![background image](http://html1.mh-extra.com/html/avtech/avrq-5-b/avrq-5-b_instructions-manual_3034555055.webp)
Top = Logic output for 0 mA input
Bottom = high voltage pulse
Top = Logic output for 6 mA input
Bottom = high voltage pulse
With the daughterboard installed in the ZIF socket in the negative position (silkscreen
arrows pointing same direction, daughterboard is as far as possible from the ZIF lever),
and AMP1 set to -1.5 kV and AMP2 set to +5V, these waveforms were obtained:
Top = Logic output for 0 mA input
Bottom = high voltage pulse
Top = Logic output for 6 mA input
Bottom = high voltage pulse
Particularly long output transients (a few microseconds in duration) are noted when the
input is biased with 6 mA.
The actual daughterboard and DUT are shown below, configured for a 0 mA logic input:
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Содержание AVRQ-5-B
Страница 52: ...Bottom side 52 ...
Страница 56: ...Top side Bottom side A P6246 differential probe was used to observe the logic outputs in the TLP2366 tests 56 ...
Страница 57: ...PCB 299B FOR ADUM241E0BRWZ 57 ...
Страница 82: ...PCB 158R2 LOW VOLTAGE POWER SUPPLY ...
Страница 87: ...DUT WIRING ON STANDARD DAUGHTERBOARD PCB 267C ...
Страница 88: ...DUT WIRING ON CUSTOMIZED TLP2366 DAUGHTERBOARD PCB 298B ...
Страница 89: ...DUT WIRING ON CUSTOMIZED ADUM241E0BRWZ DAUGHTERBOARD PCB 299B ...
Страница 91: ...PERFORMANCE CHECK SHEET 91 ...