FEMALE-FEMALE-FEMALE RF Adapters 4

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Part RoHS Manufacturer Connector Type Option Reliability Contact Gender Dielectric Withstanding Voltage (V) No. of Connectors Panel Mount Body Length Mixed Contacts Insertion Loss EMI Shielded Filter Feature Termination Contact Finish MIL Conformity Coupling Type Insulator Material Maximum Operating Temperature (Cel) DIN Conformance IEC Conformity Minimum Operating Temperature Empty Shell Shell Finish No. of Ports Adapter Style Contact Material Mating Contact Finish Additional Features Rated Current - Signal Voltage Standing Wave Ratio Reference Standard Insulator Color No. of Contacts - Side1 No. of Contacts - Side2 Total No. of Contacts Durability Mounting Type Characteristic Impedance Sub-Category Shell Material Cable Types Mains Connector Rating Manufacturer Series Body or Shell Style Mounting Style Contact Style JESD-609 Code Maximum Operating Frequency

129-6

Winchester Interconnect

RF TEE ADAPTER

GENERAL PURPOSE

FEMALE-FEMALE-FEMALE

YES

NO

YES

THREADED

POLYTETRAFLUOROETHYLENE

NO

NO

TNC-TNC-TNC

STANDARD: MIL-A-55339

50 ohm

11 GHz

B8073A1-ND3G-50

Amphenol

RF TEE ADAPTER

GENERAL PURPOSE

FEMALE-FEMALE-FEMALE

NO

NO

BAYONET

ACETAL

NO

NO

BNC-BNC-BNC

JACK-JACK-JACK

2765084

Phoenix Contact

RF CONNECTOR ADAPTER

GENERAL PURPOSE

FEMALE-FEMALE-FEMALE

NO

NO

NO

THREADED

NO

NO

UHF-UHF-UHF

NOT SPECIFIED

NOT SPECIFIED

50 ohm

1000 GHz

2782135

Phoenix Contact

RF TEE ADAPTER

GENERAL PURPOSE

FEMALE-FEMALE-FEMALE

NO

NO

NO

THREADED

NO

NO

UHF-UHF-UHF

NOT SPECIFIED

NOT SPECIFIED

1.1

50 ohm

.95 GHz

RF Adapters

RF adapters are a type of connector used to connect two different types of RF connectors together. They are commonly used in radio frequency (RF) applications, where different types of connectors may be required for specific applications.

RF adapters typically consist of a male and female connector, with the male connector featuring pins or threads that connect to the female connector, which has sockets or threads to receive the pins or threads. They may be straight or angled, and are available in a range of sizes and configurations to accommodate different types of RF connectors.

One advantage of RF adapters is their ability to provide compatibility between different types of RF connectors, allowing for flexibility in RF systems design. They can also be used to convert impedance or to change gender, depending on the specific requirements of the application.

RF adapters are commonly used in a variety of industrial and consumer applications, including telecommunications, wireless communication systems, and test and measurement equipment. They may be subject to rigorous testing and qualification requirements to ensure their reliability and performance.