HRS DF56 DF36 FPC Hybrid Micro Coaxial Cable Assembly for Camera & Vision Systems

Product Details

The HRS DF56 DF36 FPC Hybrid Micro Coaxial Cable Assembly combines micro coaxial cable and FPC interconnection technology in a compact hybrid assembly for camera, embedded vision and other space-constrained electronic systems. The combination of HRS DF56 and DF36 connector interfaces with a customized hybrid cable structure provides a flexible solution for applications requiring different interconnection formats within the same cable assembly.

HOTTEN supports OEM and ODM customization according to customer drawings, connector part numbers, pin assignments and mechanical requirements. Cable length, connector orientation, routing and hybrid cable configuration can be customized from prototype development through volume production.

Technical Specifications

Key Features

• HRS DF56 and DF36 connector configuration
• Hybrid combination of micro coaxial cable and FPC
• Compact solution for high-density interconnection
• Suitable for camera and embedded vision systems
• Flexible routing for space-constrained equipment
• Custom cable length and pin assignment
• Custom connector orientation and routing
• Supports OEM, ODM and build-to-print manufacturing
• Suitable for prototype and mass-production requirements

Typical Applications

• Camera modules
• Embedded vision systems
• Machine vision equipment
• UAV and drone cameras
• Gimbal camera systems
• Compact imaging equipment
• Robotics vision systems
• Portable electronic devices
• Intelligent electronic equipment
• High-density internal signal connections

Customization Options

HOTTEN can customize the DF56 / DF36 FPC hybrid cable assembly according to customer electrical and mechanical requirements, including:

• HRS DF56 connector configuration
• HRS DF36 connector configuration
• Micro coaxial cable section
• FPC section
• Cable length
• Pin assignment
• Cable routing
• Connector orientation
• Bend direction
• Hybrid cable configuration
• Cable termination
• Labeling and identification
• Prototype and production packaging

For RFQ evaluation, customers can provide the DF56 / DF36 connector part numbers, pinout, cable length, FPC drawing, wiring diagram, mechanical drawing and application requirements.

Engineering & Procurement Considerations

Hybrid cable assemblies require both the electrical interfaces and the physical transition between different cable structures to be clearly defined during engineering review.

Important procurement parameters include:

For quotation, customers can provide an RFQ drawing, BOM, connector PN, pinout, FPC drawing, cable length and mechanical requirements for engineering review.

Prototype to Mass Production

HOTTEN supports the complete development process:

RFQ & Engineering Review → Prototype Sample → Electrical / Mechanical Validation → Design Confirmation → Pilot Production → Mass Production

Prototype samples can be used to verify connector mating, pin assignment, FPC dimensions, cable routing, transition areas and equipment integration.

After the hybrid structure and design are approved, the confirmed drawing, BOM and inspection requirements can be used as the production reference for repeat and volume manufacturing.

Quality & Testing

Depending on customer requirements, inspection and testing can include:

• Pin-to-pin continuity testing
• Open and short circuit testing
• Pinout verification
• Electrical performance verification
• FPC dimensional inspection
• Connector appearance inspection
• Connector mating inspection
• Cable length inspection
• Connector orientation inspection
• Hybrid transition inspection
• Workmanship inspection
• First Article Inspection (FAI)
• RoHS / REACH compliance documentation where required

Additional electrical or mechanical validation can be defined according to the customer's camera or embedded vision system requirements.

FAQ

Q1: What is an FPC hybrid micro coaxial cable assembly?
It is a cable assembly combining a flexible printed circuit section with micro coaxial cable sections in one customized interconnection solution.

Q2: Can HOTTEN manufacture an HRS DF56 / DF36 hybrid cable according to our drawing?
Yes. HOTTEN supports OEM, ODM and build-to-print production based on customer drawings and connector specifications.

Q3: Can both the DF56 and DF36 connectors be customized?
Yes. Connector configurations can be specified according to the customer's equipment interface and mechanical requirements.

Q4: Can the FPC section be customized?
Yes. The FPC dimensions, routing, contacts and connection configuration can be developed according to the customer's drawing and application requirements.

Q5: What applications are suitable for this hybrid cable?
Typical applications include camera modules, embedded vision systems, machine vision equipment, UAV cameras, gimbal systems and other compact electronic equipment.

Q6: Can the cable length and routing be customized?
Yes. Cable length, routing direction, connector orientation and mechanical configuration can be customized.

Q7: What information should be provided for an RFQ?
The recommended information includes DF56 / DF36 connector part numbers, pinout, FPC drawing, cable length, wiring diagram, mechanical drawing, application requirements and expected quantity.

Q8: Can HOTTEN provide prototype samples before mass production?
Yes. Prototype samples can be produced to validate connector mating, electrical connections, mechanical routing and system integration before pilot and volume production.