Manufacturer:

hanxia

Description:

Connector Receptacle IPEX Male Pin 500Ω Surface Mount

Category:

Coaxial Connector (RF) Assemblies/Coaxial Connector (RF) Assemblies

Technical Specifications

Item

Requirements

Test Method

1.1 Application Condition

Operating Environment

Temperature: -40C to +90C, Relative Humidity: 25%~85%, Without loss of function.

Storage Environment

Temperature: -55C to +100C, Relative Humidity: 95% or Less, Without loss of function.

Ratings

Voltage Rating: 60VAC
Nominal characteristic impedance: 50
Frequency: DC0.1~6GHz

VSWR

Plug: 1.3 Max. (DC0.1~3GHz), 1.5 Max. (3~6GHz)
Receptacle: 1.3 Max. (DC0.1~3GHz), 1.4 Max. (3~6GHz)

1.4 Test Requirements and Methods

Product Appearance

All components shall be properly assembled and free of burrs, warps, scratches, broken chips, and other abnormalities. Comply with method EIA 364-18B.

Visual, functional, and dimensional inspection complies with applicable specification and document.

Low Level Contact Resistance

Initial: 20m Max.
Final: 70m Max.

Insulation Resistance

Initial: 500 M Min.
Final: 100 M Min. Comply with method EIA-364-21D. Insulation resistance is measured between adjacent contacts after applying 100V DC for 1 minute.

Dielectric Withstanding Voltage

Current leakage: 0.50 mA Max. No evidence of breakdown or flash burn. No burn caused by short circuit. No insulation destruction. Comply with method EIA-364-20D, Test Method B. Apply 300V AC for 1 minute at sea level on tested plug and connectors.

VSWR

Frequency: 100M~6GHz. Measure the VSWR as shown by the network analyzer.

Un-mating force

Total un-mate force: Initial 5N Min. after 30 cycles 3N Min. Un-mate the receptacle connector (soldered to the test board) and plug at a speed 253mm/minutes along the mating by the push-on/pull-off machine.

Crimp strength

5N MIN. Pull the cable as shown at a speed 253mm/minutes by tensile strength machine.

Durability

Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Appearance: No abnormality.
Mate and un-mate the receptacle connector (soldered to the test board) and plug 30 cycles at a speed 253mm/minutes along the mating by the push-on/pull-off machine. Comply with method EIA 364-09C.

Cable retention force

Vibration

Appearance: No abnormality.
Electrical discontinuity: No electrical discontinuity greater than 1 micro-sec. shall occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Apply the following vibration to the mating connector. Frequency: 10Hz-100Hz-10Hz/approx 20 minutes. Half amplitude, peak value of acceleration: 1.5mm or 59m/s(6G). Directions, cycle: 3 mutually perpendicular directions, 3 cycles for each direction. During the testing, run 100mA DC. Comply with method EIA 364-28E.

Physical shock

Appearance: Looseness between the parts, chipping, breakage or other abnormality shall not occur.
Electrical discontinuity: No electrical discontinuity greater than 1 micro-sec. shall occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Apply the following vibration to the mating connector in accordance with MIL-STD-202, Method 213, Condition B. During the testing, run 100mA DC to check electrical discontinuity. Peak value of acceleration: 735m/s(75G). Duration: 11msec. Wave Form: half sinusoidal. Directions, cycle: 6 mutually perpendicular, 3 cycles about each direction. Comply with method EIA 364-27B.

Humidity

Appearance: Looseness between the parts, chipping, breakage or other abnormality shall not occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Insulation resistance: initial 500 mega-ohm MIN, after testing 100 mega-ohm MIN.
D.W.Voltage: No creeping discharge, flashover, nor insulator breakdown shall occur.
Apply the following environment to the mating connector in accordance with Temperature: 3132K(402C), Humidity: 90~95%RH, Duration: 96 hours. Comply with method EIA 364-31C, Method II, Condition A.

Thermal shock

Appearance: Looseness between the parts, chipping, breakage or other abnormality shall not occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Insulation resistance: initial 500 mega-ohm MIN, after testing 100 mega-ohm MIN.
D.W.Voltage: No creeping discharge, flashover, nor insulator breakdown shall occur.
Apply the following environment to the mating connector. Temperature: 218K(-55C) : 30 min. 358K(85C): min. Transition time: 5 min. Max. No.of cycles: 5 cycles. Comply with method EIA 364-32E.

Temperature Life

H2S Gas

Appearance: No abnormality adversely affecting the performance shall occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Apply the following environment to the mating connector in accordance with Temperature: 3132K(402C), Humidity: 805%RH, Gas: H2S 31ppm, Duration: 96 hours.

Salt Mist Test

Appearance: No abnormality adversely affecting the performance shall occur.
Contact resistance of inner contact: initial 20m MAX, after testing 40m MAX.
Contact resistance of ground contact: initial 20m MAX, after testing 40m MAX.
Apply the following environment to the mating connector in accordance with MIL-STD-202, Method 101, Condition B. Temperature: 3082K(352C), Salt water density by weight: 51%, Duration: 48 hours. Comply with method EIA 364-26B, Method 101, Condition B.