TIDT213 March   2023

 

  1.   Description
  2.   Features
  3.   Applications
  4. 1Efficiency and Power Factor
    1. 1.1 Graph Results
  5. 2Thermal Images
    1. 2.1 Thermal Test With Natural Convection (120 VAC, 60 Hz, 384 V at 1.88-A Output)
    2. 2.2 Thermal Test With Forced Air Flow (120 VAC, 60 Hz, 385 V at 2.6-A Output)
    3. 2.3 Thermal Test With Natural Convection (230 VAC, 50 Hz, 385 V at 2.6-A output)
  6. 3Start-up
  7. 4Turn-off
  8. 5Output Voltage Ripple
  9. 6Transient Response
  10. 7Key Waveform
  11. 8Conducted Emission

8 Conducted Emission

The conducted emission graphs are illustrated in the following images.

GUID-20201230-CA0I-RRVQ-QBPM-RRTHVS4CHPDC-low.png Figure 8-1 120 VAC, 60-Hz Input at Around 0.85-A Output, Line (Trace 1 = Quasi-Peak, Trace 2 = Average)
GUID-20201230-CA0I-XC58-M2SS-GTCMK5KLBNZK-low.png Figure 8-2 120 VAC, 60-Hz Input at Around 0.85 A-Output, Neutral (Trace 1 = Quasi-Peak, Trace 2 = Average)
GUID-20201230-CA0I-ZW6B-HZ91-ZTXCQ55N1V73-low.png Figure 8-3 230 VAC, 50-Hz Input at Around 0.85-A Output, Line (Trace 1 = Quasi-Peak, Trace 2 = Average)
GUID-20201230-CA0I-FJ7L-BPCN-XN4CVKB0VCKN-low.png Figure 8-4 230 VAC, 50-Hz Input at Around 0.85-A Output, Neutral (Trace 1 = Quasi-Peak, Trace 2 = Average)