DF11-8DP-2DSA(08)

Manufacturer :

Hirose

Product Category :

Headers, Male Pins

Row Spacing - Mating :

0.079 (2.00mm)

Contact Length - Post :

0.118 3.00mm

Insulation Height :

0.260 6.60mm

Factory Lead Time :

10 Weeks

Additional Feature :

ROW INSERTION PRODUCT

PCB Contact Pattern :

RECTANGULAR

Mounting Type :

Through Hole

Polarization Key :

GUIDE SLOT(S)

UL Flammability Code :

94V-0

Dielectric Withstanding Voltage :

650VAC V

RoHS Status :

RoHS Compliant

Length :

10mm

Pitch - Mating :

0.079 2.00mm

Housing Material :

Polyamide

Current Rating :

2A

Body Breadth :

0.197 inch

Insulation Resistance :

1000000000Ohm

Height :

6.9mm

Series :

DF11

Moisture Sensitivity Level (MSL) :

1 (Unlimited)

Depth :

5mm

Housing Color :

Black

Lead Free :

Lead Free

Number Of PCB Rows :

2

Stack Height (Mating) :

7.55 7.8mm 8.9mm

Number of Rows :

2

Contact Length - Mating :

0.118 3.00mm

Reference Standard :

UL, CSA

Number of Conductors :

ONE

Number of Positions :

8

Pbfree Code :

yes

Contact Shape :

Square

Mixed Contacts :

No

Overall Contact Length :

0.299 7.60mm

JESD-609 Code :

e3

Radiation Hardening :

No

Published :

2008

Mating Contact Pitch :

0.079 inch

Contact Material :

Brass

Termination :

Solder

Orientation :

Straight

Mount :

Through Hole

Insulation Material :

Polyamide (PA), Nylon

Voltage - Rated :

250V

Contact Type :

Male Pin

Contact Finish Thickness - Mating :

39.4μin 1.00μm

Contact Resistance :

30mOhm

Durability :

30 Cycles

Contact Finish - Mating :

Tin

Packaging :

Bulk

MIL Conformance :

No

Max Current Rating :

2A

Option :

GENERAL PURPOSE

Gender :

Male

REACH SVHC :

No SVHC

Operating Temperature :

-30°C~85°C

Number of Positions Loaded :

All

Connector Type :

Header

DIN Conformance :

No

Reliability :

COMMERCIAL

Fastening Type :

Detent Lock

Rated Current (Signal) :

2A

Material Flammability Rating :

UL94 V-0

Filter Feature :

No

Shrouding :

Shrouded - 4 Wall

Style :

Board to Board or Cable

IEC Conformance :

No