Name :7/16 SERIES ( 50 Ohm 0-7.5GHz) Item No. : 17- 7/16 Connector Add to Inquiry Cart

7/16 SERIES ( 50 ohm 0-7.5GHz)

The large 7/16 threaded connectors are designed to handle higher power levels while providing low
VSWR and PIM performance.
They are available for use with corrugated cable and standard cable and can be custom made to suit specific purposes.
The connectors are widely used in antennas, broadcast base stations, broadcast cable assembly components, lightning protection, satcom, etc.

 

 

	7/16-PLUG		7/16-JACK
	Min	Max	Min	Max
A	M29*1.5		M29*1.5
B	20.6	21.4	22.1	22.9
C	18.03	18.21	-	18.0
D	4.96	5.04	-	-
E	15.85	16.25	15.85	16.25
F	7.0		7.0
G	1.4	1.6	1.77	2.07
H	1.47	1.77	0.5	0.7
I	7.0	8.0	8.1	-
L	-	4.5	5.0	-
M	7.0	9.0	10.0	-

 

Material
Part Name	Material	Finish
Bodies	Brass	Silver, Mirraloy… (perrequirement)
Outer Contact, Slotted	Brass	Same as Body
	Phosphor Bronze Beryllium Copper
Center Contacts	Male: Brass	Silver… (per requirement)
	Female: Beryllium Copper Brass Phosphor Bronze
Insulators	Teflon	None
Gaskets	Silicone Rubber, Rubber	None
Crimp Ferrules	Annealed Copper	Same as Body
Electrical Data
Impedance	50Ω
Frequency Range	0 -7.5 GHz
RF-Leakage (between 2÷3 GHz)	≥ 128 dB
Dielectric Withstanding Voltage ( at sea level )	4K Vrms 50 Hz
- combination system	2K Vrms 50 Hz
Working Voltage (at sea level)	≤ 2.7K Vrms 50Hz
- unmated
- combination system	≤ 1K Vrms 50 Hz
Insulation Resistance	(5000MΩ, 5 megohm )
Contact Resistance	5.103MΩ
- center contact	≤ 0.4 mΩ
- outer contact	≤ 1.5 mΩ
VSWR	Straight: ≤ 1.3 max
	Right Angle: ≤ 1.5 max
Mechanical
Nut Coupling Retention Force	≥ 225 lbs. max
Nut Coupling Proof torque	310 in-lbs. max
Contact Captivation	≥ 45 lbs. min
Durability (Mating)	≥ 500 cycles min (for Beryllium copper female contact only)
Environmental Data
Temperature range	-40℃ ~ 150℃
Thermal shock	MIL-STD-202, Method 107, Condition B
Moisture resistance	MIL-STD-202, Method 106
Corrosion	Saltspray test acc. to MIL-STD-202, Method 101, Conditions B
Vibration	MIL-STD-202, Method 204, Condition B
Shock	MIL-STD-202, Method 213, Condition I