TE Connectivity

5-147723-4

5-147723-4
  • Get up to 90 days payment terms from 500+ suppliers
  • Reselling discounts up to 40%!
Sign-Up
Send request for price
1
Payment methods:
Request a Quote and we will send you information on availability and price.

Additional Information

Part Number
5-147723-4

Other

Comment
TE recommends mating gold or duplex plated headers with duplex plated receptacle assemblies., To obtain the minimum mating post length, add 0.51 [.020] (not including the post lead in chamfer) to the maximum point-of-contact dimension.

Dimensions

PCB Thickness (Recommended)
1.4 – 2.4 mm [ .055 – .094 in ]
Height
6.73 mm [ .265 in ]

Mechanical Attachment

PCB Mount Retention
Without

Configuration Features

Number of Rows
1
Number of Positions
5
Stackable
Yes

Usage Conditions

Operating Temperature Range (°C)
-65 – 125
High Temperature Compatible
Yes

Industry Standards

UL Flammability Rating
UL 94V-0
MIL-C-55032
No
Approved Standards
CSA LE7189, UL E28476

Contact Features

Contact Current Rating (A)
2
Contact Configuration
Single Tine
Solder Tail Contact Plating Material
Tin over Nickel
Contact Mating Area Plating Thickness (µin)
30
Contact Type
Socket
Contact Layout
Inline
Solder Tail Contact Plating Thickness (µin)
150 – 300
Contact Mating Area Plating Material
Gold
Contact Base Material
Phosphor Bronze

Operation/Application

Assembly Process Feature
Board Standoff
For Use With
Mates with Headers
Pick and Place Cover
Without

Termination Features

Termination Post Length
.99 mm [ .0389 in ]
Termination Method to PC Board
Surface Mount

Housing Features

Centerline
2.54 mm [ .1 in ]
Housing Material
Polyester - GF
Housing Entry Style
Bottom or Top, Closed Entry
Housing Color
Black

Product Type Features

Connector Style
Receptacle
PCB Mounting Orientation
Vertical
Profile
Standard
Applies To
Printed Circuit Board
Boss
Without
Product Type
Connector
Series
AMPMODU, MOD IV
Sealed
No
Connector Type
Connector Assembly
Applied Pressure
Standard

Electrical Characteristics

Termination Resistance
12 mΩ
Insulation Resistance (MΩ)
5000