRACE	2
1.2.4 GENERAL CONSIDERATIONS AND TERMINOLOGY	2
1.2.5 TIME-VARYING TIME TRACE-PHYSICAL PHENOMENON	3
1.2.6 GENERAL TWR TEST PHILOSOPHY WITH REGARD TO TIME TRACE SIMULATION (AND SCALING).	5
1.3 LIMITATIONS	7
2. TAILORING GUIDANCE	8
2.1 SELECTING THE TWR METHOD	8
2.1.1 EFFECTS OF TRANSITION TO TIME TRACE TWR.	8
2.1.2 SEQUENCE AMONG OTHER METHODS..	8
2.2 SELECTING A PROCEDURE	8
2.3 DETERMINE OF TEST LEVELS AND CONDITIONS.	8
2.3.1 GENERAL CONSIDERATIONS	9
2.4 TEST ITEM OPERATION	9
3. INFORMATION REQUIRED.	10
3.1 PRETEST	10
3.2 DURING TEST.	10
3.3 POST-TEST	10
4. TEST PROCESS.	11
4.1 TEST FACILITY	11
4.1.1 PROCEDURE I-THE SESA REPLICATION OF A FIELD MEASURED MATERIEL TIME TRACE INPUT/RESPONSE	11
4.1.2 PROCEDURE II-THE SESA REPLICATION OF AN ANALYTICALLY SPECIFIED MATERIEL TIME TRACE INPUT/RESPONSE.	11
4.2 CONTROLS	11
4.2.1 CALIBRATION	11
4.2.2 TOLERANCES..	11
4.3 TEST INTERRUPTION	14
4.3.1 INTERRUPTION DUE TO LABORATORY EQUIPMENT MALFUNCTION	14
4.3.2 INTERRUPTION DUE TO TEST MATERIEL OPERATION FAILURE	14
4.3.3 INTERRUPTION DUE TO A SCHEDULED EVENT	15
4.3.4 INTERRUPTION DUE TO EXCEEDING TEST TOLERANCES..	15
4.4 INSTRUMENTATION.	15
4.5 TEST EXECUTION	16
4.5.1 PREPARATION FOR TEST..	16
4.5.1.1 PRELIMINARY STEPS	16
4.5.1.2 PRETEST CHECKOUT	17