Figure 6-6 Method A Placement Of G5 Can Bus Resistors; Figure 6-7 Method B G5 Resistor Preparation - Garmin G5 Maintenance Manual

78 PIN CONNECTOR IS
SHOWN AS REFERENCE ONLY

Figure 6-6 Method A Placement of G5 CAN Bus Resistors

6.9.3.1 G5 Resistor Buildup Method B
Figure 6-7 shows the preparation procedure for the components into the wiring harness. Figure 6-8 shows
the placement requirements of the resistors on the CAN bus wiring if the G5 is in the middle of the CAN
bus. Figure 6-9 shows the placement requirements of the resistors on the CAN bus wiring if the G5 is
used as a CAN bus terminator.
AND SOLDER TO WIRE USING AS4461 GUIDANCE (STEP 1)
COVER RESISTOR AND CONNECTIONS WITH M25035/5-106-Y HEAT SHRINK
STEPS FOR COMPONENT BUILDUP:
1. SOLDER COMPONENT TO AT LEAST 1" OF STRANDED M22759 WIRE PER SAE AS4461.
NOTE: ACCEPTABLE SOLDER TYPES ARE SN60 OR SN63. CLEAN FLUX RESIDUES USING AN APPROPRIATE FLUX CLEANER.
2. COVER COMPONENT AND AT LEAST 0.5 INCH OF WIRE ON EACH SIDE OF COMPONENT LEADS WITH HEATSHRINK AS SHOWN
ABOVE. SHRINK IN PLACE.
NOTE: THE "-Y" CHARACTER IS FOR COLOR OF HEAT SHRINK, COLOR OF HEAT SHRINK IS THE INSTALLERS CHOICE.
3. MARK HEAT SHRINK WITH RESISTOR VALUE IN PERMANENT INK.
Garmin G5 Electronic Flight Instrument Part 23 AML STC Maintenance Manual
METHOD B RESISTOR BUILDUP
TRIM RESISTOR LEADS TO 0.25(±0.063)"
TUBING ONCE ASSEMBLY IS COOLED (STEP 2)

Figure 6-7 Method B G5 Resistor Preparation

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4" MAX
1" MIN
RESISTOR
1" MIN
190-01112-11
Rev. 7