Business > Industrial Devices > Automation Controls Top > Components & Devices > Connectors > Automotive Connectors > CF1 > Rating/Performance
For Automotive Application with 125°C heat resistance, Connectors for board-to-FPC
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Item | Specifications | Conditions | |
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Electrical characteristics |
Rated current | 2.0 A/pin contact | Maximum current can be applied to one contact. (Except for the capacity of FPC.) |
Rated voltage | 50 V DC | ||
Dielectric strength | 1,000 V AC for 1 min | Detection current: 1 mA (No short or damage) | |
Insulation resistance | Min. 100 MΩ | Using 500 V DC megger (1 min) | |
Contact resistance | Max. 20 mΩ (Initial) Max. 40 mΩ (after test) |
Except FPC conductor resistance. Measured at 10 mA DC |
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Mechanical characteristics |
Insertion force | Max. 36.0 N (Initial stage. No difference by number of pins.) | |
Removal force | Max. 18.0 N (Initial stage. 4 pins) Max. 23.0 N (Initial stage. 6 pins) Max. 28.0 N (Initial stage. 8 pins) Max. 33.0 N (Initial stage. 10 pins) |
Measured by removal of housing lock. | |
Housing lock force | Min. 50.0 N (Initial stage. No difference by number of pins.) | ||
Environmental characteristics |
Temperature and humidity of ambient storage and transportation |
-40 to +125°C (Including temperature rise when applying current) (Storage and transportation temperature is -40 to +50°C in a packing state.) *1 |
No icing. No condensation. |
Soldering heat resistance | The initial specification must be satisfied electrically and mechanically | Max. peak temperature of 260°C Reflow soldering: Max. 2 times (Temperature at connector terminal portion) |
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Thermal shock resistance (Receptacle and plug mated) |
After 500 cycles, Contact resistance: Max. 40 mΩ |
*Vapor phase |
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Humidity resistance (Receptacle and plug mated) |
After 96 hours, Contact resistance: Max. 40 mΩ Insulation resistance: Min. 100 MΩ |
Bath temperature 60 ±2°C Humidity 90% RH |
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Heat resistance (Receptacle and plug mated) | After 120 hours, Contact resistance: Max. 40 mΩ | Bath temperature 125 ±2°C | |
Vibration resistance (Receptacle and plug mated) |
Current shut off should not exceed 1 μs during vibration test. (Contact resistance: Max. 40 mΩ) |
Acceleration: 44 m/s² Frequency: 20 to 200 Hz Sweep time: 3 min/cycle Testing tool: Refer to Fig.1 *2 Direction: 3 axes (X, Y, Z) (Different samples are used for each direction.) Time: 3 h Detection current: 10 mA |
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Shock resistance (Receptacle and plug mated) |
Current shut off should not exceed 1 μs during shock test. | Acceleration: 981 m/s² Operation time: 6 ms Testing tool: Refer to Fig.1 *2 Direction: 6 direction (±X, ±Y, ±Z) (Different samples are used for each direction.) Number: 3 times Detection current: 10 mA |
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Lifetime characteristics |
Insertion and removal life |
10 times (Contact resistance: Max. 40 mΩ) | Speed: 25 mm/min |
Solder paste thickness | The initial specification must be satisfied electrically and mechanically | Recommendation t=0.15 mm |
*1.As the humidity range differs depending on the ambient temperature, the humidity range indicated below should be used. This temperature and humidity range does not guarantee permanent performance. |
*2. Fig.1 |
Receptacle
Part name | Material | Color | Surface treatment |
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Body | LCP resin (UL94V-0) | Black | - |
Post | Copper alloy | - | Contact portion: Sn plating over nickel Soldering portion: Sn plating over nickel |
Metal tab | Copper alloy | - | Soldering portion: Sn plating over nickel |
Plug
Part name | Material | Color | Surface treatment |
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Housing | LCP resin (UL94V-0) | Black | - |
Contact | Copper alloy | - | Contact portion: Sn plating over nickel Soldering portion: Sn plating over nickel |
Metal tab | Copper alloy | - | Soldering portion: Sn plating over nickel |
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