Adapter Cable with Fakra Head

• Application: RF, FPC, PCB, Audio & Video, Microwave
• Type: Fakra
• Plating: Gold
• Certification: ISO9001, CE, RoHS
• Gender: Female
• Fastening Type: Snap-On
• Model NO.: DL-FAKRAZG-RF1.13-IPEX- 120-C
• Mounting Type: Through Hole
• Insulating Materials: PTFE
• Contact Finish: Gold
• Materials: Beryllium Copper
• Standard: Fakra Connector
• Cable Length: 120mm
• Transport Package: Plastic Bags Carton
• Trademark: DeliNComm
• Origin: China
• Production Capacity: 10000/Day

Product Description

FAKRA Header Characteristics

Electrical Characteristics		The FInish
Impedance	50Ω	Body	Nickel
Frequency range	0-4GHz	Center contact	Gold
V.S.W.R	<=1.3	Outer contact	Nickel
Insertion Loss	<=0.3dB	Ferrule	Nickel
Insulation resistance	>=1000MΩ
Center contact resistance	<=20mΩ
Working voltage	<=335 Voltage
Dielectric withstanding voltage	>1000 Voltage
Mechanical Characteristics		Materials
Connection insertion Force	<=25N	Plastic housing	PA66
Connection extraction force	<=25N	Socket contact	Bronze
Locking device trength	>=80N	Pin contact	Brass
Center contact retention force	>=0.28N	Outer contact	Brass
Outer contact retention force	>=2N	Ferrule	Brass
Mating cycles	25cycles Min.	Insulator	PTFE
Temperature range	-40/+105ºC
Solder version	to 200ºC/60s
Plastic housing fore rating		Materials
Fire UL94, V-0 rating FR70		PA66(GF30%)

 

RG-1.13 Line Specifications

2.1  SCOPE:
    The specification covers FEP insulated High-Frenquency coaxial cable for internal wiring of  electronic equipment.
[UL STYLE 1354 80ºC/30V]
USE: Internal wiring of Class 2 Circuits of Electronic Equipment
2.2  Construction:

Item		Unit		Spec. Value
Inner Conductor	Material		---		Silver plated copper
	Contruction		No./mm		7/0.08
	Dia.(approx)		mm		0.24
Insulation	Material		---		FEP
	Nom. Thickness		mm		0.22
	Dia.(approx)		mm		0.68±0.05
	Color		---		Natural
Outer Conductor	Type		---		Braid
	Materail		---		Silver plated copper
	Coverage		%		>93
	Dia.(approx)		mm		0.93
Jacket	Material		---		FEP
	Nom. Thickness		mm		0.10
	Color		---		Gray
	Dia.(approx)		mm		1.13+0.10/-0.06

2.3 Characteristics:

Test Item	Unit	Specified Value	Note
Appearance	-	Faultless in visible	-
Temperature rating	ºC	150	-
Voltage Rating	V	250	-
Inner Conductor Resistance(at 20ºC)	Ω/km	Max. 597	at 20ºC
Insulation Resistance 1>(at 20ºC)	MΩ-km	Min. 1500	at 20ºC
Dielectirc strength		Delectirc core: No breakdown at AC 1.5KV for 0.15sec	Spark test
		Jacket: No breakdown at AC 1.5KV for 0.15sec	Spark test
		No breakdown at AC 500V for 1min	Outer conductor to inner conductor
Capacitance	pF/m	Nom. 98	At 1KHz
Characteristic impedance(at D-TDR)	Ω	50±2	TDR Method
Attenuation	dB/m	2.0	1.0GHz
		2.9	2.0GHz
		3.6	3.0GHz
		4.2	4.0GHz
		4.7	5.0GHz
		5.2	6.0GHz
Cross section of RF1.13 Cable

 

IPEX Specifications

3.1 Test condition
Unless otherwise specified,all tests and measurements shall be performed under the following conditions in accordance with MIL-STD-202
Temperature: 288~308K(15~35°C)
Humidity:45~75%RH

3.2 Electrical
 1) Contact Resistance
A. Testing: Solder the receptacle connector to the test board and mate the plug connector together, then measure the contact resistance as shown in Fig.1 buy the four terminal method. Apply the low level condition in accordance with MIL-STD-202, Method 307.
Open circuit voltage: 20mA MAX.
Circuit current: 10mA MAX. (DC or AC 1kHz)
Contact resistance of inner contact:<resistance of A-E>-<resistance of B-E>
Contact resistance of ground contact:<resistance of A-D>-<resistance of B-D>

B.Requirements:

Contact resistance of inner contact initial 20 milli-ohm MAX.
After testing25 milli-ohm MAX.
Contact resistance of ground contact initial 10 milli-ohm MAX.
After testing 15 milli-ohm MAX.

2)Insulation resistance

A.Testing: Mate the plug and receptacle conntector together, then apply DC 100V between the inner contact and the ground contact in accordance with MIL-STD-202, Method 302.

B.Requirements: Initial 500 Mohm MIN. After testing 100Mohm MIN.

 

3)Dielectric with standing voltage

A.Testing: Mate the receptacle and plug conntector together, then apply AC 100V rms between the inner contact and the ground contact for a minute in accordance with MIL-STD-202, Method 301.

B.Requirements: No creeping discharge, flashover, nor insulator breakdown shall occur.

 

4)VSWR

A.Testing: Measure the VSWR as shown in Fig.3 by the network analyzer.

    Frequency: 100M~6GHz

B.Requirements: Plug 1.3 MAX.at 0.1-3GHz  1.5 MAX. at 3-6GHz

   Receptacle 1.3 MAX. at 0.1-3GHz. 1.4 MAX. at 3-6GHz