FFC2A36-06-0-T-R
GCT
FFC & FPC Connectors 06W, 0.5mm, FFC Con, Vert, Flip-Lock, SMT, Tin, Right Footprint
Active2,980 in stock
Overview
The FFC2A36-06-0-T-R is a 6-pin, 0.5mm pitch vertical FFC/FPC connector designed for high-density board-to-cable applications. It features a flip-lock ZIF (Zero Insertion Force) mechanism and a right-angle footprint to ensure secure cable retention and reliable electrical contact. The surface-mount design includes solder tabs for enhanced mechanical stability on the PCB.
Why Choose This Part
The flip-lock ZIF mechanism allows for easy, one-handed cable insertion while preventing accidental disconnection due to vibration. Its 0.5mm pitch and vertical orientation optimize board real estate, and the phosphor bronze contacts with tin plating offer a cost-effective yet reliable solution for 30V applications.
Applications
Display Interconnects
Connecting small LCD or OLED modules to a main processing board in space-constrained handheld devices.
Peripheral Connectivity
Linking secondary UI boards, such as button arrays or capacitive touch sensors, to a central controller.
Camera Modules
Routing high-speed differential signals from CMOS image sensors to the ISP in compact imaging systems.
Internal Industrial Cabling
Providing reliable internal signal routing between stacked PCBs in industrial automation equipment.
Key Specifications
Pitch
0.020" (0.50mm)
Features
Solder Retention, Zero Insertion Force (ZIF)
Termination
Solder
Mounting Type
Surface Mount
Cable End Type
Straight, Tapered
Contact Finish
Tin
Flat Flex Type
FFC, FPC
Voltage Rating
30V
Locking Feature
Flip Lock
Contact Material
Phosphor Bronze
Housing Material
Liquid Crystal Polymer (LCP)
Actuator Material
Liquid Crystal Polymer (LCP)
FFC, FCB Thickness
0.30mm
Height Above Board
0.205" (5.20mm)
Number of Positions
6
Operating Temperature
-40degC ~ 105degC
Connector/Contact Type
Contacts, Vertical - 1 Sided
Material Flammability Rating
UL94 V-0
Also Consider
FH12-6S-0.5SH(55)
Hirose Electric Co Ltd
- A widely used horizontal alternative if a vertical orientation is not required for the mechanical design.
