1.0mm Pitch SMT Connector CAX CAX-AFA07-05SCB-H2.5 Right Angle Type Designed for Flexible Flat Cable

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Product Description

Product Overview

This specification covers the 1.0mm Pitch H=2.5 FPC/FFC ZIF R/A Type K SMT Connectors series. These connectors are designed for various applications requiring a reliable connection for Flexible Printed Circuits (FPC) and Flexible Flat Cables (FFC).

Product Attributes

  • Brand: CHUANG DU ELECTRONICS
  • Origin: ZHE JIANG
  • Housing Material: LCP (Natural Color, UL94V-0 Flammability Rating)
  • Latch Material: LCP (Black Color, UL94V-0 Flammability Rating)
  • Terminal Material: Phosphor Bronze
  • Fitting Nail Material: Phosphor Bronze
  • Pitch: 1.0mm
  • Height: 2.5mm
  • Type: SMT, Right Angle (R/A), K Type, Pull Tab
  • Packaging Options: Tube (Small Batch), Reel (Bulk Order Recommended)

Technical Specifications

Category Item Specifications Test Conditions
Ratings Operating Voltage (Max.) 50V AC -
Current Rating (Max.) 0.5A DC -
Operating Temperature Range -55C to +85C -
Operating Humidity Range 90% RH -
Storage Temperature Range -40C to +50C -
Storage Humidity Range 90% RH -
Electrical Performance Contact Resistance 40 m (Initial) Mate FPC/FFC, 20mV Max, 100mA (EIA-364-23)
Insulation Resistance 500 M (Min.) Mate FPC/FFC, 500V DC between adjacent terminals/ground (EIA-364-21)
Dielectric Strength No Breakdown Mate FPC/FFC, 250V AC (rms) for 1 minute between adjacent terminals/ground (EIA-364-20)
Mechanical Performance FPC Retention Force Pos.x 0.40N (Min.) Insert Latch, pull FPC at 253mm/min (EIA-364-13)
Terminal Retention Force 3.0N (Min.) Axial pull out force on terminal in housing at 253mm/min (EIA-364-29)
Fitting Nail Retention Force 1.0N (Min.) Axial pull out force on fitting nail in housing at 253mm/min (EIA-364-29)
Environmental Performance & Others Durability Contact Resistance 60 m (Max.) 20 cycles at
Temperature Rise 30C (Max.) Measure at contact point with max rated current (EIA-364-70 Method 2)
Vibration Appearance: No Damage
Contact Resistance: 60 m (Max.)
Discontinuity: 1sec (Max.)
DC 100mA, 1.5mm amplitude, 10-55-10 Hz for 2 hours in X,Y,Z axes (EIA-364-28 Condition I)
- Shock Appearance: No Damage
Contact Resistance: 60 m (Max.)
Discontinuity: 1sec (Max.)
DC 100mA, 490m/s {50G} for 3 times in 6 directions (EIA-364-27, Test condition A)
- Heat Resistance Appearance: No Damage
Contact Resistance: 60 m (Max.)
Mate FPC/FFC, exposed to 852C for 96 hours, conditioned at room temp (EIA-364-17)
- Cold Resistance Appearance: No Damage
Contact Resistance: 60 m (Max.)
Mate FPC/FFC, exposed to -402C for 96 hours, conditioned at room temp (EIA-364-59)
- Humidity Appearance: No Damage
Contact Resistance: 60 m (Max.)
Dielectric Strength: No Breakdown
Insulation Resistance: 20 M (Min.)
Mate FPC/FFC, exposed to 402C, 90-95% RH for 96 hours, conditioned at room temp (EIA-364-31)
- Thermal Shock Appearance: No Damage
Contact Resistance: 60 m (Max.)
Mate FPC/FFC, 5 cycles of -553C (30min) to +853C (30min), conditioned at room temp (EIA-364-32)
- Salt Spray Appearance: No Damage
Contact Resistance: 60 m (Max.)
51% NaCl, 352C. 244 hrs (1-2u" Au), 484 hrs (3u" Au), rinsed and dried (EIA-364-26)
Soldering Solderability / Wetting 95% wetting area, no voids/pinholes Immersion at 2455C for 30.5 sec, 0.1mm from housing bottom (EIA-364-52)
Resistance to Soldering Heat Appearance: No Damage Soldering iron: 370-400C, 5 sec max, 0.2mm from tip (EIA-364-56)

Infrared Reflow Condition

Refer to the provided temperature graph for infrared reflow soldering conditions.

Temperature on Board Pattern Side:

  • Pre-Heat: 150C MAX. (60 sec)
  • Peak Temperature: 230C MIN. / 250C MAX. (20-40 sec)
  • Soldering Time: 3 sec. or less

Note: The graph illustrates temperature over time, with specific ranges and durations for pre-heating and peak soldering.


Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Hefei Purple Horn E-Commerce Co., Ltd.
Location Room 1306B, Building A, Xindi Center, Qimen Road, Hefei City, Anhui Province
Contact Person Sellina

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