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TE Connectivity AMP Connectors 2-1445056-5 — Pin Headers, Sockets & Housings

TE 2-1445056-5 Micro MATE-N-LOK Header, 5 Pos, 3.00mm

MPN2-1445056-5
Obsolete

TE Connectivity Micro MATE-N-LOK header, order code 2-1445056-5, 5 positions, single row, 3.00 mm pitch, 250 V, tin-plated mating contacts, surface-mount right-angle, solder termination, shrouded - 4 wall, board lock.

$0.4500Ref. price · indicative, final on quote
Source DocumentedChannel stated on listing & quote
Condition PhotosReal unit photos / video on request
WhatsApp AnswersFast human replies for stock & sourcing questions
Worldwide DispatchDHL/FedEx — transit quoted per order
Independent China distributor & sourcing agent· Listing updated Jul 2026

Specifications

2-1445056-5 key specifications
ParameterValue
SeriesMicro MATE-N-LOK
TypeMale Pin
MountingSurface Mount, Right Angle
Connector typeHeader
Fastening typeLocking Ramp
Voltage rating250V
Current ratingVaries by Wire Gauge
Operating temperature-40°C ~ 105°C
Contact materialBrass
Insulation colorBlack
Insulation height0.152\" (3.85mm)
Insulation materialPolyamide (PA), Nylon

All specifications

2-1445056-5 additional specifications
ParameterValue
Material flammability ratingUL94 V-0
StyleBoard to Cable/Wire
PackageTape & Reel (TR)
FeaturesBoard Lock
ShroudingShrouded - 4 Wall
TerminationSolder
ApplicationsGeneral Purpose
Contact shapeSquare
Rows1
Pitch0.118\" (3.00mm)
Positions5
Contact finish - postTin
Contact finish - matingTin
Contact finish thickness - post100.0µin (2.54µm)
Contact finish thickness - mating100.0µin (2.54µm)

Product details

5-position, 3.00 mm pitch, shrouded header

The 2-1445056-5 is the 5-circuit member of the TE Micro MATE-N-LOK header line, a board-to-cable/wire connector with a single row of tin-plated male pins on 3.00 mm pitch. Rated 250 V, the header mounts surface-mount right-angle with solder termination and includes a locking ramp for secure mating.

Frequently asked questions

Who supplies 2-1445056-5 and how is it quoted for volume purchases?

Sourcing is through independent surplus channels.