
Amphenol Aorora 1.00mm FFC/FPC Connectors
Amphenol Aorora 1.00mm FFC/FPC Connectors feature a 2.00mm to 5.04mm height range, 0.30mm cable thickness, and 4 to 34 positions for a variety of design requirements. These vertical and right-angle connectors offer strong, vibration-proof FFC/FPC retention and high-temperature thermoplastic housing. The design resists solder and flux wicking and ensures high solderability. Amphenol Aorora 1.00mm FFC/FPC Connectors offer a 0.5A current rating, 30MΩ max. contact resistance, and an operating temperature range of -40°C to +105°C. These surface-mount connectors are ideal for automotive, data, industrial, communication, consumer, and medical applications.Features
- Common
- Surface-mount termination
- Vertical or right angle
- Strong, vibration-proof FFC/FPC retention
- Resists solder and flux wicking to ensure high solderability
- High-temperature thermoplastic housing
- 4 to 34 positions available for a variety of design requirements
- Durability of 20 or 30 mating cycles, depending on connector type
- Meets environmental, health, and safety requirements
- Zero Insertion Force (ZIF) mechanism
- No frictional mating wear
- High mating cycle life
- Non-ZIF mechanism
- Requires some force for insertion
- No locking mechanism
- Single-action low-force FFC/FPC insertion and removal
Applications
- Automotive
- Car multimedia
- Car navigation
- Dashboards
- PND
- Communication
- Base stations
- Power
- Switches
- Consumer
- Notebooks
- Tablets
- Wearables
- Gaming
- DSC
- LCD and PDP TVs
- Data
- Routers and servers
- ODD
- HDD
- Industrial
- Sensing element
- Monitoring cameras
- Human Machine Interface
- Industrial PC
- Robotics
- Medical
- Ultrasonic
- Patient monitors
- MRI and CT
- Infusion pumps
Specifications
- 1.00mm pitch
- 2.00mm to 5.04mm height range
- 0.30mm cable thickness
- -40°C to +105°C operating temperature range
- 50VAC/50VDC voltage rating
- 0.5A current rating
- 30MΩ max. contact resistance
- 500MΩ min. insulation resistance
- Dielectric withstanding voltage: No short or breakdown after 500VAC, 2mA, 1min.
Published: 2020-04-03
| Updated: 2023-04-24