52559-1652: Complete Specs & Sourcing Snapshot for PCB Design

2026-02-08 34

In many compact consumer and industrial PCBs, a 0.5 mm-pitch FFC/FPC connector is the default choice where thin flexible cables must mate reliably in a tight profile.

52559-1652 Connector Technical Overview

What the 52559-1652 Is and Where It’s Used

Part Profile & Applications

The 52559-1652 is a 0.5 mm pitch, 16-position, vertical ZIF FFC/FPC connector in an SMD package. Designers prioritize this for repeatable mating cycles and predictable impedance in camera modules, handheld devices, and compact displays.

Performance Parameters

Early lock-in of electrical and mechanical parameters prevents costly PCB respins. Key factors include ZIF actuation, rated voltage/current per contact, and RoHS status—all critical for land pattern accuracy.

Complete Technical Specifications

Mechanical & Dimensional Data

Precise mechanical dimensions are essential for CAD library accuracy. Below are the recommended copy-paste pad data for land pattern development:

Feature Example CAD Callout
Pitch 0.50 mm
Pad Size 0.45 × 0.90 mm
Pad Pitch 0.50 mm center-to-center
Tolerance Guidance ±0.05 mm on pads; mask expansion +0.05/-0.02 mm

Electrical, Material & Compliance

Typical ratings for this class include: Voltage: 30–50V | Current: 0.3–1A | Contact Resistance: <100 mΩ. Ensure gold flash plating is specified for reliability in high-humidity environments.

Sourcing Snapshot: Availability & Pricing

Market Pricing Band

Prototype unit pricing typically varies based on volume and packaging:

Pricing vs. Quantity (USD)
1-100 Units
$1.50
1k+ Units
$0.50

Lifecycle Risk Strategy

  • Verify active status via official manufacturer notices.
  • Qualify footprint-compatible alternates early in the design cycle.
  • Monitor lead times (typically 8-12 weeks during demand spikes).

PCB Footprint & Assembly Guidance

Land Pattern Best Practices

Translate mechanical callouts into robust CAD footprints. Use 60–80% stencil aperture for fine SMD tails and add pick-and-place fiducials nearby. Ensure a 0.5 mm keepout area for the latch and cable entry path.

Reflow & Test Considerations

Reflow profiles must respect the housing material's Tmax. Perform high-magnification optical inspection on SMD tails and insert the FFC only after final mechanical checks to prevent board flex stress.

Procurement & Risk-Mitigation Checklist

BOM Entry Checklist

  • Full Manufacturer Part Number (MPN)
  • Detailed description: 0.5mm, 16-Pos, Vertical ZIF
  • Packaging code: Tape & Reel for automation
  • Approved second-source alternates

Supply-Chain Risk Actions

  • Order samples during the prototyping phase
  • Verify reel orientation for assembly lines
  • Maintain safety stock for high-volume runs
  • Monitor NRND (Not Recommended for New Design) notices

Key Summary

  • Structure: 0.5 mm pitch, 16-position vertical ZIF; confirm all mechanical specs before finalizing the PCB footprint.
  • Geometry: Recommended pad 0.45 × 0.90 mm with 0.5 mm pitch and ±0.05 mm tolerance; include 0.5 mm keepout.
  • Strategy: Budget $0.50–$1.50/unit; pre-qualify alternates and use Tape & Reel for efficiency.

Frequently Asked Questions

Is the 52559-1652 suitable for high cycle insertion applications? +
Yes, when the selected part has a specified contact insertion cycle rating. Typical ZIF FFC/FPC connectors of this class are rated for hundreds to thousands of cycles; validate by reviewing insertion cycle spec and performing sample validation to replicate intended use scenarios.
What are the critical footprint checks for the 52559-1652 before PCB fabrication? +
Verify pad dimensions, pitch alignment, solder mask clearance, and keepout for the latch and cable. Confirm pad tolerance ±0.05 mm, stencil aperture percentage for SMD tails, and that fiducials and polarity silk are present to support automated placement.
How should procurement handle sourcing risk for the 52559-1652? +
Maintain a shortlist of footprint-compatible alternates, include them in the BOM as approved alternates, order samples early, and secure safety stock for ramped production. Monitor lifecycle notices on the official datasheet and plan lead times accordingly.