4-50 Pin 1.0mm Pitch FPC FFC Connector Vertical FPC To Board Connector
Price:
Negotiable price
MOQ:
500pcs
Delivery Time:
5-7 days
Brand:
XTKCONN
Product Description
Vertical Type FFC FPC Connector Pitch 1.0mm Electrical Wire Connectors
Highlights
- Vertical top‑entry SMT FPC‑to‑board connector, 1.0 mm pitch, pin count configurable from 4 pins up to 50 pins.
- ZIF flip‑lock actuator design, low insertion force, robust cable retention against vibration & cable pull‑out.
- Phosphor‑bronze contact terminals, optional tin / selective gold plating for signal‑critical circuits
- Fully tape‑and‑reel packaged for high‑volume SMT automated assembly; compatible with standard pick‑and‑place equipment.
- RoHS 2.0 & REACH compliant; UL94‑V‑0 high‑temperature housing material for reflow soldering process
- Flexible customization: pin count, plating thickness, contact type, PCB footprint modification & OEM marking support
- Cost‑effective drop‑in alternative to major branded equivalents, short lead‑time for prototype & mass production orders
Description
| Pitch | 1.0mm |
| No. Of Positions | 4-50pin |
| Mounting Type | Vertical / ZIF |
| Contact Location | Single-sided contact |
| Type | Slide lock |
| Current Rating | 0.5A/Pin Max |
| Voltage Rating | 50V AC/DC MAX |
| Withstanding Voltage | 250V AC,1min |
| Cover Material | LCP UL94V-0 black |
| Housing | LCP UL94V-0 Natural |
| Terminal/Contact | Copper alloy |
| Plating | Tin-plating |
| Operation Temperature | -40℃ to +85℃ |
| Lead Time | 7-10 working Days |
Material & Electrical Characteristics
| Item | Specification | Remarks |
|---|---|---|
| Housing Material | LCP / PA6T | UL94‑V‑0 flame retardant |
| Actuator Material | PPS / LCP | High‑temperature resistant |
| Contact Terminal Material | Phosphor Bronze | High spring‑back performance |
| Plating Option‑1 | Contact & Solder Tail: Matte Tin | For general‑purpose signal |
| Plating Option‑2 | Contact Area Selective Gold Plating (0.03‑0.1μm Au over Ni barrier) | For high‑humidity / high‑vibration environment |
| Rated Current | 0.5 A per contact | Signal‑level application |
| Rated Voltage | 50 V AC/DC | Max working voltage |
| Contact Resistance | ≤30 mΩ (initial) | After mating under test conditions |
| Insulation Resistance | ≥500 MΩ | DC 100 V testing |
| Withstand Voltage | 500 V AC / 1 minute | No breakdown / flash‑over |
Design &Technical strength
We have more than 20 years of experience in the connector industry; our engineers can support your new project. Design a new tooling time:30-45 working days.
Competitive Advantage
Keyouda has various types of appearance and many kinds of internal schematic products, high quality, customer first,100% test, 0 defects, and short lead time are our best advantages
Target Application Industries
- Consumer Electronics: Display modules, POS terminals, household appliances, smart home panels, portable handheld devices
- Industrial Control: Human‑machine interface HMI, sensor modules, industrial display, test‑measurement equipment
- IoT & Smart Hardware: Gateway devices, surveillance cameras, drone peripheral modules, smart lighting control
- Medical Equipment: Patient monitoring auxiliary modules, non‑critical signal interconnection for medical devices
- Peripheral Equipment: Printer modules, scanner internal interconnects, small‑size LCD panel driver boards
FAQ
Q1: Can this connector work with both FPC rigid‑flex and standard FFC flat cables?
A1: Yes. It supports both 0.3 mm‑thickness FPC and matching FFC flat cables. Please make sure conductor pad orientation matches the contact side of the connector.
A1: Yes. It supports both 0.3 mm‑thickness FPC and matching FFC flat cables. Please make sure conductor pad orientation matches the contact side of the connector.
Q2: What will happen if I use an FPC thicker than 0.33 mm?
A2: An over-thick flex cable will prevent the flip‑lock actuator from fully closing, causing insufficient contact pressure and an increased risk of intermittent connection. Strictly follow the recommended flex thickness.
A2: An over-thick flex cable will prevent the flip‑lock actuator from fully closing, causing insufficient contact pressure and an increased risk of intermittent connection. Strictly follow the recommended flex thickness.
Q3: Is this connector automotive grade?
A3: Standard version is for consumer & general‑industrial use. For automotive applications, please contact our sales team for an automotive‑grade modified variant with enhanced material & test standards.
A3: Standard version is for consumer & general‑industrial use. For automotive applications, please contact our sales team for an automotive‑grade modified variant with enhanced material & test standards.
Q4: Can I hand‑solder this connector instead of SMT reflow?
A4: Hand‑soldering is allowed for prototype debugging only. Do not apply heat to plastic housing; limit single‑pin soldering time to under 5 seconds. Hand‑soldering is NOT recommended for mass production.
A4: Hand‑soldering is allowed for prototype debugging only. Do not apply heat to plastic housing; limit single‑pin soldering time to under 5 seconds. Hand‑soldering is NOT recommended for mass production.
Q5: What is the difference between front‑flip and back‑flip ZIF actuator?
A5: Front‑flip: latch sits on FPC insertion side, easy manual operation. Back‑flip: latch is located opposite the insertion side, delivers superior cable retention force for a vibration‑heavy environment.
A5: Front‑flip: latch sits on FPC insertion side, easy manual operation. Back‑flip: latch is located opposite the insertion side, delivers superior cable retention force for a vibration‑heavy environment.
Q6: Can you modify the PCB footprint for our existing old‑design replacement project?
A6: Yes, footprint modification service is available. Please provide your original PCB drawing; our engineering team will evaluate feasibility and NRE cost.
A6: Yes, footprint modification service is available. Please provide your original PCB drawing; our engineering team will evaluate feasibility and NRE cost.
Q7: What is MOQ and sample lead‑time?
A7: Free engineering samples available; sample lead‑time 1‑3 working days. Mass‑production MOQ depends on configuration; tape‑and‑reel standard parts support low‑MOQ orders.
A7: Free engineering samples available; sample lead‑time 1‑3 working days. Mass‑production MOQ depends on configuration; tape‑and‑reel standard parts support low‑MOQ orders.
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Get in Touch
Have questions about our products or want to discuss a custom order? Our team is ready to help you.
Company
Shenzhen Xietaikang Precision Electronic Co., Ltd.
Location
13A13, 14th Floor, Building C, Hezhou ShenYe U Center, Xixiang, Baoan Area, Shenzhen City,Guangdong Province.
Contact Person
Tina