Durable RF 1.0H Connector MyAntenna A-IPEX5-0.57A with Brass Bronze Contacts and Phosphor Bronze Shell

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

Product Overview

This specification covers performance, tests, and quality requirements for the RF 1.0H CONNECTOR, specifically the 5th generation end plate (A-IPEX5-0.57A). It details electrical, mechanical, and environmental characteristics essential for its application.

Product Attributes

Product Name: RF 1.0H CONNECTOR
Model: A-IPEX5-0.57A (5th generation end plate)
Housing Material: Thermoplastic Plastic
Contact Material: Brass Bronze
Shell Material: Phosphor Bronze

Technical Specifications

Category	Item	Specification	Test Procedure/Conditions
Ratings	Voltage Rating	60VAC
	Nominal Characteristic Impedance	50
	Frequency	DC 0.1~6GHz
	VSWR	PLUG: 1.3 Max. (DC 0.1~3GHz), 1.5 Max. (3~6GHz) Receptacle: 1.3 Max. (DC 0.1~3GHz), 1.4 Max. (3~6GHz)
	Service Temperature	-40 to 90 (233~363K)
Electrical Performance	Low Level Contact Resistance	Initial: 20m Max. Final: 40m Max.	Mated connector, 20 mV Max. Open circuit at 10 mA Max. MIL-STD-202, Method 307
	Insulation Resistance	Initial: 500 M Min. Final: 100 M Min.	100V DC for 1 minute. Test between adjacent circuits and contact. MIL-STD-202, Method 302
	Dielectric Withstanding Voltage	No creeping discharge or flash over shall occur. Current leakage: 2mA Max.	200V AC for 1 minute. Test between adjacent circuits and contact. MIL-STD-202 Method 301
	VSWR	Plug: 1.3 Max. at 0.1~3GHz, 1.5 Max. at 3~6GHz	Frequency: 100M~6GHz. Measured by network analyzer.
	VSWR	Receptacle: 1.3 Max. at 0.1~3GHz, 1.4 Max. at 3~6GHz	Frequency: 100M~6GHz. Measured by network analyzer.
	Mechanical Performance	Un-mating Force	Total: Initial 5N Min., after 30 cycles 3N Min. Inner Contact: Initial 0.15N Min., after 30 cycles 0.1N Min.	Push-on/pull-off speed 253mm/min.
		Crimp Strength	7N MIN	Tensile strength machine at 253mm/min.
		Durability	Inner Contact Resistance: Initial 20m Max., after testing 40m Max. Ground Contact Resistance: Initial 10m Max., after testing 30m Max.	Mate and un-mate 30 cycles at 253mm/min.
Environmental Performance	Salt Spray	Appearance no abnormality. Inner Contact Resistance: Initial 20m Max., after testing 40m Max. Ground Contact Resistance: Initial 10m Max., after testing 30m Max.	MIL-STD-202, Method 101, Condition B. 352, 51% salt water, 48 hours.
	Temperature Life	Appearance no abnormality. Inner Contact Resistance: Initial 20m Max., after testing 40m Max. Ground Contact Resistance: Initial 10m Max., after testing 30m Max. Insulation Resistance: Initial 500M Min., after testing 100M Min.	902, 96 hours.
	Thermal Shock	Appearance no abnormality. Inner Contact Resistance: Initial 20m Max., after testing 40m Max. Ground Contact Resistance: Initial 10m Max., after testing 30m Max. Insulation Resistance: Initial 500M Min., after testing 100M Min. D.W.Voltage: No creeping discharge, flashover, nor insulator breakdown.	5 cycles: -40/30min, 5~35/5min max, 90/30min, 5~35/5min max.
	Humidity	Appearance no abnormality. Inner Contact Resistance: Initial 20m Max., after testing 40m Max. Ground Contact Resistance: Initial 10m Max., after testing 30m Max. Insulation Resistance: Initial 500M Min., after testing 100M Min. D.W.Voltage: No creeping discharge, flashover, nor insulator breakdown.	MIL-STD-202, Method 103, Condition B. 402, 90~95% RH, 96 hours.