Right-angle through hole type male connector for PCB
with bus
ICMB-68LMD+
PC card with bus
For PCB slothost
Right-angle Through hole
PCMCIA/JEITA standard
Configuration of product Part No.
ICMB- 68 LMD+
➀➁
Series name
No. of contacts: 68
Type of contact
LMD: Right-angle through hole type, male
Components
¡
£
¢
Pin contact
Insulator
Shield plate
Bracket
Dimensions
L (Contact length)
1, 17, 34, 35, 51, 68
36, 37
Others
5.0
3.5
4.25
Part No.
£
¡
¢
5.08≈3=15.24
5.08 6.35
59.7
51.4
POS.#1 POS.#34
POS.#68
1.27 0.5
1.27≈33=41.91
54
56.8
POS.#35
38
14.2
L (See Table)
0.65
13.3
8
19.25
23.37
30.99
11
29.085
27.18
25.275
5.4
3.5
3
HONDA
JAPAN
11.5
8.5
1.4
R0.4+0.05
POS.#1
POS.#35 POS.#68
POS.#34
3.3+0.1
0.8+0.1
54±0.1
1.27±0.05
56.8±0.1
19.25±0.05
23.37±0.05
27.18±0.05
29.085±0.05
30.99±0.05
25.275±0.05
5.08±0.05
6.35±0.05
1.27≈33=41.91±0.1
5.08≈3=15.24±0.1
R0.9±0.1
4.3±0.1
1.8±0.1
8-ø1.2±0.1
68-ø1.2±0.1
8-ø0.8+0.05
0
0
0
(
both sides
)
(both sides)
68-ø0.8±0.05
(Through hole)
(both sides)
(Through hole)
Through hole 2-ø2.4–0.1
0
0
Recommended PCB layout
Others
Wire
wrapping
CrimpingSolderingIDCPress-inSMT
Through
hole
Slot male connector with left-side ejector for TYPE I/II
(Reverse type)
ICMD-AR50LMY-L+
Connector for CF card
For PCB
For Right-angle SMT
CFA standard
Configuration of product Part No.
ICMD- AR 50 LMY- L+
➀➁
Series name
Direction of mounting slot
AR: Reverse type
No. of contacts: 50
LMY:
Right-angle SMT type, male
Location of eject button
L: Left side eject lever, foldable type
Components
Insulator
Shell
Spring pin
Eject button
Eject lever
Contacts
Eject arm
Dimensions
1, 13, 38, 50
25, 26
Others
Pos. No. A
5.0
3.5
4.25
Note 1: DATA CODE;
Put a white marking or a marking on heating.
£
¡
¢
§
POS.#1
POS.#26
4
45.83
35.36 REF.
41
4.5 REF.
31.9 REF.
8.9
7.05 33.75 REF.
40.8 4.25 REF.
(Distance ejected by the eject button.)
CF CARD
POS.#50
POS.#25
49.83
40.16
HONDA JAPAN
30.48
5.6+0.2
1.4
5
7.4(
Distance ejected by the eject button.)
5.5(Amount of eject)
1.27
0.79
1.27
-0.1
POS.#50
POS.#25
0.635±0.05≈49=31.115±0.1
0.635±0.05
3.1
0.6
A (See Table)
36.4
POS.#1
POS.#26
The date of manufacture is marked
on the surface (See Note #1)
0.8
Last two digits of year
Month (1,2,3, ... , 9,X,Y,Z)
: 0 6 Y
36.4+1.5
(Dimension after the eject handle is horizontally placed.)
–1
3.575±0.1
POS.#50
POS.#1
49.13±0.1
36.4MIN.
R10.5MAX.
46.13±0.1
41.2±0.1
1.3±0.1
(Both sides)
0.635±0.03
6.3±0.1
2.5±0.1
5±0.1 5±0.1
3±0.1
20.45±0.1
32.25±0.1
27.2MAX.
4.5±0.05
40.16±0.05
22.4MAX.
10.7MIN.
7.1MIN.
41.2MIN.
26.1MIN.
45MIN.
28.6MIN.
0.4±0.03
0.635±0.03≈49=31.115±0.05
3±0.05
16.4±0.05
2.5MIN.
1.35MAX.
2.5±0.1
4±0.1
Connector mount area
(prohibited area
for mounting parts)
Not pattern area
(Both sides)
Edge of PCB
(Through hole)
Eject area
Eject area
PCB dimension side
(connector-mounting surface on a PCB)
2-ø2.2+0.1
0
2-ø1.6+0.05
0
4-ø1.2+0.1
0
2-ø1.2+0.1
0
PAD
Recommended PCB layout
(Dimension after the eject handle
is horizontally placed.)
Connector
mating surface
Others Wire
wrapping Crimping Soldering IDC Press-in SMT Through
hole
Slot male connector with left-side ejector for TYPE I/II
(Reverse type)
ICMD-AR50LMY-L1+
Connector for CF card
For PCB
For Right-angle SMT
CFA standard
Configuration of product Part No.
ICMD- AR 50 LMY- L1+
➀➁
Series name
Direction of mounting slot
AR: Reverse type
No. of contacts: 50
LMY:
Right-angle SMT type, male
Direction of eject button
L1: Left side eject lever, stationary type
Components
Insulator
Shell
Eject button
Eject lever
Contacts
Eject arm
Dimensions
5.0
3.5
4.25
1, 13, 38, 50
25, 26
Others
Pos. No. A
Note 1: DATE CODE;
Put a white marking or a marking on heating.
Last two digits of year
Month (1,2,3, ... , 9,X,Y,Z)
: 0 6 Y
(Distance that a card is ejected
by the eject button.)
£
¡
¢
§
POS.#1
POS.#26
4
645.83
41
4.5 REF.
31.9 REF.
0.9
9.4
8.9
7.05 33.75 REF.
40.8
1
4.25 REF.
(
Distance ejected by the eject button
.)
CF CARD
POS.#50
POS.#25
49.83
40.16
HONDA JAPAN
30.48
5.6+0.2
3.575±0.1
1.4
1.27
0.79
1.27
-0.1
2.3
POS.#50
POS.#25
0.635±0.05≈49=31.115±0.1
0.635±0.05
4.5
3.1 10
0.6 A
36.9 (Distance that a card is inserted)
31.4
POS.#1
POS.#26
DATE CODE (See Note #1)
0.8
POS.#50
POS.#1
49.13±0.1
46.13±0.1
41.2±0.1
0.635±0.03
6.3±0.1
2.5±0.1
5±0.1 5±0.1
3±0.1
20.45±0.1
32.25±0.1
4.5±0.05
40.16±0.05
22.4MAX.
1.35MAX.
10.7MIN.
7.1MIN.
41.2MIN.
26.1MIN.
45MIN.
28.6MIN.
0.4±0.03
0.635±0.03≈49=31.115±0.05
3±0.05
16.4±0.05
2.5MIN.
2.5±0.1
4±0.1
1.3±0.1(Both sides)
Connector mount area
(prohibited area
for mounting parts)
Not pattern area
(Both sides)
Edge of PCB
(Through hole)
Eject area
Eject area
PCB dimension side
(connector-mounting
surface on a PCB) 2-ø2.2+0.1
2-ø1.6+0.05
2-ø1.2+0.1
0
0
4-ø1.2+0.1
0
0
PAD
Recommended PCB layout
(See Table)
Connector
mating surface
Others
Wire
wrapping
CrimpingSolderingIDCPress-inSMT
Through
hole
Connector for CF card
For PCB
For Right-angle SMT
CFA standard
Components
Insulator
Shell
Spring pin
Eject button
Eject lever
Contacts
Eject arm
Slot male connector with right-side ejector for TYPE I/II
(Reverse type)
ICMD-AR50LMY-R+
Dimensions
Pos. No.
1, 13, 38, 50
25, 26
Others
A
5.0
3.5
4.25
Configuration of product Part No.
ICMD- AR 50 LMY- R+
Series name
Direction of mounting slot
AR: Reverse type
No. of contacts: 50
LMY: Right-angle SMT type, male
Direction of eject button
R: Right side eject lever, foldable type
HONDA JAPAN
POS.#1
35.36 REF.
POS.#26 POS.#50
POS.#25
49.83
40.16
30.48
1.27
1.27
0.79
3.575
1.4
45.83
41
CF CARD
4.25 REF.
4.5 REF.
40.8
33.75 REF.
31.9 REF.8.9
7.05
0.635
0.635≈49=31.115
3.1
A
36.4
5
5.5
(Distance ejected by the eject button.)
7.436.4
4
(Through hole)
Connector mount area
(prohibited area
for mounting parts)
(Distance ejected by the eject button.)
Eject area
Eject area
5.65
0.8
(Dimension after the eject handle
is horizontally placed.)
(Dimension after the eject handle is horizontally placed.)
(See Table)
4-ø1.2+0.1
0
2-ø1.2+0.1
0
≠1.5
–1
2-ø1.6+0.05
0
0.635±0.03 0.4±0.03
40.16±0.05
49.13±0.1
36.4 MIN.
R10.5
MAX.
46.13±0.1
41.2±0.1
0.635±0.03≈49=31.115±0.05
2-ø2.2+0.1
0
4±0.1
7.1MIN. 2.5MIN.
2.5±0.1
16.4±0.05
3±0.05
22.4MAX.26.1MIN.
28.6MIN.
45MIN.
3±0.1
5±0.1
5±0.1
6.3
±
0.1
2.5±0.1
4.5±0.05
1.3±0.1
(Both sides)
Connector mating surface
Edge of PCB
POS.#1 POS.#50
PAD
Not pattern area
Recommended PCB layout
20.45±0.1
32.25±0.1
27.2MAX.
46.7MIN.
10.7MIN.
1.35MAX.
Others Wire
wrapping Crimping Soldering IDC Press-in SMT Through
hole
Slot male connector with right-side ejector for TYPE I/II
(Reverse type)
ICMD-AR50LMY-R1+
Connector for CF card
For PCB
For Right-angle SMT
CFA standard
Configuration of product Part No.
ICMD- AR 50 LMY- R1+
➀➁
Series name
Direction of mounting slot
AR: Reverse type
No. of contacts: 50
LMY:
Right-angle SMT type, male
Direction of eject button
R1: Right side eject lever, stationary type
Components
Insulator
Shell
Eject button
Eject lever
Contacts
Eject arm
5.0
3.5
4.25
1, 13, 38, 50
25, 26
Others
Pos. No. A
Note 1: DATE CODE;
Put a white marking or a marking on heating.
Last two digits of year
Month (1,2,3, ... , 9,X,Y,Z)
: 0 6 Y
(Dimension after the eject handle
is horizontally placed.)
£
¡
¢
§
POS.#1
POS.#50
4
645.83
41
4.5 REF.
31.9 REF.
0.9
9.4
8.9
7.05 33.75 REF.
40.8
1
4.25 REF.
(
Distance ejected by the eject button
.)
CF CARD
POS.#26
POS.#25
49.83
40.16
HONDA JAPAN
30.48
3.575±0.1
1.4
1.27
0.79
1.27
5.6+0.2
-0.1
2.3
POS.#50
POS.#25
0.635±0.05≈49=31.115±0.1
0.635±0.05 4.5
3.1 10
0.6
A (See Table)
36.9
31.4
(Distance that a card is ejected
by the eject button.)
POS.#1
POS.#26
The date of manufacture is marked
on the surface (See Note #1)
0.8
Recommended PCB layout
POS.#50
POS.#1
49.13±0.1
46.13±0.1
41.2±0.1
0.635±0.03
6.3±0.1
2.5±0.1
5±0.1
5
±0.1
3±0.1
20.45±0.1
32.25±0.1
4.5±0.05
40.16±0.05
22.4MAX.
1.35MAX.
10.7MIN.
7.1MIN.
41.2MIN.
26.1MIN.
45MIN.
28.6MIN.
0.4±0.03
0.635±0.03≈49=31.115±0.05
3±0.05
16.4±0.05
2.5MIN.
2.5±0.1 4±0.1
1.3±0.1
(Both sides)
Connector mount area
(prohibited area
for mounting parts)
Not pattern area
(Both sides)
Edge of PCB
(Through hole)
Eject area
Eject area
PCB dimension side
(connector-mounting surface on a PCB)
2-ø2.2+0.1
2-ø1.6+0.05
0
0
4-ø1.2+0.1
0
2-ø1.2+0.1
0
PAD
Connector
mating surface
Others
Wire
wrapping
CrimpingSolderingIDCPress-inSMT
Through
hole