Page 904 - RF Adapter Datasheets

BNC Tee Adapter Female-Female-Female

RF Adapters Technical Data Sheet PE9003

Configuration
• BNC Female Connector 1 • 50 Ohm
• BNC Female Connector 2 • Tee Body Geometry
Features
• Max VSWR of 2.1:1 up to 100 MHz • Gold Plated Contact
• 30 µin minimum contact plating
Applications
• General Purpose Test
.
Description
Pasternack’s PE9003 BNC Tee adapter female-female-female is part of our full line of RF components available for same-day
shipping. Our BNC tee adapter has a female-female-female gender configuration. Our BNC tee connector operates to 100
MHz. The Pasternack RF adapter provides good VSWR of 2.1:1 maximum. Tee adapters (also called tee connectors) are
three port devices that can be used to split or combine a signal. Unlike power dividers/combiners, however, they do not provide
matched impedance at all ports.
RF adapters are often used to enable connections between two connector types that would otherwise not mate. Certain
adapter configurations can also be used to protect connectors on expensive equipment where the number of connect/
disconnect cycles is high. An RF, microwave or millimeter wave adapter is connected to the equipment, and the commonly
changed connection is made with the adapter which can be easily replaced when it wears out after high usage; such adapters
are referred to as connector savers. Pasternack also offers bulkhead, panel mount, hermetically sealed, reverse polarity, and
isolated ground adapter varieties to serve all of your RF, microwave and millimeter wave needs.

Electrical Specifications
Description Minimum Typical Maximum Units
Frequency Range DC 100 MHz
VSWR 2.1:1
Operating Voltage (AC) 500 Vrms
. .

Mechanical Specifications
Size
Length 1.28 in [32.51 mm]
Width 0.44 in [11.18 mm]
Height 0.945 in [24 mm]
Weight 0.041 lbs [18.6 g]

Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,
inventory and certifications: BNC Tee Adapter Female-Female-Female PE9003

PE9003 REV 1.2 1