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(42) S/N - Shannon-Hartley Equation for telecom. capacity channel under white noise
11-15-2022, 09:02 PM
Post: #1
(42) S/N - Shannon-Hartley Equation for telecom. capacity channel under white noise
Dear All

Solving Shannon-Hartley Equation, for calculating the maximum rate at which information can be transmitted over a communications channel of a specified bandwidth in the presence of a Gaussian white noise; to be used with "HP Solver" built-in application.

Attachments:

- Program documentation, including example, math equations, how to use explanations, source code, etc; (xlsx and pdf)

- Source code in RAW format file (zip)

Code:

00 { 48-Byte Prgm }
01 LBL "S/N"
02 MVAR "BRF"
03 MVAR "FB"
04 MVAR "S/N"
05 RCL "S/N"
06 10
07 ÷
08 10↑X
09 1
10 +
11 LOG
12 RCL× "BRF"
13 2
14 LOG
15 ÷
16 RCL- "FB"
17 END

Warm regards,


Attached File(s)
.zip  SNRraw_v100.zip (Size: 172 bytes / Downloads: 7)
.pdf  HP-42S Program Documentation Form - SNR_v100.pdf (Size: 183.33 KB / Downloads: 13)
.xlsx  HP-42S Program Documentation Form - SNR_v100.xlsx (Size: 28.3 KB / Downloads: 5)

Emilio Abud Filho
Mobile: +55 (41) 9 9172-1201
e.abud@uol.com.br
emilio.abud.filho@gmail.com
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