120524-1

Manufacturer :

TE Connectivity AMP Connectors

Product Category :

Arrays, Edge Type, Mezzanine (Board to Board)

Polarization Key :

POLARIZED HOUSING

Lifecycle Status :

ACTIVE (Last Updated: 5 days ago)

Feature :

Board Guide

Insulation Resistance :

2MOhm

Reliability :

COMMERCIAL

Contact Finish Thickness :

50.0μin 1.27μm

Published :

2005

Width :

3.81mm

Height Above Board :

0.408 10.37mm

Orientation :

Vertical

Mounting Type :

Surface Mount

Max Voltage Rating (AC) :

250V

Pbfree Code :

No

Number of Columns :

32

PCB Mount Alignment :

With

Flammability Rating :

UL94 V-0

DIN Conformance :

No

Number of Ports :

1

Total Number of Contacts :

64

RoHS Status :

RoHS Compliant

Length - Tail :

2.0574mm

Number of Rows :

2

Number Of PCB Rows :

2

Length :

34.22mm

Contact Material :

Bronze

Height :

10.37mm

Contact Finish Thickness - Mating :

759.99848 nm

Factory Lead Time :

14 Weeks

Mating Alignment :

Without

Gender :

Receptacle

Min Operating Temperature :

-67°C

Additional Feature :

High Density

Contact Current Rating :

1A

Approval Agency :

CSA

Mixed Contacts :

No

Max Operating Temperature :

230°C

Underplate Material :

Nickel

Max Voltage Rating (DC) :

250V

Contact Pattern :

RECTANGULAR

Mount :

Surface Mount

Plating Thickness :

3.81μm

PCB Contact Pattern :

RECTANGULAR

Termination :

SMD/SMT

Moisture Sensitivity Level (MSL) :

1 (Unlimited)

Rated Current (Signal) :

0.8A

IEC Conformance :

No

Stack Height :

15mm

Pitch :

0.039 1.00mm

Stack Height (Mating) :

14mm 15mm

Filter Feature :

No

Depth :

6.05mm

Row Spacing :

1 mm

Option :

GENERAL PURPOSE

MIL Conformance :

No

Number of Positions :

64

Packaging :

Tape and Reel (TR)

Operating Supply Voltage :

250V

Number of Conductors :

ONE

Housing Color :

Black

Radiation Hardening :

No

Mating Information :

MULTIPLE MATING PARTS AVAILABLE

Contact Finish :

Gold

Connector Type :

Receptacle, Outer Shroud Contacts

Housing Material :

Thermoplastic

Series :

Free Height (FH) IEEE 1386, PMC

Differential Signaling :

yes