Home > Products > Arrays, Edge Type, Mezzanine (Board to Board) >Arrays, Edge Type, Mezzanine (Board to Board) > Hermaphroditic mezzanine connector Amphenol 10106813-063112LF with 0.5mm contact pitch in two rows

Hermaphroditic mezzanine connector Amphenol 10106813-063112LF with 0.5mm contact pitch in two rows

Manufacturer:
Amphenol
Description:
Through Hole Arrays, Edge Type, Mezzanine (Board to Board) RoHS
Category:
Arrays, Edge Type, Mezzanine (Board to Board)/Arrays, Edge Type, Mezzanine (Board to Board)
Specifications
Mfr. Part #:
10106813-063112LF
Package:
Through Hole
Model Number:
10106813-063112LF
Introduction

Product Overview

The MEZZOSTAK 0.5MM MEZZANINE CONNECTORS are robust, fine-pitch board-to-board connectors designed for high-reliability applications in demanding environments. Featuring an innovative hermaphroditic, mates-to-itself design with integrated housing guidance, these connectors simplify component selection, reduce engineering costs, and ensure precise mating. They offer high-speed capabilities, including support for PCIeG2, with extensive signal integrity data available. The connectors are suitable for a wide range of markets, including portable electronics, medical equipment, industrial instrumentation, and automotive applications.

Product Attributes

  • Brand: MEZZOSTAK
  • Design: Hermaphroditic, mates-to-itself
  • Housing Material: LCP, 94V-0
  • Housing Color: Black
  • Contact Material: Copper alloy
  • Contact Plating: Performance-based with gold
  • Compliance: RoHS compatible per GS-22-008, Lead-free
  • Certifications: UL and CSA
  • Packaging: Tape and reel, pickup cap pre-installed

Technical Specifications

Specification Details
Contact Pitch 0.5mm in two rows
Stack Heights 7 options: 4mm to 7mm (0.5mm increments)
Number of Positions 6 sizes: 20 to 70 positions (10 position increments)
Operating Temperature -40C to +125C
Processing Temperature 260C peak for 30 seconds
Durability 50 mating cycles in environment
Mating Force 42g max per contact pair
Un-mating Force 25g min per contact pair
Wipe Length 1.0 mm minimum
SMT Lead Co-planarity 0.08mm maximum
Current Rating per Contact 0.50 amps (de-rated)
DWV 500 volts
Voltage Rating 50 volts
Contact Resistance 30 milliohm maximum
Signal Integrity (7mm stack height, PCIeG2 capable) Impedance: 100 Ohms +/- 10% @ 50 ps edge
Insertion Loss: < 1 dB to 5+ GHz
NEXT and FEXT: </= 1.0% @ 50 ps edge (10-90%)
Product Specification GS-12-577
Packaging Specification GS-14-1320
Drawing Numbers 10106813 (Standard); 10106814 (Short Length)

Note: For footprint dimensions and product release status, refer to customer drawings at www.fciconnect.com/mezzostak.

Part References:

Number of Positions Product Height (mm) Standard Length Part Number Short Length Part Number With Hold Down
20 2.0 10106813-021112LF 10106814-021002LF N
20 3.0 10106813-023112LF 10106814-023002LF N
20 3.5 10106813-024112LF 10106814-024002LF N
30 2.0 10106813-031112LF 10106814-031002LF N
30 3.0 10106813-033112LF 10106814-033002LF N
30 3.5 10106813-034112LF 10106814-034002LF N
40 2.0 10106813-041112LF 10106814-041002LF N
40 3.0 10106813-043112LF 10106814-043002LF N
40 3.5 10106813-044112LF 10106814-044002LF N
50 2.0 10106813-051112LF 10106814-051002LF N
50 3.0 10106813-053112LF 10106814-053002LF N
50 3.5 10106813-054112LF 10106814-054002LF N
60 2.0 10106813-061112LF 10106814-061002LF N
60 3.0 10106813-063112LF 10106814-063002LF N
60 3.5 10106813-064112LF 10106814-064002LF N
70 2.0 10106813-071112LF 10106814-071002LF N
70 3.0 10106813-073112LF 10106814-073002LF N
70 3.5 10106813-074112LF 10106814-074002LF N
70 3.5 10106813-174112LF Y
80 3.0 10106814-083002LF N
80 3.0 10106814-083202LF Y
90 3.0 10106814-093002LF N
90 3.0 10106814-093202LF Y

Target Markets / Applications: Portable and mobile electronic equipment, Medical and Instrumentation, Point-of-Sale/Retail equipment, Hand-held terminals, Automatic Identification and Data Capture, Sensors, Military Communications and Networking, Data and mass-storage, Motor Vehicle Metering and Energy.


2412161842_Amphenol-10106813-063112LF_C5421677.pdf

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