connector solution SHOU HAN TYPE-C 16P QTWT designed for stable electrical and mechanical performance

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Product Description

Product Overview

This specification outlines the TYPE-C 16P QTWT connector from SHENZHEN SHOUHAN TECHNOLOGY CO.,LTD. It details the product's technical specifications, including electrical, mechanical, and durability performance, designed for reliable operation within a specified temperature and atmospheric range.

Product Attributes

Brand: SHENZHEN SHOUHAN TECHNOLOGY CO.,LTD
Origin: China
Product Name: TYPE-C 16P QTWT
Material Code: PRACTICAL

Technical Specifications

Item	Test Conditions	Performance	Specification
RATING
		DC 5 V 3A
(Operating Temperature Range)
		-25~85C	Within -25C~+85C
STANDARD ATMOSPHEIC CONDITIONS (Standard Atmospheric Conditions for Testing)
	(1) Temperature	5C TO 35
	(2) Humidity	45% TO 85%
	(3) Pressure	86Kpa TO 106Kpa
MECHANICAL
1. CONNECTION FORCE ()	After connecting and disconnecting using standard plug gauge 3 times.		0.52.0Kgf
2. DISCONNECTION FORCE ()	After connecting and disconnecting using standard plug gauge 3 times.		0.82.0Kgf
3. TERMINAL STRENGTH ()	A static load of 0.1N/m(1kgf/cm) applied to the tip of the terminal for 1 min in any direction.	No damage to the terminal such as cracks, looseness or play. Electrical and mechanical characteristics shall be satisfied.
ELECTRICAL
3.1 CONTACT RESISTANCE ()	Measured at small current (100mA or less) at 1000Hz.		40m MAX
3.2 INSULATION RESISTANCE ()	Apply a voltage of 100V DC for 1 min to specified portions.		100M MIN
3.3 DIELECTRIC STRENGTH ()	AC 100V rms(50~60Hz) for 1 min. Trip current: 0.5mA. Tested between specified portions.	Without damage to parts, arcing or breakdown etc.
URABILITY
4.1 SOLDERA- BILITY TEST ()	Top of terminals dipped 1mm in solder bath of 2505 for 50.5 seconds.	(1) Solder wetting time 3 seconds. (2) Soldering area > 75%.
4.2 RESISTANCE TO SOLDERING HEAT TEST ()	Reflow soldering conditions: Preheat to 180 for 120s, peak temperature 2605 within 20 seconds. Soldering iron method: Bit temperature 3305, application time 30.5 seconds.	No deformation of case or excessive looseness of terminals. Electrical characteristics shall be satisfied.
4.3 HUMIDITY TEST ()	Stored at 402 and 90% to 96% humidity for 96 Hr, then maintained at standard atmospheric condition for 1 Hr.
4.4 HEAT TEST ()	Stored at 702 for 96 hours, then subjected to controlled recovery for 1 Hr.	No damage on appearance. Mechanical and electrical characteristics shall be satisfied.
4.5 COLD TEST ()	Stored at -253 for 96 hours, then subjected to controlled recovery for 1 Hr.	No damage on appearance. Mechanical and electrical characteristics shall be satisfied.
4.6 LIFE TEST ()	Without load: 5000 cycles at 10 to 25 cycles/min. With load (non-inductive): 5000 cycles at 10 to 20 cycles/min.	(1) Contact Resistance 0.1. (2) Disconnection Force 0.8 to 2.0N. (3) Mechanical and electrical characteristics shall be satisfied.
4.7 TEMPARATURE CYCLING TEST ()	5 cycles of specified conditions (figure not provided), then 30 minutes in room ambient.	No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 20N. Contact Resistance: Max. 30m. Insulation Resistance: Min. 100 M. Dielectric Withstanding Voltage: 100VAC/min (between terminals).
4.8 COLD&HEAT SHOCK TEST ()	5 cycles of specified conditions (figure not provided), then 30 minutes in room ambient.	No deformation or cracks in molded part. Insertion & Extraction Force: 3 to 25N. Contact Resistance: Max. 30m. Insulation Resistance: Min. 100 M. Dielectric Withstanding Voltage: 500VAC/min (between terminals).