Welcome To CONCEPT

Fast delivery Pasternack Directional Coupler - RF Passive Wideband Coaxial 20dB Directional Coupler — Concept Microwave


Product Detail

Product Tags

Related Video

Feedback (2)

Sincerity, Innovation, Rigorousness, and Efficiency is the persistent conception of our firm to the long-term to develop together with consumers for mutual reciprocity and mutual advantage for Rf Band Pass Filter, 1 In 4 Out Splitter, Narrow Band Stop Filter, We have now designed a reputable track record among many shoppers. Quality&customer initially are normally our constant pursuit. We spare no attempts to produce greater solutions. Stay up for long-term cooperation and mutual positive aspects!
Fast delivery Pasternack Directional Coupler - RF Passive Wideband Coaxial 20dB Directional Coupler — Concept Microwave Detail:

Description

Concept’s directional couplers are used in power monitoring and leveling, microwave signal sampling, reflection measurement and laboratory test and measurement, defense military, antenna and other signal related applications respectively.

product-description1

Applications

1. Laboratory test and measurement equipment
2. Mobile telecommunication equipment
3. Military and defense communication systems
4. Satellite communications equipment

Availability: IN STOCK, NO MOQ and free for testing

Technical Details

Part Number Frequency Coupling Flatness Insertion
Loss
Directivity VSWR
CDC00698M02200A20  0.698-2.2GHz 20±1dB ±0.6dB 0.4dB 20dB 1.2 : 1
CDC00698M02700A20  0.698-2.7GHz 20±1dB ±0.7dB 0.4dB 20dB 1.3 : 1
CDC01000M04000A20 1-4GHz 20±1dB ±0.6dB 0.5dB 20dB 1.2 : 1
CDC00500M06000A20 0.5-6GHz 20±1dB ±0.8dB 0.7dB 18dB 1.2 : 1
CDC00500M08000A20 0.5-8GHz 20±1dB ±0.8dB 0.7dB 18dB 1.2 : 1
CDC02000M08000A20 2-8GHz 20±1dB ±0.6dB 0.5dB 20dB 1.2 : 1
CDC00500M18000A20 0.5-18GHz 20±1dB ±1.0dB 1.2dB 10dB 1.6 : 1
CDC01000M18000A20 1-18GHz 20±1dB ±1.0dB 0.9dB 12dB 1.6 : 1
CDC02000M18000A20 2-18GHz 20±1dB ±1.0dB 1.2dB 12dB 1.5 : 1
CDC04000M18000A20 4-18GHz 20±1dB ±1.0dB 0.6dB 12dB 1.5 : 1
CDC27000M32000A20 27-32GHz 20±1dB ±1.0dB 1.2dB 12dB 1.5 : 1
CDC06000M40000A20 6-40GHz 20±1dB ±1.0dB 1.0dB 10dB 1.6:1
CDC18000M40000A20 18-40GHz 20±1dB ±1.0dB 1.2dB 12dB 1.6:1

Notes

1. Input power is rated for load VSWR better than 1.20:1.
2. The physical loss of the coupler from input to output in the specified frequency range. The total loss is the sum of the coupled loss and the insertion loss. (Insertion loss+0.04db coupled loss ).
3. Other configurations, such as different frequencies or different couplines, are available under different part numbers.

We provide ODM&OEM services for you, and can provide 3dB, 6dB, 10dB, 15dB, 20dB, 30dB, 40dB custom couplers respectively. SMA, N-Type, F-Type, BNC, TNC, 2.4mm and 2.92mm connectors are available for your choice.

For a specific application consult sales office at sales@concept-mw.com.


Product detail pictures:

Fast delivery Pasternack Directional Coupler - RF Passive Wideband Coaxial 20dB Directional Coupler  — Concept Microwave detail pictures


Related Product Guide:

We persistently execute our spirit of Innovation bringing growth, Highly-quality making sure subsistence, Administration marketing reward, Credit history attracting clients for Fast delivery Pasternack Directional Coupler - RF Passive Wideband Coaxial 20dB Directional Coupler — Concept Microwave , The product will supply to all over the world, such as: Slovenia, Indonesia, Saudi Arabia, With the enterprising spirit of high efficiency, convenience, practicality and innovation, and in line with such serving guidance of good quality but better price, and global credit, we are striving to cooperate with the automobile parts companies all over the world to make a win-win partnership.
  • After the signing of the contract, we received satisfactory goods in a short term, this is a commendable manufacturer.
    5 Stars By Daisy from Austria - 2018.02.21 12:14
    Sales manager is very enthusiastic and professional, gave us a great concessions and product quality is very good,thank you very much!
    5 Stars By Jo from Australia - 2017.08.18 18:38
    Write your message here and send it to us