Secure flexible flat cable connection SHOU HAN FPC 0.5-8P HYH2.0 connector for electronic assemblies
Product Overview
This specification covers the 0.5mm Pitch FPC/FFC Connectors from Shenzhen Shouhan Technology Co., Ltd. These connectors are designed for flexible flat cable applications, offering reliable electrical and mechanical performance within a specified operating temperature range. They are suitable for various industrial and electronic applications requiring secure and stable connections.
Product Attributes
- Brand: SHENZHEN SHOUHAN TECHNOLOGY CO.,LTD
- Origin: China
- Product Name: FFC/FPC Flat Cable Connector
- Material (Main body): LCP UL 94V-0
- Material (Housing Lock): LCP UL 94V-0
- Material (Terminal/Contact): Phosphor Bronze
- Plating: Tin plated metal surface
Technical Specifications
| Item | Specification/Requirement | Test Condition |
|---|---|---|
| Product Name and Part Number | ||
| Product Name | FFC/FPC Flat Cable Connector | |
| Part Number | FPC 0.5-8P HYH2.0 | |
| Ratings | ||
| Rated Voltage (MAX) | 50V [AC/DC (Virtual value) 50Hz] | |
| Rated Current (MAX) | 0.5A | |
| Ambient Temperature Range | -25+85 | |
| Performance - Electrical Performance | ||
| Contact Resistance | 30 m MAX | Mate applicable FPC/FFC and measure by dry circuit, 20mV MAX, 10mA. |
| Insulation Resistance | 500 M MIN | Mate applicable FPC/FFC and apply 500V DC between adjacent terminal or ground. |
| Dielectric Strength | No Breakdown | Mate applicable FPC/FFC and apply 200V AC (virtual value) for 1 minute between adjacent terminal or ground. |
| Performance - Mechanical Performance | ||
| Locking and Withdrawal Force | Locking: 1.96*n (N) MAX Withdrawal: 0.49*n (N) MIN | Insert and extract applicable FFC at the speed rate of 253mm/minute. (Assuming 0.3mm thick FFC) |
| Terminal/Housing Retention Force | 3.92N MIN | Pull the terminal at the speed rate of 25 3mm per minute. |
| Performance - Environmental Performance and Others | ||
| Repeated Insertion and Withdrawal | Contact Resistance: 60 m MAX | Insertion and withdrawal up to 20 cycles at a speed rate of less than 10 cycles/minute (without power). |
| Temperature Rise | 30 MAX | Carrying rated current load. (UL 498) |
| Vibration | Contact Resistance: 60 m MAX Discontinuity: 1 ms MAX | Amplitude: 1.5mm P-P. Sweep time: 10-55-10Hz in 1 minute. Duration: 2 hours in each X, Y, Z axes (with DC 1mA power). |
| Shock | Appearance: No Damage Discontinuity: 1 ms MAX | 490m/s {50G}, 3 strokes in each X, Y, Z axes (with DC 1mA power). |
| Heat Resistance | Appearance: No Damage Contact Resistance: 60 m MAX | 852, 96 hours, then return to room temperature for 1-2 hours. |
| Cold Resistance | Appearance: No Damage Contact Resistance: 60 m MAX | -402, 96 hours, then return to room temperature for 1-2 hours. |
| Humidity | Appearance: No Damage Contact Resistance: 60 m MAX Dielectric Strength: Must meet 4.1.3 Insulation Resistance: 20 M MIN | Temperature: 402, Relative Humidity: 90-95%, Duration: 96 Hours, then measure within 0.5 hours after returning to room temperature. |
| Temperature Cycling | Appearance: No Damage Contact Resistance: 60 m MAX | 5 cycles of: a) -553 30 minutes, b) 852 30 minutes, with 10-15 minutes at room temperature between cycles. |
| Salt Spray | Appearance: No Damage, No Corrosion Contact Resistance: 60 m MAX | 48 4 hours exposure to a salt spray from the 51% solution at 352. Post-test wash with room temperature water and dry. |
| SO2 Gas Resistance | Contact Resistance: 60 m MAX | 24 hours exposure to 505ppm SO2 gas at 402. |
| NH3 Gas Resistance | Appearance: No Damage Contact Resistance: 60 m MAX | 40 minutes exposure to NH3 gas evaporating from 28% Ammonia solution. |
| Solderability | Solder Wetting: 95% coverage | Soldering Time: 20.5 sec. Soldering Temperature: 2455. Measured 0.2 mm from terminal tip. |
| Resistance to Soldering Heat | Appearance: No Damage, No Deformation | Soldering Time: 305 sec. Soldering Temperature: 2455. At least 5 times. |
Contact Information:
Tel: 0755-27597601
Fax: 0755-27597491
2509030923_SHOU-HAN-FPC-0-5-8P-HYH2-0_C6364658.pdf