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N-Type Tee-Type Adaptor (M-M-M), DC to 4 GHz

281.25
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BNC Tee-Type Adaptor (M-M-F), DC to 4 GHz

225.00
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BNC Tee-Type Adaptor (F-F-M), DC to 4 GHz

225.00

BNC Tee-Type Adaptor (F-F-M), DC to 4 GHz

225.00

High-precision BNC Female to BNC Female and BNC Male Tee Adapter engineered for professional RF signal splitting and instrument interfacing. Featuring a 50 Ohm characteristic impedance and a frequency range from DC to 4 GHz, this “Dual-Female to Single-Male” configuration is the industry standard for oscilloscope signal branching, laboratory test manifolds, and high-frequency signal monitoring.

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Buy more, save more! 10 - 50 213.75
Buy more, save more! 51 - 100 207.00
Buy more, save more! 101 - 150 202.50
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Description

Description

The BNC Tee-Type Adapter (Female-Female-Male) is a precision RF component designed to branch a single signal path into two using one standard BNC Male interface and two BNC Female interfaces. This is the most widely used “T-junction” in laboratory environments, allowing an instrument’s male input/output to be split into two female ports for simultaneous signal routing. Precision-machined to maintain signal integrity up to 4 GHz, it is ideal for high-speed digital clocks, RF testing, and high-definition video monitoring.

The adapter features a Nickel-Plated Brass body for superior durability and shielding, with Gold-Plated center contacts to ensure maximum conductivity and minimal contact resistance. The configuration includes one BNC Male plug (with bayonet coupling) and two BNC Female jacks. This layout is specifically optimized for mounting directly onto an instrument’s front panel (such as an oscilloscope or signal generator), effectively turning a single port into a dual-access node for daisy-chaining or monitoring.


Key Technical Advantages

  • Extended Frequency Range: Precision-tuned for operation from DC to 4 GHz, providing significantly lower VSWR and better signal fidelity than standard BNC adapters rated for lower frequencies.

  • Standard Lab Configuration: The F-F-M layout is the industry-standard choice for splitting a signal directly at the instrument port, reducing cable clutter and signal path complexity.

  • Low Insertion Loss: High-quality PTFE (Teflon) insulation and precision internal geometry minimize signal attenuation, ensuring that split signals remain within tight tolerances.

  • Secure Bayonet Coupling: Features the classic BNC “quick-lock” mechanism on the male port and high-retention sockets on the female ports for stable connections in high-vibration environments.

  • Gold-Plated Signal Path: Precision gold plating on all center pins and sockets prevents oxidation and ensures reliable electrical contact over 500+ mating cycles.


Key Features

  • Adapter Type: Tee-Type (T-Shape).

  • Interface: 2x BNC Female (Jack) and 1x BNC Male (Plug).

  • Impedance: 50 Ohm.

  • Body Material: Brass (Nickel Plated).

  • Contact Material: Phosphor Bronze or Beryllium Copper (Gold Plated).

  • Insulator: PTFE (Teflon).

  • Common Applications: Oscilloscope “Y-splitting,” signal monitoring at the source, synchronized clock distribution, and high-frequency test bench setups.


Technical Summary

Parameter Specification (Typical)
Impedance 50 Ohm
Frequency Range DC to 4 GHz
VSWR ≤ 1.30 @ 4 GHz
Working Voltage 500 V RMS
Insulation Resistance ≥ 5000 MΩ
Mating Cycles ≥ 500 Cycles
Additional information

Additional information

Frequency Range

DC-4GHz

Impedance

50O

VSWR

=1.5 dB

Insertion Loss

=0.12 dB

Voltage Rating

500 V rms

Contact resistance

Center Contact : = 2 MO?? Outer Contact : = 1.5 MO

Durability

=500 Mating Cycles?

Body & Plating

Brass, Nickel plated

Insulator

PTFE(Teflon)

Center Pin

Beryllium Copper, Gold Plated

Operating Temperature(?)

-40~+85

Compliance

ROHS

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