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Molex 5050702020 — Mezzanine & Stacking Connectors

Molex SlimStack 5050702020 Plug, 0.35mm Pitch, 20 Pos

MPN5050702020
Active

Molex SlimStack 505070 series plug, outer shroud contacts, 0.014" (0.35mm) pitch, 20 positions, 2 rows, surface mount, gold contact finish, 0.019" (0.48mm) height above board, solder retention features.

$0.3900Ref. price · indicative, final on quote
Sourced new & surplus through independent channelsAuthenticity-screened · ESD-safe packingListing updated Aug 2026

Specifications

5050702020 specifications
ParameterValue
SeriesSlimStack 505070
MountingSurface Mount
Connector typePlug, Outer Shroud Contacts
Height above board0.019\" (0.48mm)
Mated stacking heights0.6mm
Pitch0.014\" (0.35mm)
PackageBox
FeaturesSolder Retention
Contact finishGold
Rows2
Positions20

Product details

Board-Stacking Fit: 0.35 mm Pitch, 0.6 mm Stack Height

The 0.014" (0.35 mm) pitch packs 20 circuits into a dual-row footprint that forces a fine-line PCB layout — expect trace-and-space limits below 0.18 mm on the inner layers to route all signals out of the connector zone. Mated stacking height is 0.6 mm, which means the two PCBs sit nearly flush; this suits handheld, wearable, or camera-module assemblies where every tenth of a millimetre of clearance is allocated elsewhere.

Solder Retention and SMT Assembly

The plug body includes solder retention features — small metal tabs or barbs that reflow into the solder fillet alongside the signal contacts. On a 0.35 mm pitch part with no through-hole anchors, those retention features are what keep the connector from lifting off the pad during the reflow oven or from shearing off when the mated board stack is handled. The surface-mount termination is the only mounting option; no press-fit or through-hole variant exists in this series at this pitch.

Frequently asked questions

What is the mated stacking height of the 5050702020?

The mated stacking height is 0.6 mm, which means the two PCBs sit nearly flush — suited for ultra-thin assemblies where z-height is the tightest constraint.