FIGURE 5.6: SPS2MINI MAINS ADAPTER (LEFT) AND THE SPECIFIC LABEL (RED ARROW) ON THE FRONT SIDE OF A “N24”- TYPE
HV2/4 MODULE WHICH CAN BE POWERED BY IT. THE N24-TYPE HV MODULES CAN ALSO BE OPERATED WITH OLD-TYPE
NIM-CRATES THAT DOES NOT SUPPLY THE ±6V. ......................................................................................................... 72
FIGURE 5.7: ROENTDEK BA3 BATTERY BOX. THE VOLTAGE INPUT IS ON THE LEFT SIDE, THE OUTPUT CONNECTORS
(HERE AS RESERVE SHV) ON THE RIGHT SIDE. THE INPUT VOLTAGE IS ROUTED TO THE UPPER VOLTAGE OUTPUT (FOR
U
REF
)) AND PRODUCES WITH THE INTERNAL BATTERY PACK THE SIGNAL VOLTAGE U
SIG
= U
REF
+ 36V (NOMINALLY) ON
THE LOWER OUTPUT CONNECTOR
. ............................................................................................................................... 73
FIGURE 5.8: HIGH VOLTAGE TERMINATOR HERE WITH 1MΩ RESISTOR TO GROUND AND REVERSE SHV CONNECTOR ON ONE
SIDE
. ............................................................................................................................................................................ 74
FIGURE 5.9: HVZ WITH THE SHV CONNECTOR SOCKETS..................................................................................................... 75
FIGURE 5.10: HVZ WITH JUMPER OPTIONS. ......................................................................................................................... 76
TABLE 2.1: FT12TP PIN DESCRIPTION FOR DLD DETECTORS .............................................................................................. 25
TABLE 2.2: FT12(TP) PIN DESCRIPTION FOR HEX DETECTORS ........................................................................................... 26
TABLE 2.3: TYPICAL DETECTOR VOLTAGE SETTINGS (CHEVRON SETS OF 60:1 MCP). THE (DELAY-LINE ANODE) “HOLDER”
POTENTIAL NEEDS TO BE CAREFULLY ADJUSTED LATER TO ACHIEVE OPTIMAL LINEAR IMAGING PERFORMANCE AT
OUTER DETECTION DIAMETERS
.................................................................................................................................... 31
TABLE 3.1: PIN ASSIGNMENTS OF THE 9-PIN SUB-D OUTPUT CONNECTOR ........................................................................... 47
TABLE 3.2: USED FUSES....................................................................................................................................................... 47
TABLE 3.3: TROUBLESHOOTING .......................................................................................................................................... 48
TABLE 5.1: PIN ASSIGNMENTS OF STANDARD ROENTDEK 9-PIN SUB-D VOLTAGE CONNECTOR. ................................. 70
EQUATION 1.1 ....................................................................................................................................................................... 9
EQUATION 1.2 ....................................................................................................................................................................... 9
EQUATION 1.3 ....................................................................................................................................................................... 9
EQUATION 1.4 ..................................................................................................................................................................... 10
EQUATION 1.5 ..................................................................................................................................................................... 10
EQUATION 2.1 ..................................................................................................................................................................... 29
EQUATION 5.1 ..................................................................................................................................................................... 74
MCP Delay Line Detector Manual (11.0.1304.1) Page 83 of 83
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