USB Type C connector hanxia HX TYPE-C 16P 1.0 with gold plated contacts and high mating cycle rating
Product Overview
The HX TYPE-C 16P+1.0 is a USB Type-C connector designed for reliable electrical and mechanical performance. It features a robust construction with a LCP housing, C2680 copper alloy terminals with nickel and gold plating, and a stainless steel shell. This connector is suitable for applications requiring a rated voltage of 20V DC and a rated current of 5A, with specific current ratings for different pins. It is designed for durability with a high mating cycle rating and operates within a temperature range of -30 to +80.
Product Attributes
- Brand: HX
- Origin: Shenzhen Hanxia Electronic Co., Ltd
- Material (Housing): LCP UL94 V-O
- Material (Terminal): C2680, T=0.2mm; Nickel base, Gold plated
- Material (Shell): Stainless Steel 201-H, Nickel plated
- Color: Not specified
- Certifications: Not specified
Technical Specifications
| Category | Item | Test Conditions | Performance/Specification |
|---|---|---|---|
| Electrical Characteristics | Rated Voltage | 20V DC | |
| Rated Current | 5A (VBUS pin: 1.25A, GND pin: 1.25A, other pins: 0.25A) | ||
| Contact Resistance | 20mV, 100mA | 40m Max | |
| Insulation Resistance | 100M Min | ||
| Withstanding Voltage | 100V AC | ||
| Mechanical Performance | Insertion Force | 0.5-2.0Kg | |
| Extraction Force | 0.6-2.0Kg | ||
| Durability | 10000 Cycles | ||
| Temperature Range | Operating Temperature | -30 to +80 | |
| Mechanical Performance (Detailed) | Connection Force | After connecting and disconnecting using standard plug gauge 3 times | 0.5-2.0Kgf |
| Disconnection Force | After connecting and disconnecting using standard plug gauge 3 times | 0.6-2.0Kgf | |
| Electrical Characteristics (Detailed) | Contact Resistance | Measured at small current (100mA or less), 1000Hz | 40m Max |
| Insulation Resistance | Apply 100V DC for 1 min | 100M Min | |
| Dielectric Strength | AC 100V (rms, 50~60Hz) for 1 min, trip current: 0.5mA | Without damage to parts, arcing or breakdown etc. | |
| Durability (Detailed) | Solderability Test | Terminal top dipped 1mm in solder bath of 2505 for 50.5 seconds | Solder wetting time 3 sec; Soldering area > 75% |
| Resistance to Soldering Heat Test (Reflow) | Preheat: 180, 120s; Peak temp: 2605 within 20 seconds | No deformation of case or excessive looseness of terminals; Electrical characteristics satisfied | |
| Resistance to Soldering Heat Test (Soldering Iron) | Bit temp: 3305; Application time: 30.5 sec | No deformation of case or excessive looseness of terminals; Electrical characteristics satisfied | |
| Humidity Test | 402, 90%-96% RH for 96 Hr, then 1 Hr at standard atmospheric condition | Appearance, mechanical and electrical characteristics satisfied | |
| Heat Test | 702 for 96 Hours, then 1 Hr at room temperature | No damage on appearance; Mechanical and electrical characteristics satisfied | |
| Cold Test | -253 for 96 Hours, then 1 Hr at room temperature | No damage on appearance; Mechanical and electrical characteristics satisfied | |
| Life Test (Without Load) | 10000 cycles at a speed of 10 to 25 cycles/min | Contact resistance 0.1; Disconnection force 0.8 to 2.0N; Mechanical and electrical characteristics satisfied | |
| Life Test (With Load) | Rating condition (non-inductive load), 10000 cycles at a speed of 10 to 20 cycles/min | Contact resistance 0.1; Disconnection force 0.8 to 2.0N; Mechanical and electrical characteristics satisfied | |
| Temperature Cycling Test | 5 cycles as per figure, then 30 mins in room ambient | No deformation or cracks; Insertion & Extraction Force: 3 to 20N; Contact Resistance: Max. 30m; Insulation Resistance: Min. 100 M; Dielectric Withstanding Voltage: 100VAC/min (between terminals) | |
| Cold & Heat Shock Test | 5 cycles as per figure, then 30 mins in room ambient | No deformation or cracks; Insertion & Extraction Force: 3 to 25N; Contact Resistance: Max. 30m; Insulation Resistance: Min. 100 M; Dielectric Withstanding Voltage: 500VAC/min (between terminals) |
2501071651_hanxia-HX-TYPE-C-16P-1-0_C25168812.pdf