0750180014 Molex Inc, 0750180014 Datasheet - Page 3

• Manufacturer Part Number: 0750180014
• Description: Conn Board to Board HDR 108 POS 1.5mm Solder RA Thru-Hole Tray
• Manufacturer: Molex Inc
• Type: Board to Boardr
• Series: Plateau HS Dock™ 75018r

Specifications of 0750180014

• Pitch: 1.5 mm
• Number Of Rows: 3
• Number Of Contacts: 108
• Gender: HDR
• Contact Plating: Gold|Tin-Lead
• Termination Method: Solder
• Connector Type: Shrouded
• Number Of Positions: 108
• Number Of Positions Loaded: All
• Row Spacing: -
• Height Stacking (mating): -
• Molding Height Above Board: 0.424" (10.78mm)
• Contact Mating Length: -
• Mounting Type: Through Hole, Right Angle
• Termination: Solder
• Contact Finish: Gold
• Contact Finish Thickness: 30µin (0.76µm)
• Features: Board Guide
• Color: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

REVISION:
DOCUMENT NUMBER:
4.0 INSERTION AND WITHDRAWAL
C
connectors. It also describes the special zippering feature of this connector which allows for the full rotation of
the connector about a specific point of rotation.
This section describes the preferred methods for inserting and withdrawing the High Speed Mezzanine
4.1 Preferred Method of Insertion and Withdrawal:
AS-75005-001
ECR/ECN INFORMATION:
EC No:
DATE:
UCP2003-2204
2003 / 04 / 09
APPLICATION SPECIFICATION
Figure 2
HIGH SPEED MEZZANINE
Figure 1
TITLE:
CREATED / REVISED BY:
Ken Stiles
BOARD TO BOARD CONNECTOR SYSTEM
APPLICATION SPECIFICATION FOR THE
WITHDRAWAL
INSERTION
HIGH SPEED MEZZANINE
Rotation
Rotation
Point
Point
Figure 1 is the preferred method of insertion. Straight
insertion of the connectors insures proper alignment
during the mating process.
Zippering during Insertion:
The “zippering” together of the connectors during
insertion is permissible. This can reduce the amount of
force required to insert the connector. However, to do
this the mating connector must be properly placed at the
point of rotation. See Figure 2.
requires more force during the withdrawal
process.
Zippering during Withdrawal:
Zippering the connector during the withdrawal
process is the preferred method of withdrawing the
connector. This allows for reduced withdrawal
forces. The connector is designed to rotate fully
about its point of rotation during the withdrawal
process, without binding or damaging the
components of the connector.
The connector may also be withdrawn evenly with
out damaging any components of the connector.
This method is less preferable only because it
CHECKED BY:
Ken Stiles
TEMPLATE FILENAME: PRODUCT_SPEC[SIZE_A](V.1).DOC
Manny Banakis
APPROVED BY:
SHEET No.
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