Specification	AXF6D3012

Connector Type	Header, Outer Shroud Contacts
Contact Finish	Gold
Features	Solder Retention
Height Above Board [z]	0.46 mm
Height Above Board [z]	0.018 "
Mated Stacking Heights	0.6 mm
Mounting Type	Surface Mount
Number of Positions	30
Number of Rows [custom]	2
Pitch	0.014 in
Pitch	0.35 mm

A35UH Series

Part	Number of Rows [custom]	Mounting Type	Features	Contact Finish	Height Above Board [z]	Height Above Board [z]	Pitch	Pitch	Mated Stacking Heights	Number of Positions	Connector Type
Panasonic Electronic Components AXF6D3012	2	Surface Mount	Solder Retention	Gold	0.46 mm	0.018 "	0.014 in	0.35 mm	0.6 mm	30	Header Outer Shroud Contacts
Panasonic Electronic Components AXF5D6012A	2	Surface Mount	Solder Retention	Gold	0.59 mm	0.023 in	0.014 in	0.35 mm	0.6 mm	60	Receptacle Center Strip Contacts
Panasonic Electronic Components AXF5D7012	2	Surface Mount	Solder Retention	Gold	0.59 mm	0.023 in	0.014 in	0.35 mm	0.6 mm	70	Receptacle Center Strip Contacts
Panasonic Electronic Components AXF5D3012A	2	Surface Mount	Solder Retention	Gold	0.59 mm	0.023 in	0.014 in	0.35 mm	0.6 mm	30	Receptacle Center Strip Contacts
Panasonic Electronic Components AXF6D6012A	2	Surface Mount	Solder Retention	Gold	0.46 mm	0.018 "	0.014 in	0.35 mm	0.6 mm	60	Header Outer Shroud Contacts
Panasonic Electronic Components AXF6D1612	2	Surface Mount	Solder Retention	Gold	0.46 mm	0.018 "	0.014 in	0.35 mm	0.6 mm	16	Header Outer Shroud Contacts

Pricing

Prices provided here are for design reference only. For realtime values and availability, please visit the distributors directly

Distributor	Package	Quantity	$

Digikey	N/A	0	$ 0.70
Mouser	N/A	15000	$ 0.68
Newark	Each (Supplied on Full Reel)	12000	$ 1.38
		20000	$ 1.36

Description

General part information

A35UH Series

The A35UH series from Panasonic Electric Works are 0.35mm pitch board to FPC high current stacking connectors. These slim, low profile design connectors have 0.6mm mated height and maximum of 5A current can be supplied to the power terminals. A35UH series connectors are not easily breakable during the insertion or removal process due to the tough contact structure that provides high resistance to shock and vibration.

Documents

Technical documentation and resources

AXF6D3012 | Datasheet

Datasheet

Technical Data Sheet EN

Datasheet