Welcome to the new FlexRadio Community! Please review the new Community Rules and other important new Community information on the Message Board.
If you are having a problem, please check the Help Center for known solutions.
Need technical support from FlexRadio? It's as simple as Creating a HelpDesk ticket.
Need technical support from FlexRadio? It's as simple as Creating a HelpDesk ticket.
Need the latest SmartSDR and Power Genius Software?
SmartSDR v3.1.12 and the SmartSDR v3.1.12 Release Notes. | SmartSDR v2.6.2 and the SmartSDR v2.6.2 Release Notes.
SmartSDR v1.12.1 and the SmartSDR v1.12.1 Release Notes. | Power Genius XL Firmware v3.4.16. | Power Genius XL Utility v2.2.10.
SmartSDR v3.1.12 and the SmartSDR v3.1.12 Release Notes. | SmartSDR v2.6.2 and the SmartSDR v2.6.2 Release Notes.
SmartSDR v1.12.1 and the SmartSDR v1.12.1 Release Notes. | Power Genius XL Firmware v3.4.16. | Power Genius XL Utility v2.2.10.
value at center of filter skirt in SSB
When in USB or LSB mode, the filter skirt displays the low and high pass values as well as a center value. For example in USB with the 2.7 filter selected, the skirt shows 100 at the low end and 2800 at the high end. The meaning of these is clear. It also shows 1.5k at the center-top of the skirt. What does this value represent? How is it calculated? How do you use it? Thanks.
0
Leave a Comment
Categories
- 68 Community Topics
- 1.9K New Ideas
- 118 The Flea Market
- 5.4K Software
- 4.9K SmartSDR for Windows
- 35 SmartSDR for Maestro and M models
- 84 SmartSDR for Mac
- 143 SmartSDR for iOS
- 149 SmartSDR CAT
- 66 DAX
- 278 SmartSDR API
- 7.1K Radios and Accessories
- 5.8K FLEX-6000 Signature Series
- 553 Maestro
- 14 FlexControl
- 721 FLEX Series (Legacy) Radios
- 149 Power Genius Products
- 117 Power Genius XL Amplifier
- 10 Power Genius Utility
- 22 Tuner Genius
- 41 Shack Infrastructure
- 22 Networking
- 88 Remote Operation (SmartLink)
- 50 Contesting
- 127 Peripherals & Station Integration
- 61 Amateur Radio Interests
- 403 Third-Party Software
Answers
Three of the numbers represent/describe the location of the filter parameters with respect to the carrier or zero frequency. Two are the corner frequencies of 100 Hz and 2800 Hz. The 2.7 kHz (2800 – 100) represents the filter bandwidth. The top 1.5K number represents the location of the filter center frequency with respect to the carrier and shown with two significant figures. It can be calculated as:
Fl+(Fh-Fl)/2 i.e 100+(2800-100)/2=100+1350=1450 or approximately 1.5K