Backplane Connectors

Backplane Connectors - DIN 41612

Image	Part Number	Description / PDF	Quantity	Rfq
	09731966520 HARTING	CONN DIN HDR 96POS PCB	0
	09031966924 HARTING	DIN-SIGNAL C096MS-3 0C1-2-V5	0
	09032336825 HARTING	DIN-SIGNAL C033FS-4 5C1-2	0
	09062326891 HARTING	DIN-POWER F032FW-12 0C1-2	0
	09062426823 HARTING	DIN-POWER F042FL-9 0C1-2	0
	09031646923 HARTING	DIN-SIGNAL C064MS-3 0C1-2-V10	0
	09021327971 HARTING	DIN-SIGNAL B032MS-3 0C1-3	0
	09062486853 HARTING	CONN DIN RCPT 48POS IN-LINE GOLD	0
	09062482836 HARTING	CONN DIN RCPT 48POS PCB RA	0
	09027646824 HARTING	CONN DIN RCPT 64POS PCB	0
	09032646841 HARTING	DIN-SIGNAL C064FR-2 9C1-2	0
	09032326865 HARTING	DIN-SIGNAL C032FS-4 5C1-2	0
	09232486823 HARTING	DIN SIGNAL TYPE 2C FEMALE SOLDER	0
	09222326824222 HARTING	DIN-SIGNAL 2B032FS-2 9C1-2-NFF	0
	09260242981 HARTING	CONN DIN HDR 24POS IN-LINE	0
	09232486869 HARTING	DIN-SIGNAL 2C048FP-17 0C1-2 W/O	0
	09252306841 HARTING	CONN DIN RCPT 30POS PCB GOLD	0
	09731326904 HARTING	DIN-SIGNAL R032MP-5 0C1-2	0
	09061252986 HARTING	DIN-POWER MH21+4MS-1C1-1	0
	09031506922 HARTING	DIN-SIGNAL C050MS-3 0C1-2	0

Backplane Connectors - DIN 41612

1. Overview

DIN 41612 connectors are standardized electrical connectors defined by the German Institute for Standardization (DIN). They are widely used in industrial electronics, telecommunications, and computer systems for establishing reliable connections between printed circuit boards (PCBs) and backplanes. These connectors enable modular system design, allowing easy maintenance and scalability in complex electronic systems.

2. Main Types & Functional Classification

Type	Function	Application Examples
Type A	Rectangular contacts, 3.2mm pitch	General-purpose industrial equipment
Type B	Double-ended contacts for PCB stacking	Telecom switching systems
Type C	High-density 2.54mm pitch contacts	Data center servers
Type F	Shielded contacts for high-speed signals	Industrial automation controllers

3. Structure & Composition

DIN 41612 connectors feature: - Contact System: Phosphor bronze or beryllium copper contacts with gold plating - Insulation Body: Thermoplastic materials (e.g., PA66) with high temperature resistance - Fixing Mechanism: Metal latches and polarization keys to prevent misalignment - Shielding: Optional EMI shielding for high-frequency applications

4. Key Technical Specifications

Parameter	Value Range	Importance
Current Rating	1-5A per contact	Determines power transmission capacity
Contact Resistance	10m	Affects signal integrity
Operating Voltage	50-250V AC	Safety and insulation requirement
Temperature Range	-40 C to +125 C	Environmental reliability
Insertion Force	2-10N per contact	Assembly and maintenance consideration

5. Application Fields

Telecommunications: Switching systems, routers
Industrial Automation: PLC controllers, CNC machines
Computer Systems: Server racks, mainframe computers
Medical Equipment: Diagnostic imaging systems
Transportation: Railway signaling systems

6. Leading Manufacturers & Products

Manufacturer	Representative Product	Key Feature
Amphenol	DIN41612R32-032	32-position high-vibration resistance
TE Connectivity	1-1416128	Shielded Type F connector
Samtec	DIN-41612-3MM	3mm pitch miniaturized design
Weidm ller	1846030000	Corrosion-resistant industrial version

7. Selection Guidelines

Determine current/voltage requirements based on system power budget
Select contact pitch according to PCB space constraints
Consider environmental factors (temperature, humidity, vibration)
Verify compatibility with existing backplane standards
Evaluate shielding needs for high-frequency applications

8. Industry Trends

Key development directions include: - Miniaturization with 2mm pitch connectors entering mainstream adoption - Increased support for high-speed data transmission (>10Gbps) - Integration of hybrid power/signal contact designs - Enhanced materials for RoHS compliance and thermal management - Smart connectors with integrated diagnostic capabilities