Nano Coax Connectors

Omnetics' Nano Coax - Omnetics Nano Coax contacts are available either in a Hybrid Micro-D or as a standalone contact. The Hybrid Micro-D offers a variety of coax/signal configurations to provide the greatest flexibility in circuit design while ensuring that the connector is kept to the minimum necessary size. The standalone version provides optimal performance in one of the lowest form factors on the market.
The Nano Coax contacts are designed to be terminated to a low-loss 29 AWG (.047”) 50 coax cable. The coax contacts are available in 
Cable-to-Cable, Edge Launch, or Through Hole termination types. Omnetics Nano Coax contacts are available either in a Hybrid Micro-D or as a standalone contact. The Hybrid Micro-D offers a variety of coax/signal configurations to provide the greatest flexibility in circuit design while ensuring that the connector is kept to the minimum necessary size. The standalone version provides optimal performance in one of the lowest form factors on the market. The Nano Coax contacts are designed to be terminated to a low-loss 29 AWG (.047”) 50 coax cable. The coax contacts are available in Cable-to-Cable, Edge Launch, or Through Hole termination types.

 

Tests/Reports:

Nano Coax RF Characterization Test Report – Board Mount

Nano Coax RF Characterization Test Report – Cabled

Nano Coax Shock & Vibration Test Report

Cable Specifications:

047SC-2901

Mechanical Specifications:

Shock

100 g’s with no discontinuities > 1 µs

Vibration

15 g’s with no discontinuities > 1 µs

Operating Temperature

-55ºC to 125ºC

Humidity

EIA-364-3 I, Test Cond A Omit Steps 7A & 7B

Durability

2000 mating cycles minimum

 

Material Specifications:

Contact

Copper Alloy per MIL-DTL-83513

Contact Finish

Gold per ASTM B488, Type II, Class 1.27, Code C Over Nickel Underplate

 

Electrical Specifications:

Contact Type

Cable-to-Cable

Edge Launch

Through Hole

Frequency Range

DC to 20 GHz

DC to 20 GHz

DC to 10 GHz

 

Gated

Non-Gated

Gated

Non-Gated

Gated

Non-Gated

VSWR

DC-10 GHz

1.2:1

1.3:1

1.1:1

1.3:1

1.3:1

1.55:1

10-20 GHz

1.25:1

1.4:1

1.3:1

1.6:1

N/A

N/A

Return Loss

DC-10 GHz

-27 dB

-16 dB

-23 dB

-19 dB

-15 dB

-13 dB

10-20 GHz

-25 dB

-15 dB

-19 dB

-13 dB

N/A

N/A

Insertion Loss

DC-10 GHz

-0.7 dB

-1.7 dB

-0.7 dB

-1.5 dB

-2.0 dB

-2.9 dB

10-20 GHz

-1.0 dB

-2.3 dB

-1.9 dB

-3.0 dB

N/A

N/A

Impedance

TR=100ps

50 Ω ± 2.5 Ω

50 Ω ± 2.5 Ω

50 Ω ± 5 Ω

  

A75588-001

  • Type: Pin
  • Male Push On Cable
  • CXP-01-WC-18.0-NMP 

Downloads:

PDF: A75588-001

3D-Model: A75588-001

A75589-001

  • Type: Socket
  • Female Push On Cable
  • CXS-01-WC-18.0-NMP 

Downloads:

PDF: A75589-001

3D-Model: A75589-001

A75590-001

  • Type: Pin
  • Male Twist On Edge Launch
  • CXP-01-AA-NMA 

Downloads:

PDF: A75590-001

3D-Model: A75590-001

A75591-001

  • Type: Pin
  • Male Twist On Cable
  • CXP-01-WC-18.0-NMA

Downloads:

PDF: A75591-001

3D-Model: A75591-001

A75592-001

  • Type: Pin
  • Male Twist On Vertical Mount
  • CXP-01-DD-NMA

Downloads:

PDF: A75592-001

3D-Model: A75592-001

A75593-001

  • Type: Socket
  • Female Twist On Cable
  • CXS-01-WC-18.0-NMA

Downloads:

PDF: A75593-001

3D-Model: A75593-001