XF2L-0625-1

Manufacturer :

Omron Electronic Components

Product Category :

FFC, FPC (Flat Flexible) Connector Assemblies

UL Flammability Code :

94V-0

Contact Resistance :

30mOhm

Contact Finish Thickness :

78.7μin 2.00μm

Housing Color :

Natural

Moisture Sensitivity Level (MSL) :

Not Applicable

Reliability :

COMMERCIAL

Contact Plating :

Gold

DIN Conformance :

No

Reference Standard :

UL

Number of Positions :

6

Packaging :

Tape and Reel (TR)

Plating Thickness :

80μin

Flammability Rating :

UL94 V-0

Contact Material :

COPPER ALLOY

Actuator Color :

Black

Total Number of Contacts :

6

Series :

XF2L

Termination :

Solder

Mating Cycles :

30

Current Rating (Amps) :

0.5A

Cable End Type :

Straight

Height :

1.2mm

Option :

GENERAL PURPOSE

Connector/Contact Type :

Contacts, Top

Contact Pattern :

RECTANGULAR

Lead Free :

Contains Lead

Mixed Contacts :

No

Current Rating :

500mA

PCB Contact Pattern :

RECTANGULAR

Insertion Force-Max :

ZIF N

Gender :

FEMALE

Published :

2004

Depth :

3.45mm

Contact Finish :

Tin Alloy

Feature :

Zero Insertion Force (ZIF)

Actuator Material :

Liquid Crystal Polymer (LCP)

Mounting Type :

Surface Mount, Right Angle

Body Breadth :

0.047 inch

Number of Rows :

1

FFC, FCB Thickness :

0.30mm

Dielectric Withstanding Voltage :

250VAC V

Flat Flex Type :

FPC

Filter Feature :

No

Height Above Board :

0.047 1.20mm

Contact Style :

SINGLE PRONG

MIL Conformance :

No

Number Of PCB Rows :

1

Withdrawl Force-Min :

ZIF N

Operating Temperature :

-30°C~85°C

Max Current Rating :

500mA

Lead Pitch :

500μm

Pbfree Code :

yes

Reach Compliance Code :

Unknown

Pitch :

0.020 0.50mm

Width :

3.45mm

Orientation :

RIGHT ANGLE

Additional Feature :

LOW PROFILE, ZIF

Max Voltage Rating (AC) :

50V

Mount :

Surface Mount

RoHS Status :

Non-RoHS Compliant

JESD-609 Code :

e3

Locking Feature :

Slide Lock

Material Flammability Rating :

UL94 V-0

Housing Material :

Liquid Crystal Polymer (LCP)

Length :

7.9mm

IEC Conformance :

No