RF coaxial connector MyAntenna A-IPEX3-0.85A featuring low contact resistance and ROSH certification

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Price: Negotiable

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Product Description

Product Overview

This product specification defines the performance and test methods for the RF coaxial connector, designed and manufactured by TREASURE ADVANCE ENTERPRISES LIMITED. The connector is designed to meet electrical, mechanical, and environmental performance requirements as specified.

Product Attributes

Brand: TREASURE ADVANCE ENTERPRISES LIMITED
Origin: Not specified
Material: Not specified (Harmful material control follows ROSH requirements)
Color: Not specified
Certifications: ROSH
Marking: Manufacturer's name, industry recognized logo, or customer approved marks. Green cresset is the mark of lead-free processing.

Technical Specifications

Item	Requirements	Test Methods
1. Examination of Product	Product shall be conforming to the requirements of applicable product drawing.	Visually, dimensions and functionally inspected per applicable product drawing.
2. Contact Resistance (Low Level)	Inner contact :20m Max. Initial Ground contact :20m Max. Initial	Subject mated contacts assembled in housing to closed circuit of 10 mA max. at open circuit voltage of 20 mV max.
3. Insulation Resistance	500 M Min.	Measure by applying test potential between the adjacent contacts, and between the contacts and ground in the mated connector. MIL-STD-202, Method 302, Condition B (100 V DC10%).
4. Dielectric Strength	Connector must withstand test potential of 100 VAC for 1 minute. Current leakage must be 0.5 mA max.	Measure by applying test potential between the adjacent contacts, and between the contacts and ground in the mated connector. MIL-STD-202, Method 301.
5. Unmating Force	Total unmate force: Initial 5N min. after 30 cycles 3Nmin.	Unmate the receptacle at a speed 253mm/m by the push-on/pull-off machine.
6. Durability (Repeated Mating/Unmating)	Contact Resistance: 30m Max. after testing	Mate and unmate connector for 30 cycle.
7. Crimp strength	10N min	Pull the cable as shown at a speed 253mm/m by tensile strength machine.
8. Vibration Sinusoidal Low Frequency	No electrical discontinuity greater then 1 sec (s) shall occur. Contact resistance:30 m max.	Subject mated connector to 10-55-10 Hz traversed in 1 minute at 1.5 mm amplitude 2 hours each of 3 mutually perpendicular plane, 10 mA applied MIL-STD-202, Method 201.
9. Thermal shock	No damage, Contact Resistance (Low Level) (Final) 30 m max.	Temperature range from -55C to +85C. Start from -55C, after 30 min. change to +85C; change time is no more than 30 seconds. Total 5 cycles. MIL-STD-202, Method 107D, condition A.
10. Humidity	No damage, Contact Resistance (Low Level) (Final) 30 m max.. Dielectric Strength should be OK, Insulation Resistance should be 200 M min.	Temperature :402C 96 hours. Relative Humidity : 90-95%; Duration :96 Hours. MIL-STD-202, Method 103.
11. Salt Spray	Contact Resistance (Low Level) (Final)100 mmax.	51% salt concentration 484 hours 352C MIL-STD-202, Method 101 Condition B.
12. High temperature	Contact resistance: 100 mmax.	Subject product to 852C for 96 hours continuously. MIL-STD-202, Method 108.
13. VSWR	1.3max. at 0.1GHz~3GHz; 1.5max. at 3GHz~6GHz	Measure the VSWR as shown by the network, analyzer Frequency:100MHz~6GHz