LA9P6
3662-5 4.5” LONG CARD
WIRING SIDE
CAUTION:
In any plug contact area on either side of Plugbord, use only those holes
having pads. Holes without pads may have insufficient clearance to ad-
jacent circuitry, and using them could cause shorting.
X, Y, Z = Horizontal Position DIPs
A, B, C = Vertical Zone Position DIPs
3. Before pressing terminals into board, position (rotate) terminals to
maximize the clearance between the widest part of the terminal and the
nearest adjacent conductor.
2. Intended for use in non-hostile environments up to 200 volts RMS or
300 volts DC.
1. Broken circles above edge contacts indicate location of actual con-
nector contact pads on opposite side of board.
Zone letters, A, B, C, etc. on Y axis and X, Y,
Z on X axis mark position for 14- or 16-pin
DIPs
NOTES:
VECTOR DIP PLUGBORD TM
PATTERN 0.042” X 0.1” SPACED HOLES
LA9P6 LAYOUT PAPER
Where tin coated circuitry exists a small percentage of the holes may have solder
blockage. This is usually a light “skin” easily penetrated by component leads. In
some cases, a soldering iron may be required.
NOTICE
LA9P7
3662-5 4.5” LONG CARD
COMPONENT SIDE
5. In any plug contact area on either side of Plugbord, use only those
holes having pads. Holes without pads may have insufficient clearance
to adjacent circuitry and using them could cause shorting.
X, Y, Z = Horizontal Position DIPs
A, B, C = Vertical Zone Position DIPs
4. Before pressing terminals into board, position (rotate) terminals to
maximize the clearance between the widest part of the terminal and the
nearest adjacent conductor.
2. Intended for use in non-hostile environments up to 200 volts RMS or
300 volts DC.
Zone letters, A, B, C, etc. on Y axis and X, Y,
Z on X axis mark position for 14- or 16-pin
DIPs
1. Broken circles above edge contacts indicate location of actual con-
nector contact pads on opposite side of board.
NOTES:
VECTOR DIP PLUGBORD TM
PATTERN 0.042” X 0.10” SPACED HOLES
LA9-P7 LAYOUT PAPER ISSUE 86-4
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