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Product catalog summary

Overview
The HARTING Mezzanine Selection Guide offers a detailed overview of connector solutions for mezzanine applications, focusing on board-to-board connectivity. It highlights the har-flex® and DIN 41 612 connector ranges, detailing specifications such as pitch, number of pins, rows, current per pin, and termination methods.

Connector Specifications

har-flex®: Features pitches of 1.27 mm with pin counts ranging from 6 to 100. Current per pin varies from 1.4 A to 2.3 A, with SMT termination.
DIN 41 612: Includes various types (C, R, B, Q, etc.) with pitches of 2.54 mm and 5.08 mm. Pin counts range from 20 to 96, supporting currents up to 40 A for power types. Termination options include solder, press-in, and SMT.

Termination Methods
The guide outlines several termination methods:

SMT (Surface Mount Technology): Used for har-flex® connectors.
Solder: Available for both har-flex® and DIN 41 612 connectors.
Press-in: An option for DIN 41 612 connectors.
SMC (Through hole reflow soldering): Specific to certain DIN 41 612 types.

Applications and Innovations
HARTING emphasizes its commitment to innovation in connector technology, ensuring solutions are tailored to specific user applications. The connectors support automation lifelines, including data, signal, and power transmission.

Key Data from Tables
The tables in the document provide detailed part numbers, termination lengths, and specific configurations for each connector type. Users can select connectors based on the number of contacts, termination type, and required PCB distance.

Conclusion
The HARTING Mezzanine Selection Guide is a valuable resource for selecting appropriate connectors for mezzanine applications, offering detailed specifications and a variety of options to meet diverse connectivity needs.

Specifications:
The document outlines specifications for DIN 41 612 connectors, specifically types 2C/2R 48. It includes various part numbers and their corresponding types, such as S (Solder), R (Through hole reflow soldering), and P (Press-in). The connectors are designed for micro card edge applications with dimensions ranging from 20.0 mm to infinity.

Procedures:
The document specifies the mating process with intermediate PCBs using Surface Mount Technology (SMT). It provides part numbers for connectors with different SMT configurations, such as 40-SMT and 100-SMT.

Norms and Standards:
The document adheres to the DIN 41 612 standard, which is a recognized specification for connectors in electronic applications.

Recommendations:
Recommendations include the usage of stand-offs, intermediate PCBs, and adapters to ensure proper installation and functionality of the connectors.

Key Data:
The document lists various part numbers and their specifications, emphasizing the importance of selecting the correct termination type for specific applications. Termination types include Solder, Solder with kinked pins, Press-in, and Surface Mount Technology.

Contact Information:
For further inquiries, the document provides contact details for HARTING Technology Group, including their email and website.

Catalog excerpts

Pushing Performance HARTING Selection Guide for Mezzanine Applications

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HARTING Connectivity & Networks generates solutions throughout the triad of Installation Technology, Device Connectivity and Smart Network Infrastructure for all automation lifelines - namely data, signal and power. In line with this strategic course, the HARTING board-to-board connector range provides solutions for specific user applications. A consistent, ongoing innovation process ensures that users of HARTING‘s continiously expanding connector range always benefit from the latest connector technology. The board-to-board connector range offers the following solutions for Mezzanine applications:...

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Part number Part number Please insert digit xxx for number of contacts; all even numbers 6 to 100 possible S * Terminations: S = Solder; K = Solder with kinked pins; P = Press-in; R = SMC = Through hole reflow so

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ow soldering; SMT = Surface Mount Technology voltage and fiber optic see catalogue DIN 41 612 ' Terminations: S = Solder; K = Solder with kinked pins; P = Press-in; R = SMC = Through hole refl 1) Special contacts for high power, coaxial, high

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' Terminations: S = Solder; K = Solder with kinked pins; P = Press-in; R = SMC = Through hole reflow soldering; SMT = Surface Mount Technology 1) Further special contacts for high power, coaxial, high voltage and fiber optic see catalogue DIN 41 612 HARTING Mezzanine Selection Guide

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Micro Card Edge connector : Terminations: S = Solder; P = Press-in; R = SMC = Through hole reflow soldering; SMT = Surface Mount Tech 1) Special contacts for high power, coaxial, high voltage and fiber optic see catalogue DIN HARTING Mezzanine Selection Guide

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Micro Card Edge connector Part number Part number Without flange * Terminations: S = Solder; P = Press-in; R = SMC = Through hole reflow soldering; SMT = Surface Mount Technology

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Part number Part number Without flange * Terminations: S = Solder; P = Press-in; R = SMC = Through hole reflow soldering; P/S = Press-in pins soldered

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Part number Part number Micro Card Edge connector * Terminations: S = Solder; K = Solder with kinked pins; P = Press-in; P/S = Press-in pins soldered; R = SMC = Through hole reflow soldering; SMT = Surface Mount Technology Usage of stand offs: HARTING Mezzanine Selection Guide

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