U.FL-LP-066-A-(1000) [HRS]

Interconnection Device;
U.FL-LP-066-A-(1000)
型号: U.FL-LP-066-A-(1000)
厂家: HRS    HRS
描述:

Interconnection Device

连接器
文件: 总6页 (文件大小:221K)
中文:  中文翻译
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SMT Ultra-Miniature Coaxial Connectors  
U.FL Series  
Meets up to 6 GHz requirement  
Figure 1. Mating height comparison  
(with other Hirose Electric products)  
U.FL  
E.FL  
Space factor of mated connector  
Features  
Figure 2. U.FL-LP-040 and U.FL-R-SMT  
1. Mating heights one of the lowest profiles  
Height from the printed circuit board when mates a receptacle with  
a (right-angle) plug is 2.5 mm maximum. This low Profile is at the  
world’s shortest level.  
2. Extremely small board occupation area  
In comparison with our E.FL Series of SMT coaxial connectors, the  
receptacles offer a reduction of approximately 18% of the board  
occupation area resulting in an area of just 7.7 mm2.  
U.FL-R-SMT  
U.FL-LP-040  
3. World’s lightest  
These are the world’s lightest coaxial connectors.  
Receptacle: 15.7 mg  
Right-angle plugs  
For Ø 0.81 mm cable: 53.7 mg  
For Ø 1.13 & 1.32 mm cable: 59.1 mg  
4. Can be used with a frequency of up to 6 GHz  
To meet the frequency requirements of a wide variety of miniature  
equipment, these connectors offer high frequency performance  
from DC to 6 GHz.  
Figure 3. U.FL-LP-066and U.FL-R-SMT  
5. Can be used with Automatic Mounting  
The embossed tape packaging specification of the receptacles  
permits automatic mounting.  
U.FL-R-SMT  
U.FL-LP-066  
6. Use of ultra-fine Teflon cable  
From among the types of suitable cable, Ø 0.8 mm (single shield)  
outside diameter ultra-fine Teflon coaxial cable has been made a  
standard specification in consideration of improving the  
construction qualities and construction area.  
An external diameter Ø1.32 mm (double shield) & Ø1.13mm (single  
shield) ultra-fine Teflon coaxial cable specification is also available.  
7. Simple removal of connectors  
The extraction jig permits simple removal of connectors.  
Applications  
8. Mating checks made easy  
Subminiature size notwithstanding, the lock sensation permits a  
check of sure mating.  
Mobile phones, wireless communications  
equipment, electronic measuring instruments,  
GPS, wireless LAN, Bluetooth etc.  
1
2002.3  
Product specifications  
Nominal characteristic impedance  
50ø  
60 V AC (rms)  
DC to 6 GHz  
Operating temperature range  
Operating humidity  
-40˚C to +90˚C  
90% max.  
Ratings  
Rated voltage  
Rated frequency  
Item  
Conditions  
Specification  
Center: 20 mø max.  
1. Contact resistance  
Measured at 10 mA max.  
Outside: 10 mø max.  
2. Insulation resistance  
3. Withstand voltage  
4. V.S.W.R.*  
Measured at 100 V DC  
200 V AC for 1 minute  
DC to 3 GHz  
500 Mø min.  
No line or insulation breakdown  
1.3 max.  
Dia.0.81Cable  
1.35  
1.4  
Dia.1.13Cable  
3 to 6 GHz  
Dia.1.32Cable  
1.5  
5. Female contact holding force  
6. Repetitive operation  
0.15 N min.  
Measured with a Ø 0.475 pin gauge  
25 mø max. (Center)  
15 mø max. (Outside)  
30 cycles of insertion and disengagement  
Contact resistance  
No momentary disconnections of 1 µs min.  
No damage, cracks, or parts looseness min.  
Frequency of 10 to 100 Hz, single amplitude of 1.5 mm,  
7. Vibration  
8. Shock  
acceleration of 59 m/s2, for 5 cyles in the direction of each of the 3 axes  
No momentary disconnections of 1 µs min.  
No damage, cracks, or parts looseness  
Acceleration of 735 m/s2, 11 ms duration, sine half-wave  
waveform, for 6 cycles in the direction of each of the 3 axes  
No damage, cracks, or parts looseness  
Insulation resistance 100 Mø min.(High temperature)  
Insulation resistance 500 Mø min.(Pry)  
9. Humidity resistance  
9. (Steady state)  
Temperature of 40˚C, humidity of 95%,  
let stand for 96 hours  
No damage, cracks, or parts looseness  
Contact resistance 25 mø max. (Center)  
15 mø max. (Outside)  
Temperature: +40˚C  
5 to 35˚C  
Within 5 min.  
+90˚C  
30 min.  
5 to 35˚C  
Within 5 min.  
/
/
/
/
/
/
10. Temperature cycle  
Time:  
30 min.  
Cycles: 5  
No excessive corrosion  
48 hours continuous exposure to 5% salt water  
11. Salt spray test  
*V.S.W.R. Measurement System  
The above V.S.W.R. standard values were measured using the measurement system of the diagram below.  
NOTE 1: Cable type connectors were measured with SMA conversion adapters  
attached to both ends of the harness product of a suitable 100cm cable.  
NOTE 2: Board type connectors were mounted to a 50glass epoxy board and  
measurements were conducted with SMA conversion adapters attached.  
Materials  
Part  
Material  
Phosphor bronze  
Brass  
Finish  
Silver plating  
Gold plating  
Gold plating  
Black  
Remarks  
—————  
—————  
—————  
UL94V-0  
Shell  
Male center contact  
Phosphor bronze  
Female center contact  
Plug  
Receptacle  
PBT  
LCP  
Insulator  
Beige  
UL94V-0  
2
Plugs  
U.FL-LP-040  
Form of Plug After Cable Wiring  
U.FL-LP-066  
Item  
Form of Plug After Cable Wiring  
Applicable Cable  
HRS No.  
Part No.  
Weight (mg)  
53.7/unit  
RF-MF5010 Manufactured by Nissei Electric Co., Ltd.  
J12B0964 Manufactured by Junkosha Co., Ltd.  
CO-6F-SB-CX50 Manufactured by Hitachi Cable, Ltd.  
Right-angle plug shell  
CL331-0451-2  
U.FL-LP-040  
(for  
Ø 0.81 cable)  
Right-angle receptacle  
(for 1.13 cable)  
RF-MF5016 Manufactured by Nissei Electric Co., Ltd.  
J12B1054 Manufactured by Junkosha Co., Ltd.  
Ø
CL331-0452-5  
U.FL-LP-066  
59.1/unit  
Right-angle receptacle  
(for 1.32 cable)  
A12B0733 Manufactured by Junkosha Co., Ltd.  
CO-6F-DSB-CX-50 Manufactured by Hitachi Cable, Ltd.  
Ø
Please order plugs with the cable assembly specifications.  
Cable Assembly  
Dimension of U.FL Series assembly products should be made as indicated below.  
Double-Ended Cable Assembly  
Single-Ended Cable Assembly  
Cable assembly overall length and standard tolerance  
Ordering information  
U.FL - [] LP - [] - A - (L)  
Overall Length L (mm)  
< <  
Standard Tolerance (mm)  
0035 L 0200  
= =  
04  
08  
1
2
3
4
<
0200<L=0500  
Series name  
U.FL  
1
<
0500<L=1000  
12  
Blank: Single ended  
2: Double ended  
<
2 Assembly type  
1000<L=1000  
1.5%  
04 : For use with Ø 0.81 cable  
Note: Shortest length L is 35 mm.  
Cable type  
3
4
5016 : For use with  
066 : For use with  
Ø
Ø
1.13 cable  
1.32 cable  
Overall length (mm)  
Length L is expressed in mm units.  
Part No. of Cable Assembly  
CL No.  
Description  
321-1937-2-**  
321-1998-7-**  
321-2493-6-**  
321-2492-3-**  
321-2170-7-**  
321-2573-3-**  
U.FL-2LP-04-A-(L)  
U.FL-LP-04-A-(L)  
Dia. 0.81mm Double Ended Cable Assembly  
Dia. 0.81mm Single Ended Cable Assembly  
Dia. 1.13mm Double Ended Cable Assembly  
Dia. 1.13mm Single Ended Cable Assembly  
Dia. 1.32mm Double Ended Cable Assembly  
Dia. 1.32mm Single Ended Cable Assembly  
U.FL-2LP-5016-A-(L)  
U.FL-LP-5016-A-(L)  
U.FL-2LP-066-A-(L)  
U.FL-LP-066-A-(L)  
Please contact Hirose sales representative about cable length and cable end treatment.  
3
Receptacles  
NOTE 1: Receptacles of the (01) specification are sold by  
the pack with 100 pieces per pack. Please order  
in pack units.  
Recommended PCB Footprints  
NOTE 2: Receptacles of the (10) specification are sold by  
the reel (which contains 2,500 pieces). Please  
order in reel units.  
NOTE 3: Permissible value for mold resin which gets onto  
the center contact.  
HRS No.  
Part No.  
Sales Quantity  
Weight (mg)  
15.7/unit  
CL331-0471-0-01  
CL331-0471-0-10  
U.FL-R-SMT(01)  
U.FL-R-SMT(10)  
Pack sales (100 pieces per pack)  
Reel sales (2,500 pieces per reel)  
Packaging specifications  
Embossed Carrier Tape dimensions  
Unreeling direction  
Reel dimensions  
4
Conversion adapter  
SMA Conversion adapter  
(Coupling portion: U.FL side jack - SMA side plug)  
NOTE: The U.FL side coupling portion has a weaker lock than  
the regular product and, therefore, cannot be used for  
purposes other than performance measurements.  
HRS No.  
Product No.  
CL311-0300-2  
HRMP-U.FLJ  
SMA Conversion adapter  
(Coupling portion: U.FL side plug - SMA side jack)  
NOTE: The U.FL side coupling portion has a weaker lock than  
the regular product and, therefore, cannot be used for  
purposes other than performance measurements.  
HRS No.  
Product No.  
CL311-0301-5  
HRMJ-U.FLP  
Inspection receptacle  
This receptacle is used for inspecting the continuity,  
withstand voltage, and other aspects of the harness  
product.  
NOTE: The U.FL side coupling portion does not have a lock  
and, therefore, cannot be used for purposes other than  
continuity and withstand voltage inspections.  
HRS No.  
Product No.  
U.FL-R-1  
CL331-0466-0  
Extraction jig  
This jig is used for extraction from a coupled condition.  
90  
50  
U.FL  
U.FL-LP-N-2  
HRS No.  
Product No.  
U.FL-LP-N-2  
U.FL-LP-N-2  
CL331-0494-5  
CL331-0441-9  
5
Usage precautions  
1. Plugs  
1) To disconnect connectors, hook the end portion of E.FL-LP-N and U.FL-LP-N-2 onto the connector cover and pull off  
vertically in the direction of the connector coupling axis.  
1) To remove the connector directly, hold the connector cover and pull off  
vertically in the direction of the connector coupling axis. (Please exercise  
caution so as not to injure fingertips or nails.)  
2) To couple the connectors, the coupling axes of both connectors are  
aligned and the connectors are inserted as perpendicularly as possible.  
Do not attempt to insert on an extreme angle.  
U.FL-LP-N-2  
E.FL-LP-N  
(1) Connection/  
disconnection of  
connectors  
U.FL-LP-040  
U.FL-LP-066  
U.FL-R-SMT  
After the connectors are coupled, do not apply a load to the cable in excess of the values indicated in the diagram  
below.  
U.FL-LP-040  
2N or less  
(2) Permissible load on  
the cable after  
U.FL-R-SMT  
4N or less  
connector coupling.  
2N or less  
(3) Precautions  
Please note that excessive twisting in the action of insertion or removal will cause damage.  
2. Receptacles  
Recommended Temperature Profile (Reference)  
(1) Recommended  
temperature profile  
(reference)  
1) The temperature indicates the printed circuit board surface temperature of the connector lead portion.  
2) The reflow soldering method should be performed at a peak temperature of 240˚C or less at the surface of the  
printed circuit board.  
3) The temperature profile will change depending on conditions which include such factors as the size of the board,  
the solder used, and the solder thickness.  
(2) Recommended hand  
soldering conditions  
(reference)  
Soldering iron temperature: 350˚C  
Soldering time: Within 5 seconds  
(3) Recommended screen  
thickness  
0.15 mm  
6

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