JST 1.27mm FFC Flat Flexible Cable Assembly Custom

JST 1.27mm FFC Flat Flexible Cable Assembly Custom for PCB and Wiring Harness Use

This JST 1.27mm FFC Flat Flexible Cable Assembly is designed for tight-space PCB wiring and electronic integration. It offers a flat structure and bendable form, making it ideal for compact electronic devices. You can use it in flexible cable for PCB applications that require light weight and low profile.

This flat flexible cable supports custom lengths and pin configurations. You can choose from 2 to 80 pins depending on your project. Whether you need a flexible electrical cable for display units or compact control modules, this cable delivers organized signal routing.

The 1.27mm flat cable pitch allows high-density layouts without signal interference. It can be folded, split, or laser cut for custom wiring harness assemblies. The cable supports both same-side and opposite-side connector orientations.

You can request extra processing such as adhesive taping, terminal bonding, or shielding. This makes it a good option for flexible flat cable wiring in mobile devices, printers, and touchscreen displays.

Its flat copper conductors are either tinned or gold-plated. The insulation uses polyester or polyimide tape. This ensures stable performance in flexible cable wiring harnesses used in various temperature environments.

This FFC cable can be directly soldered to a PCB or connected via JST-compatible connectors. It is also available in roll or strip packaging, supporting bulk production and OEM supply needs.

If you're sourcing a 1.27mm flexible cable supplier, this cable offers a cost-effective solution with custom configurations. It performs well in flexible wiring for automotive electronics, robotics, and consumer devices.

Product Specifications

Key Features and Applications of JST 1.27mm FFC Flat Flexible Cable Assembly

The JST 1.27mm FFC Flat Flexible Cable Assembly is designed for compact electronic designs where flexibility and space-saving wiring are needed. Its flat, lightweight structure supports precise signal routing in tight environments. This makes it a preferred choice for manufacturers looking for reliable and flexible cable for PCB integration.

Flexible Design for Compact Electronics

This flat flexible cable bends easily and fits narrow spaces inside electronic devices. It is commonly used in flat cable connections for smartphones, tablets, and touchscreens. Its slim profile allows it to move with mechanical parts, making it ideal for flexible cable applications in printers, foldable electronics, and robotics.

Customizable for Wiring Harness Assembly

You can specify cable length, pin count, and connector direction to match your wiring harness layout. This makes it suitable for custom wiring harness projects in automotive dashboards, industrial control panels, and medical devices. The cable supports adhesive backing and folding features, helping engineers simplify wiring harness assembly.

Compatible with JST Connectors and Direct PCB Soldering

This 1.27mm flexible cable connects securely with JST terminals or can be soldered directly to the board. It is often used in display modules, camera modules, and PCB-to-PCB interconnects. Manufacturers rely on this FFC cable for display connections in LCD panels and audio systems where strong, low-profile links are required.

Parallel Conductor Layout for Signal Integrity

The cable uses a parallel copper conductor structure that reduces interference during signal transfer. It is widely used in flat flexible cable connections for imaging systems and I/O boards. This design supports both low-power and signal lines, ensuring performance in devices that require stable data flow.

Lightweight and Easy to Assemble

The cable’s low mass makes it easy to handle during device manufacturing. It is frequently selected for flexible electrical cable needs in wearable technology, consumer electronics, and compact control boards. It also fits well in roll-to-roll production and automated assembly processes.

Suitable for PCB-to-Display and Board-to-Board Applications

With its 1.27mm pitch, this flexible flat cable supports high-density routing in limited PCB space. Engineers use this cable in flat cable assemblies for touch panels, digital cameras, and small embedded systems. It is a common solution for 1.27mm flat cable display connectors in modern electronics.

This product meets the needs of manufacturers looking for flat flexible cable solutions with custom options, consistent signal quality, and dependable performance in compact device design. Its structure and compatibility make it a strong fit for high-precision applications across consumer, industrial, and automotive markets.

FAQs

Q1: What is the difference between FFC and ribbon cable?
A1: FFC is a flat flexible cable with thin, laminated conductors, while ribbon cable typically uses insulated wires in parallel. FFC is better for tight spaces and dynamic bends in compact devices.

Q2: Can flexible flat cables be customized for different lengths and pin counts?
A2: Yes, you can request custom lengths, pin layouts, and termination styles to meet your specific wiring or PCB design needs.

Q3: Is this type of cable suitable for moving parts in electronic devices?
A3: Yes, its flexible structure makes it ideal for components that bend, fold, or move, such as printer heads, robotic arms, and folding displays.

Q4: How do I choose the correct connector orientation for my application?
A4: You should determine whether you need same-side or opposite-side termination, depending on how your PCB and mating connector are aligned.

Q5: What are common applications for flat flexible cables in electronics?
A5: They are widely used in touchscreen connections, LCD panels, cameras, automotive dashboards, and compact digital control systems.

Q6: Can I solder this cable directly to a PCB without a connector?
A6: Yes, the exposed terminals allow direct soldering, which can reduce space and cost in simplified circuit layouts.

Q7: Are there options for EMI shielding in flexible flat cables?
A7: Yes, you can request shielding or grounding layers for better signal integrity in environments with electrical noise or high-speed data.