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DF12(3.0)-32DP-0.5V(86) データシートの表示(PDF) - HIROSE ELECTRIC

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DF12(3.0)-32DP-0.5V(86)
Hirose
HIROSE ELECTRIC Hirose
DF12(3.0)-32DP-0.5V(86) Datasheet PDF : 11 Pages
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The product information in this catalog is for reference only. Please request the Engineering Drawing for the most current and accurate design information.
All non-RoHS products have been discontinued, or will be discontinued soon. Please check the products status on the Hirose websitDe FRo1H2S sSeaerrciheastqww0w.5.hmiromse-cPonitncechtoSrsM.coTm,BorocaonrtdacttoyoBuroHairrodseCsaolensnreepcretsoenrtative.
BPrecautions for Use
1.Recommended Temperature Profile (SMT)
Temperature (ç)
250
200
150 150ç
250ç
220ç
180ç
60sec max
Soldering
100
90 to 120sec
Preheating
50
Room
temperature
0
50
100 150 200 250 300
Time (sec)
Note1: UP to 2 cycles of Reflow soldering are possible under the
same conditions, provided that there is a return to normal
temperature between the first and second cycle.
Note2: The temperature profile indicates the board surface
temperature at the point of contacts with the connector
terminals.
2.Recommended Manual Soldering Condition (SMT) Soldering iron temperature: 350ç, Soldering time: Within 3 seconds
3.Recommended Screen Thickness and 0.12mm
open area ratio(Pattern area ratio)
Open area ratio: 70%
4.Board Warp(SMT)
Maxmum 0.02mm in the connector center area, based on both connector edges
5.Cleaning Condition
Refer to "Nylon Connector Use Hand book".
6.Cautions
s The receptacle is designed in a structure where contacts are exposed. Touching it with
bare hands would cause contact failure or electrostatic element damage.
s Where no board is mounted, the insertion or extraction will cause damage or
contact deformation.
s Avoid retaining the board with the connector only, and fix the board by any other means
than the connector.
s Excessive scoop insertion or extraction may result in damage.
s In the manual soldering process, don't carry out the flux coating which will cause a flux
blister on the connector.
s The color phase of this product may be slightly different from that of the formed product
according to the manufacturing lot. However, the difference doesn't affect the performance.
A203

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