2026年8月20日
Can We Use an SMA Connector to Transmit a Clock Signal?
Can we use SMA connector to transmit clock signal? Learn how termination, plating, and retention affect clock edge...
Detailed Product Information
Technical Data & Reference
Structured parameters, material notes, application context and frequently asked questions for engineering and procurement evaluation.
Competitor & Cross-Reference
- Alternative Type
- Intermateable With
- Competitor Part Number
- TE Connectivity 794617-6 / 1445022-2 / 1-794610-2
- Mates With
- TE Connectivity 3.0mm Pitch 6-Pos Dual-Row (P1) & 2-Pos Single-Row (P2/P3) Micro MATE-N-LOK PCB Headers or Plug Housings (e.g., TE 794616-6, 1445049-2)
Intermateable: This part is mechanically and electrically compatible for mating with the listed competitor connector. Mixed use in the same connector system is supported.
Technical Specifications
- Cable Type
- 1-to-2 Panel Splitter Wire Harness Assembly
- Connector Type (P1 Main)
- TE 794617-6, 3.0mm Pitch 6-Pos Dual-Row Receptacle (4 Loaded, Pin 2 & 5 Empty)
- Connector Type (P2 & P3 Branches)
- 2x TE 1445022-2, 3.0mm Pitch 2-Pos Single-Row Receptacles
- Number of Positions / Pins
- 6-Pin (4 Populated) to Dual 2-Pin (8 Contacts Total)
- Pinout Configuration
- P1 (Pin 6 Blue, Pin 3 Red) to P2 (Pin 2, Pin 1); P1 (Pin 1 Blue, Pin 4 Red) to P3 (Pin 2, Pin 1)
- Cable Branch Lengths
- 1450 ± 20 mm (Long Branch) / 550 ± 10 mm (Short Branch)
- Wire Gauge & Style
- UL1007 24AWG Stranded Wire (2x Red, 2x Blue)
- Voltage & Temperature Rating
- 300V, 80°C
- Packaging Method & Quantity
- 10 PCS / PE Bag with Label
- Standard Compliance
- IPC/WHMA-A-620E, UL486A, UL1007, RoHS Compliant
Material Composition
| Material | Value / Description |
|---|---|
| Housing Material | TE 794617-6 & TE 1445022-2 Nylon Housing, UL 94V-0 |
| Contact Material & Plating | Copper Alloy Socket Crimp Terminal, Gold Plated (TE 1-794610-2, 20-24AWG) |
| Conductor & Insulation | 24AWG Tinned Copper, PVC Insulation (UL1007 Red & Blue) |
| Wire Management Accessories | 5x White Nylon Cable Ties (Spaced at 5 x 300mm Ref.) |
Technical Characteristics
| Characteristic | Value |
|---|---|
| Conductor Resistance | 5 Ω Max. |
| Insulation Resistance | 10 MΩ Min. |
| Dielectric Withstanding Voltage | DC 300V / 0.01 sec |
| Electrical Testing | 100% Tested for Open, Short & Miswire |
| Terminal Retention / Pull Force | Complies with UL486A Reference Standard |
| Operating Temperature Range | Up to 80°C (UL1007 Wire Rating) |
| Length Tolerances | ± 20 mm (on 1450 mm run) / ± 10 mm (on 550 mm run) |
Application Scenarios
-
Industrial Control Panel & Operator Console Internal Wiring
-
Dual-Zone LED Panel Lighting & Backlight Power Distribution
-
Automated Machinery Multi-Actuator & Sensor Breakout Harnesses
-
Commercial HVAC & Appliance Sub-Panel Interconnects
-
Laboratory Analytical Instruments & Enclosed Cabinet Routing
Evidence & Reference Images
Frequently Asked Questions
What is the pin assignment of this TE 3.0mm 6-pin to dual 2-pin splitter wire harness?
The primary P1 connector (TE 794617-6 6-position housing) populates 4 cavities while leaving Pin 2 and Pin 5 empty. P1 Pin 6 (Blue) and Pin 3 (Red) connect to P2 (TE 1445022-2) Pin 2 and Pin 1 respectively, while P1 Pin 1 (Blue) and Pin 4 (Red) connect to P3 (TE 1445022-2) Pin 2 and Pin 1.
How are the branch lengths and cable ties configured for cabinet installation?
The wire harness is built with two asymmetric lengths—1450±20mm and 550±10mm—using UL1007 24AWG red and blue wires. Five white cable ties are pre-installed at 300mm reference intervals along the 1450mm section to maintain organized routing inside industrial control panels.
What contact plating and quality standards apply to this Micro MATE-N-LOK assembly?
All eight crimp terminations use genuine TE Connectivity 1-794610-2 gold-plated socket contacts rated for 20-24AWG wire. Every harness is assembled to IPC/WHMA-A-620E standards, verified to UL486A pull-force requirements, and 100% electrically tested for continuity (5 Ohms Max.), insulation resistance (10M Ohms Min.), and DC 300V dielectric voltage withstand.
Overview and Application Notes
This custom 1-to-2 Y-splitter wire harness assembly is engineered for industrial control panel power distribution and dual-branch signal interconnects. It terminates a primary TE Connectivity 3.0mm pitch 6-position dual-row receptacle housing (794617-6, P1) into two independent 3.0mm pitch 2-position single-row receptacle housings (1445022-2, P2 and P3). Built with UL1007 24AWG stranded copper hook-up wires and gold-plated socket contacts, the assembly features asymmetric branch lengths of 1450±20mm and 550±10mm to accommodate multi-zone panel layouts.
Key Features
- Multi-Branch Connector Interface: Primary P1 end utilizes a TE Connectivity 794617-6 6-Position Dual-Row (2×3) Micro MATE-N-LOK receptacle, splitting into two TE Connectivity 1445022-2 2-Position Single-Row (1×2) receptacles (P2 & P3).
- Gold-Plated Crimp Contacts: Populated with 8 precision-crimped 20-24AWG gold-plated socket terminals (TE 1-794610-2) for low contact resistance and high corrosion resistance.
- Asymmetric Dual-Length Routing: Engineered with a 1450±20mm main run (bundled with 5 white cable ties at 300mm reference intervals) and a 550±10mm secondary branch for clean internal cabinet harness routing.
- Selective 4-Wire Pinout: Configured with four UL1007 24AWG wires (2x Red, 2x Blue, rated 300V / 80°C) where P1 Pin 2 and Pin 5 remain unpopulated (NC) for dedicated dual-channel isolation.
- 100% Quality & Electrical Verification: Manufactured in compliance with IPC/WHMA-A-620E standards, with 100% inspection for open, short, miswire, dimensions, and UL486A terminal pull-force compliance.
Engineering Specifications & Assembly Integration
Designed for streamlined control panel integration, this harness isolates two 2-wire circuits from a single 6-pin header interface. System engineers should verify the exact pin assignment before mating: P1 Pin 6 (Blue) and Pin 3 (Red) route directly to P2 Pin 2 (Blue) and Pin 1 (Red); P1 Pin 1 (Blue) and Pin 4 (Red) route directly to P3 Pin 2 (Blue) and Pin 1 (Red), while P1 cavities 2 and 5 are keyed as empty positions. All TE Micro MATE-N-LOK housings feature positive polarization and locking latches to prevent accidental unmating under vibration.
