1. High Speed PCIE Socket delivers reliable high bandwidth signal transmission for mini PCI express expansion cards in compact electronic systems.
2. 0.8 Pitch PCIE Connector maintains strict dimensional tolerances to guarantee consistent mating alignment and stable electrical performance.
3. Mini PCI Express Slot supports both Half Mini and Full Mini card specifications for laptop industrial control and network equipment applications.
Detailed Specifications :
1. Mechanical Specifications
1.1 Product type: 52 pin Mini PCI Express card edge connector, 0.8 mm pitch, 6.7 mm mounting height
1.2 Measurement unit: millimeter
1.3 Compatibility: Supports Half‑Mini Card and Full‑Mini Card form factors
1.4 Key mechanical parameters: Max mating and unmating force 2.3 kgf; strict dimensional tolerances apply to all critical mating areas; tape and reel packaging with 700 pieces per reel
1.5 Reflow soldering condition: Peak board temperature 260±5°C kept for 10 seconds
1.6 CTA: Contact our engineering team to acquire complete dimension drawings and PCB footprint files for your hardware design validation.
2. Material Construction
2.1 Housing: Black LCP UL94V‑0 plastic
2.2 Contact terminal: Phosphor bronze or brass
2.3 Pad material: Brass
2.4 Plating: 50 micro‑inch nickel under‑plate overall; matte‑tin 100 micro‑inch minimum on solder area; specified gold plating on contact area
3. Electrical & Performance Parameters
3.1 Voltage rating: 50 V AC per contact
3.2 Current rating: 0.5 A maximum per contact
3.3 Final contact resistance: 20 mΩ maximum
3.4 Insulation resistance: 5000 MΩ minimum
3.5 Dielectric withstand voltage: AC 300 V for 1 minute between adjacent contacts, no breakdown or flash‑over, leakage current below 1 mA
3.6 Compliance: HF compliant
4. Usage Method
4.1 Assembly mode: Surface mount soldering onto printed circuit board by reflow process
4.2 Operation tip: Align card edge precisely with connector position before insertion, follow specified force limits for mating and unmating
5. Application Scenarios
5.1 Notebook computer internal expansion interfaces
5.2 Industrial control embedded mainboard modules
5.3 Network communication equipment expansion slots
5.4 Compact embedded electronic systems
6. Operation & Storage Precautions
6.1 Follow drawing dimensional tolerance requirements strictly for PCB layout and mechanical housing design
6.2 Do not apply excessive force during card insertion and extraction to avoid terminal deformation or damage
6.3 Store products under dry environment to prevent oxidation of metal contact surfaces
6.4 Observe reflow temperature profile in datasheet to avoid plastic housing damage during soldering
6.5 Confirm pin count pitch and stacking height before mechanical and circuit design
6.6 CTA: Submit your board design and project requirements, we can provide free sample evaluation and professional technical consultation.