2.5mm Male to BNC Female Adapter
2.5mm Male to BNC Female Adapter Thumbnail 1 2.5mm Male to BNC Female Adapter Thumbnail 2 2.5mm Male to BNC Female Adapter Thumbnail 3 2.5mm Male to BNC Female Adapter Thumbnail 4

2.5mm Male to BNC Female Adapter

Part no. 326

Metal Body | Nickel Plated | Change the Connector

 
(1 reviews)
Quantity Discount Pricing
1-4 5-9 10-49 50-99 100+
$3.99 $3.50 $3.33 $3.10 $2.80
Quantity Discount Pricing
1 - 4 5 - 9 10 - 49 50 - 99 100+
$3.99 $3.50 $3.33 $3.10 $2.80
QTY  


This nickel-plated coaxial adapter has a BNC female connector opposite a 2.5mm male connector. This adapter is commonly used in RF applications

Features:

  • 2.5mm male to BNC female
  • Nickel plated
  • Great for RF applications
  • Durable construction

Features & Specs
Adapter Type The type of adapter? BNC to 2.5mm
Form factor The form factor of this connector? Straight
Gender The gender of this connector? BNC Female to 2.5mm plug
Material The material this connector is made from? Brass with nickel plating
REVIEW SUMMARY for 2.5mm Male to BNC Female Adapter
 
1.0 (based on 1 reviews)
  • Connector non-standard.

    Reviewed by:

    From:

    9/5/2015    #18362

    PROS: Super fast
    CONS: I couldn’t get it to work
    Length of 2.5 mm connector too short. Non-standard. Does not make connection with circuit.
1

Q: What does BNC stand for?

A: BNC stands for Bayonet Neill-Concelman. They are named after the bayonet locking mechanism and their inventors.

Q: What are BNC connectors commonly used for?

A: BNC connections are typically used on RF, video and ethernet applications.

Q: How can I tell the difference between a 75 ohm and 50 ohm BNC connector?

A: On a 50 ohm connector the center pin is surrounded by a white dialectric. On a 75 ohm BNC connector is surrounded by air (no dialectric)

Q: Can a 50 ohm and 75 ohm BNC connector be connected together?

A: 50 ohm and 75 ohm BNC connectors will mate with each other. At frequencies under 10 MHz the impedance mismatch will not have any affect. If you are above 10 MHz the chances of signal distortion becomes more significant.


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