1. Glass Filled Edge Connector uses glass reinforced PBT housing to deliver high mechanical strength and reliable flame retardant performance for industrial board connection.
2. Solder Mount Edge Slot adopts through hole solder installation method for firm fixing on printed circuit boards and stable signal transmission.
3. Brass Contact Edge Connector features high conductivity brass contacts to maintain stable electrical performance for long term plug in operation.
Detailed Specifications:
1. Mechanical Specifications
1.1 Product type: Solder type card edge slot connector
1.2 Measurement unit: millimeter
1.3 Key dimension: 3.96 millimeter pitch, customizable pin count, DIP length 4 millimeter. General drawing tolerances X.±0.35, X.X:±0.25, shtur:±0.15, X.XX:±0.20. Refer to official engineering drawing for full dimension tables and PCB footprint reference data.
1.4 Contact plating options: Gold flash, gold flash plus tin, 3u gold, 3u gold plus tin, 5u gold, 5u gold plus tin,10u gold,10u gold plus tin,15u gold,15u gold plus tin,30u gold,30u gold plus tin, pure tin
1.5 Available packaging form: Tray, bag, tube, tube with cap, tape and reel, tape and reel with cap
1.6 CTA: Contact our engineering team to obtain complete dimension drawings and PCB layout files for your hardware design validation.
2. Material Construction
2.1 Insulator housing: 30 percent glass filled PBT with UL94V 0 flame retardant grade
2.2 Contact terminal: Brass or phosphor bronze material with multiple plating selections
3. Electrical & Performance Parameters
3.1 Rated current: 5 Amp
3.2 Maximum contact resistance: 20 milliohms maximum under 100mA direct current
3.3 Minimum insulation resistance: 5000 megaohms minimum at 500V direct current
3.4 Operating temperature range: minus 55 degree Celsius to plus 105 degree Celsius
4. Usage Method
4.1 Assembly mode: Through hole solder mounting onto printed circuit boards
4.2 Operation tip: Select proper pin count, contact plating and packaging solution based on daughter board and project requirements
5. Application Scenarios
5.1 Industrial control backplane systems
5.2 Daughter board expansion modules
5.3 Instrument and meter equipment
5.4 Communication electronic devices
6. Operation & Storage Precautions
6.1 Comply strictly with official drawing tolerance standards for PCB layout design
6.2 Avoid excessive insertion force to prevent terminal deformation
6.3 Keep products stored in dry environment to avoid oxidation of plated contact surfaces
6.4 Confirm pin quantity, plating specification and dimension parameters before mechanical and circuit design
6.5 CTA: Submit your pin count, plating and packaging demands, we can provide free sample evaluation and professional technical consultation.