Nano SIM card socket 6-1 pin SMT with card detect for compact PCB applications, designed for Nano SIM interface connection with a low-profile 1.4H structure and surface-mount termination. Based on the drawing, this connector provides 6 signal contacts plus 1 switch pin, with 12V DC / 1.0A rating, durable contact performance, and a recommended PCB layout for board integration. It is suitable for communication and embedded devices that require a compact and reliable Nano SIM socket.
• Applications: IoT devices, communication modules, GPS trackers, wireless terminals, smart meters, handheld electronics, embedded control boards, telecom devices.
• Highlights: Nano SIM card socket; 6-1 pin design; SMT mounting; low-profile 1.4H structure; card detect switch; 12V DC / 1.0A rating; 60mΩ max contact resistance; 1000MΩ min insulation resistance; 500V AC withstand; 5000-cycle durability; stainless steel shell; LCP UL94-V0 housing; RoHS compliant.
Nano SIM card socket 6-1 pin SMT with card detect is a compact surface-mount connector designed for reliable Nano SIM card connection in communication and embedded electronic devices. Based on the drawing, this socket is built for Nano SIM card applications and features a 6-contact interface plus 1 switch pin (card detect). The product title on the drawing identifies it as a 1.4H low-profile design, making it suitable for compact PCB layouts where space saving is important.
This Nano SIM card socket 6-1 pin SMT with card detect is rated at 12V DC and 1.0A. The drawing specifies contact resistance of 60 milliohms max, insulation resistance of 1000 megohms min, and dielectric withstanding voltage of 500V AC for 1 minute, supporting stable electrical performance for signal transmission and SIM card interface applications. Mechanical performance shown on the drawing includes contact normal force of 0.3–0.9N, durability of 5000 cycles, and 24-hour salt spray requirement.
Nano SIM card socket includes a defined pin function table in the drawing, covering VCC, RST, CLK, GND, VPP, I/O, and card detect. With its compact structure, SMT termination, low-profile form, and card detect feature, it is suitable for mobile communication equipment, tracking devices, IoT hardware, smart modules, and other PCB designs requiring dependable Nano SIM card connection. The drawing also marks the product as RoHS compliant.
| General | |||
| Status | Active | Category | SIM card connector |
| Model No. / Series | DW-SM-714013-XXTR-01 | Description | Nano SIM card connector, 6-1 position, SMT type, 1.40 mm profile, with card-detect switch, RoHS compliant |
| Comments | RoHS compliant; XX = contact plating code; TR = Tape & Reel | Product Name | Nano SIM Card Connector |
| Style | SMT socket | UPC | — |
| Electrical | |||
| Current – Maximum per Contact | 1.0 A | Voltage – Maximum | 12 V DC |
| Shielded | Yes — stainless steel shell | Grounding to Panel | — |
| Contact Resistance (Max) | 60 mΩ max | Insulation Resistance (Min) | 1000 MΩ min |
| Withstand Voltage | 500 VAC, 1 minute | — | — |
| Physical | |||
| Card Detection Switch | Yes | Card Entry Location | — |
| Circuits (Loaded) | 6 + 1 detect pin (7 total) | Circuits (Maximum) | 7 |
| Color – Resin | Black | Durability (Mating Cycles Max) | 5000 cycles |
| Ejector Button Side | N/A | Material – Contact | Copper alloy |
| Material – Plating Mating | Gold plating at mating area, depends on XX code: 01 = Gold flash, 03 = 3u”, 06 = 6u”, 15 = 15u”, 30 = 30u” | Material – Plating Termination | Solder tail all over nickel plated |
| Material – Resin | LCP UL94V-0 | Material – Shell | Stainless steel |
| Shell Plating | Ni plating | Packaging Type | Tape & Reel |
| PCB Locator | None shown | PCB Retention | Yes — SMT hold-down tabs / shell tabs |
| Pitch – Mating Interface | — | Pitch – Termination Interface | — |
| Temperature Range – Operating | -40°C to +85°C | Termination Interface Style | Surface Mount (SMT) |
| Salt Spray | 24H | Contact Normal Force | 0.3–0.9 N/contact |
| Overall Length | 12.35 mm | Overall Width | 9.80 mm |
| Overall Height / Profile | 1.40 mm | Net Weight | — |
| Solder Process Data | |||
| Max-Duration | — | Max-Cycle | — |
| Lead-Free Process Capability | RoHS compliant | Max-Temp | — |
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