WS Series High Performance Outdoor Block Upconverters and Downconverters
The WS Series high performance outdoor block upconveters and downconverters are designed for antenna mounting.A strong set of monitor and control functions support power remote control. A contact closure summary alarm is provided for fault monitoring. A continuously updated log of time stamped records of activity is also provided.
0.9 Degree RMS, 10Hz to 100 MHz
SSB Integrated Phase Noise Ka-Band Block Converters
This utra-low phase noise option is now available on Narda-MITEQ's WS series up- and downconverters. See phase noise chart below.
Download PDF Datasheets:
Datasheets:
High Performance Outdoor Block Upconverters and Block Downconverters
High Performance Outdoor Block Upconverters and Block DownconvertersD-327.PDF
Features
- Antenna Mount, weatherproof to IP65
- Automatic 5/10 MHz internal/external reference selection
- RS482/RS422 and 10/100Base-T Ethernet remote control
- Superior phase noise below IESS308/309 and MIL-Std-188-164B specification
- 30 dB Gain Control
- 32 Memory Locations
- High Frequency Stability
- Summary alarm and redundancy power AC power supply (CE mark)
Options
- Custom and multi-band models
- Higher Frequency Stability
- Lower Phase Noise
- Fiber optic L-band interface
- Fiber optic RF-band interface
- LO level monitor
- Lower Gain
High Performance Outdoor Block Upconverters and Block Downconverters
High Performance Outdoor Block Upconverters and Block DownconvertersD-327.PDF
Features- Antenna Mount, weatherproof to IP65 - Automatic 5/10 MHz internal/external reference selection - RS482/RS422 and 10/100Base-T Ethernet remote control - Superior phase noise below IESS308/309 and MIL-Std-188-164B specification - 30 dB Gain Control - 32 Memory Locations - High Frequency Stability - Summary alarm and redundancy power AC power supply (CE mark) Options- Custom and multi-band models - Higher Frequency Stability - Lower Phase Noise - Fiber optic L-band interface - Fiber optic RF-band interface - LO level monitor - Lower Gain | |