Reliable 700 1000mhz 100w Coaxial Isolator For Lte And 5g Base Station - China

Design Features 1 - Can be dual junction or multiple for high isolation.

2 - High RF performance, ultra-competitive price.

3 - Military, space and commercial applications.

4 - Support one year standard warranty.

RF Characteristics

Model Number: UIYCI3538A700T1000SF Freq.

Range (MHz) : 700~1000 Insertion Loss Max(dB) : 0.6 Isolation Min(dB) : 16 VSWR Max: 1.4 Forward Power(W) : 100 Reverse Power(W) : 30 Connector Type: SMA-F Temp.

(°C) : -20~+65 Other Related Products：

RF Isolators

RF Circulators

Attenuator/Termination

RF Filters

Power Divider/Splitter

Duplexer/Triplexer

TX RX Combiner/Splitter

Hybrid Combiner

Directional Coupler

Waveguide to Coaxial Adapter If you have any customized inquiries, please contact us promptly.

Company Contact:

• Posted By: UIY Inc

• Phone: +8613902992362

• Address: 3/F, Building A5, Shenbao Power Industrial Park , shenzhen , China

• Email:

• Website: https://www.uiyinc.com/

• Business Description: UIY Inc.
  
  was established in 2003 in Shenzhen, China, with the registered capital of 200 million yuan (about 32 million dollars).
  
  It is an integrated enterprise, which includes research, production, marketing and service for the civilian and military microwave communications device.
  
  The products are sold all over the world.
  
  Relying on industrial advantages and excellent professional skills, UIY won reputation and public praise in the microwave communications industry under experienced domestic and international operation mode.
  
  The frequency range from 300 KHz to 110 GHz and average power up to 20 KW, its products are widely used in civil, military, aerospace, space technology and other fields.
  
  Our main products:
  
  RF Isolators
  
  RF Circulators
  
  RF Filters
  
  RF Amplifiers
  
  Power Divider/Splitter
  
  Duplexer /Triplexer
  
  Hybridge Combiner
  
  Coaxial Termination
  
  Coaxial Attenuator
  
  Directional Coupler
  
  Waveguide to Coaxial Adapter