Ratio of Poles T3/T1 expressed as a percentage.
Set method = 0 to use a more standard set of design equations.
is unorthodox, but does not use any approximations
SOLVE FOR T1 AND T2
This finds wcT2 as a function of wcT1 ( or x )
SET UP SYSTEM OF 4 EQUATIONS AND 4 UNKNOWNS
USE THESE EQUATIONS TO FIND THE MAXIMUM VALUE FOR k4
NOW SOLVE FOR C1 AND THE OTHER COMPONENTS
SOLVE FOR COMPONENTS
Changes to actual loop filter:
This is T1+T3
This is T1*T3
Make sure that T1 and T3 are not switched
n/a
n/a
n/a
Loop Filter Impedance
Initial Guess for Loop Bandwidth
Loop Bandwidth
0 db Bandwidth
3 db Bandwidth
Phase Margin
Additional Reference freq (Fc) Atteunation
Attenuation at Fc/4
This is the Optimization Index in Percent
1 Hz Normalized Phase Detector Phase Noise, max typically -207
dbc/Hz
dbc/Hz
Noise Floor of PLL (in loop)
dbc/Hz
In loop Phase Noise
RMS Phase Error