MMCX Plug Crimp

Best Sale

Millimeter Wave Connector

Millimeter Wave Connector

In order to meet the requirements of the latest generation of communication equipment, millimeter wave connectors have been designed with extremely high speed data transmission and very low loss characteristics.

More
Low PIM Connector

Low PIM Connector

Low return loss and low IMD connectors to meet the higher frequency requirements of today's market!

More

MMCX Plug Crimp | RF Connector Manufacturer - YIN SHENG

YIN SHENG TECHNOLOGY. CO., LTD. is one of the prime MMCX Plug Crimp | RF connector manufacturers since 1990.

YIN SHENG is capable of manufacturing RF connectors which are microwave and millimeter wave RoHS & REACH compliant, and ISO-9001 and ISO-14001 certified.

RF connectors sold over 60 countries and 600 business partners, YIN SHENG has been offering customers high-quality coaxial cable connectors and RF connectors conducted by over 100 high precision CNC lathes, both with advanced technology and 25 years of experience, YIN SHENG ensures each customer's demands are met.


MMCX Plug Crimp

MMCX-2701

Specification

Electrical
Impedance50ohm
Frequency Range0-6 GHz
Working Voltage170 VRMS max.
Dielectric Withstanding Voltage500 VRMS min.
VSWRStraight1.3 max
Right Angle1.5 max
Contact ResistanceCenter Contact5 Milliohms Max
Outer Contact2.5 Milliohms Max
Insulator Resistance1000 Megohms min.
Material
Parts NameMaterialFinish
Body, Metal PartsBrass per QQ-B-626Nickel or Gold per requirement
Center ContactsPlug: Brass per QQ-B-626Gold
 Jack: Beryllium copper per QQ-C-530Gold
InsulatorsTeflonNone
Crimp FerrulesAnnealed copperNickel or Gold per requirement

NOTE : Other Material/Finish is Available on Request.

Mechanical & Environmental
Engagement Force3.4 lbs. max.
Disengagement Force1.4 lbs. max.
Contact Retention2.3 ibs. min.
Durability (Mating)500 cycles min. (for Beryllium copper jack contact only)
Temperature Range-65℃ to 155℃
Vibration3 cycles. 3 opposite directions, 10-150 Hz.10-60 Hz:0.75 mm/.030 in.,60-150 Hz 10G's
Thermal ShockMIL-STD-202 Method 207
HumidityMIL-STD-202 Method 103, Condition B.
Mechanical ShockMIL-STD-202 Method 213, Condition B.