Space

Phase2 Microwave are supplying to the space industry, Filters and Diplexers for Space Payloads from Breadboard to Flight, following Microspace processes, procedures and practices.

 
 

q1004 space diplexer honeywell 3Space

Phase2 Microwave are supplying Filters and Diplexers for Space Payloads following Microspace procedures. By using commercial parts and methods as far as possible in controlled batches hi-reliability items can be produced cost effectively.

Phase2 Microwave have the procedures in place to meet all the Microspace requirements. Tracebility of materials is maintained, manufacturing procedures are controlled, parts are assembled in a  class 10,000 Laminar flow cabinet with precap inspection and a full electrical test report is produced.

The challanges of designing filters to meet the multipaction and gas discharge requirements of space are well understood. Both circuit based and EM based calulations can be performed to demonstrate the required margins.

All these procedures can be applied in a straightforward way to any passive microwave component. 

Recent Projects

 

Shown here is an S Band dual filter attached to a Honeywell ( ComDev) TT&C transponder for a Scientific Satellite.

 

 q1004 space diplexer honeywell 3

 

 

 

 

 

 

 

 

 

 

Products, Service & Capabilities

Phase2 Microwave have the procedures in place to meet all the Microspace requirements.  

Tracebility of materials is maintained, manufacturing procedures are controlled, parts are assembled in a  class 10,000 Laminar flow cabinet with precap inspection and a full electrical test report is produced.

The challanges of designing filters to meet the multipaction and gas discharge requirements of space are well understood. Both circuit based and EM based calulations can be performed to demonstrate the required margins.

All these procedures can be applied in a straightforward way to any passive microwave component.

 

 

 

 

 

 

Case Studies

 

Q893 - TT&C Diplexer

 

E SAIL HONEYWELL

 

 Q893 Case Study - Read Me