AXR71161P [PANASONIC]

Telecom and Datacom Connector, 16 Contact(s), Male, Surface Mount Terminal, Receptacle;
AXR71161P
型号: AXR71161P
厂家: PANASONIC    PANASONIC
描述:

Telecom and Datacom Connector, 16 Contact(s), Male, Surface Mount Terminal, Receptacle

连接器
文件: 总3页 (文件大小:78K)
中文:  中文翻译
下载:  下载PDF数据表文档文件
AXR(7)  
I/O CONNECTORS  
FOR PORTABLE  
EQUIPMENT  
ULTRA LOW-PROFILE  
RECEPTACLE OF 2.9 mm  
FEATURES  
1. Ultra low-profile receptacle of 2.9  
mm  
4. Bellows contacts are resistant to  
mating stress  
2. Plug construction which accepts  
any direction (topside up or upside  
down) for mounting receptacles onto  
the boards  
Since the lock is released in the sideways  
direction, it does not matter which direc-  
tion applies to the receptacle mounting  
on the telephone main unit.  
• What is bellows contacts ?  
The bellows type contacts are fabri-  
cated by bending thin sheet metal.  
They offer reliable contact since a  
rounded corner, instead of a sharp  
edge, is used for tuning fork type con-  
tact.  
Plug  
Receptacle  
(Assembly is possible regardless of  
whether the plug unit is top side or bot-  
tom side up.)  
Contact  
Receptacle  
side  
Plug side  
Mark indicating which is  
the top side  
Top side  
Mounting on  
the PC board  
5. Expected operational life  
In excess of 10,000 insertions and  
removal.  
Mounting under  
the PC board  
Plug cover  
Bottom side  
Plug  
Receptacle  
APPLICATIONS  
3. A metal shell has been incorporated  
to yield a construction which is rug-  
ged and immune from EMI (for protec-  
tion from external noise)  
PHS and several for portable equipments  
SPECIFICATIONS  
1. Characteristics  
Item  
Specifications  
0.5A  
Conditions  
Rated current  
Insulation resistance  
Breakdown voltage  
Contact resistance  
Min. 1,000M(initial)  
250V AC for 1 min.  
Max. 70mΩ  
Using 500V DC megger (applied for 1 min.)  
Detection current: 1mA  
Electrical  
characteristics  
Not including the conductive resistance of the cable  
No freezing at low temperatures  
Ambient temperature  
–55 to +85°C  
Insertion and removal life  
10,000 times  
Reflow soldering for receptacle  
Manual soldering for plug  
Peak temperature Max. 245°C  
Max. 300°C 5 sec.  
AWG #28  
Receptacle’s surface temperature  
Resistance to  
soldering heat  
Applicable cord  
Unit weight (receptacle)  
0.66 g  
2. Material and surface treatment  
Component  
Material  
Surface  
Resin-molding portion  
Heat resistant resin (UL94V-0)  
Stainless steel  
Shell  
SnPb plating over Ni  
Receptacle  
PdNi plating + Au flash over Ni  
Contact portion:  
Post  
Copper alloy  
SnPb plating over Ni (Except  
Terminal portion:  
for thick of terminal)  
Resin-molding portion  
Heat resistant resin (UL94V-0)  
Stainless steel  
Shell  
Plug  
Contact portion:  
PdNi plating + Au flash over Ni  
Terminal portion: SnPb plating over Ni  
Contact  
Copper alloy  
PRODUCT TYPES  
Packing quantity  
No. of contacts  
Type  
Part No.  
Inner carton (1 reel)  
1,000 pcs.  
Outer carton  
with positioning boss  
without positioning boss  
with EMI resistance  
AXR71161P  
AXR71162P  
AXR72161  
AXR72166  
Receptacle  
2,000 pcs.  
200 pcs.  
16  
Plug  
without EMI resistance  
86  
AXR(7)  
mm General tolerance: ±0.3  
DIMENSIONS  
Recommended PC board pattern  
• Receptacle  
A-A  
(TOP VIEW)  
No. 16 terminal  
No. 1 terminal  
Holding  
metal  
1.25±0.2  
Post  
15.7±0.05  
12.0±0.05  
Shell  
Body  
0.8±0.05  
0.25±0.1  
0.5±0.05  
4.0±0.2  
0.9  
0.7±0.2  
15.5±0.2  
(Soldering portion)  
0.75±0.2  
2.9±0.2  
0.3±0.1  
17.35  
16.75+00.15  
14.2±0.05  
19.8±0.05  
0.8±0.1  
(Contact portion)  
12.0±0.2  
0.7  
Note) Positioning boss  
0.15  
2-0.7±0.1 dia.  
+0.1  
0  
13.2  
14.3  
+0  
3.45±0.15  
2.0  
0.1  
Notes) 1. The type without the positioning boss has the  
dimensions given above but without the boss  
part. This means that there is no need to provide  
the two holes with a 0.9 mm - 0.1/0 mm diameter  
indicated in the diagram showing the recom-  
mended processing of the PCB.  
6.3±0.15  
7.0  
7.2  
0.25±0.1  
0.8±0.1 (Terminal portion)  
12.0±0.2  
15.7±0.15  
18.4  
2. Since product bottom is a metal shell, do not  
make pattern circuits (to prevent shorting).  
• Plug (assembled condition)  
14.600.15  
1.6500.15  
0.8±0.08  
No. 16 teminal  
No. 1 terminal  
12.0±0.1  
2.2500.15  
2.03±0.2  
16.700.15  
6.6  
26.1  
15.5  
0.44±0.12  
6.7  
3.0±0.15  
4.0  
7.0  
32.3  
(Applicable cable:  
5.0 to 5.7 dia.)  
7.7  
9.5  
87  
AXR(7)  
mm  
EMBOSSED TAPE AND REEL  
Tape dimensions  
• Reel dimensions  
However, some tapes have mounting hole pitches that do not  
comply with the standard.)  
A±0.3  
B
E+20  
C
1.75  
Top cover tape  
4
2
Embossed carrier tape  
F
D
1.5±00.1 dia.  
A
B
C
D
E
F
Quantity per reel  
1,000  
Receptacle  
32.0  
28.4  
14.2  
16.0  
32.4  
370 dia.  
• Connector orientation with respect to direction of progress of  
embossed tape  
Type  
Receptacle  
Direction of  
tape progress  
NOTES  
1. Receptacle  
3) This product has a holder to prevent  
1) This product comes with a positioning  
boss. A positioning hole must be pro-  
vided at the PCB design stage.  
The connector has two projections for  
positioning. When designing PC board  
pattern, holes for the projections are nec-  
essary.  
2) This product features a metal shell  
around the molded part in order to pro-  
vide ruggedness and immunity from EMI.  
However, when the case is designed to  
enable mating to be accomplished even  
more reliably, the following points should  
be borne in mind.  
• Provide a guide at the plug insertion  
opening to prevent excessive mating  
stress when the plug is mated.  
• In order to reinforce the shell part of the  
receptacle, guide the shell part using  
the case.  
the pin soldering from lifting off. However,  
care should be taken in designing the  
equipment so that excessive lift-off force  
will not be applied to the soldered area of  
each pin.  
2. Plug  
Precautions for cord soldering  
1) Take steps to prevent the soldering  
iron from melting the plastic parts.  
2) Take care not to allow bubbles into the  
solder or short-circuiting between neigh-  
boring pins to occur.  
3) Do not allow the solder flux to run into  
the contact area since this will cause  
defective contact.  
4) Upon completion of the lead wire sol-  
dering, crimp the cable clamp area of the  
lock arm shell to achieve a strain relief  
function.  
• Ensure that the equipment case and  
receptacle are configured in such a way  
that the clearance between them is min-  
imal—in the 0.1 mm range, for instance.  
Regarding general notes, please  
refer to page 10.  
12/1/2002  
All Rights Reserved, © Copyright Matsushita Electric Works, Ltd.  
Go To Online Catalog  

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