The most common 'gotcha' here is confusing radians/volt and Hz/volt.
Some PLL data sheets and textbooks use radians, while others use hertz.
Since the difference is more than 6:1, you want to make sure you get
this part right, or you'll end up with a broadband jammer.

Yep right, my formulas use radians/volt, so, how can I transform the hz/v
value that I got with your trick, to rad/v ?

"Damien Teney" wrote in message
...
The most common 'gotcha' here is confusing radians/volt and Hz/volt.
Some PLL data sheets and textbooks use radians, while others use hertz.
Since the difference is more than 6:1, you want to make sure you get
this part right, or you'll end up with a broadband jammer.

Yep right, my formulas use radians/volt, so, how can I transform the hz/v
value that I got with your trick, to rad/v ?


omega = 2*PI*f

that's where the 6:1 came from. 8-)

73, Leon
--
Leon Heller, G1HSM

http://www.geocities.com/leon_heller

Leon Heller wrote:

"Damien Teney" wrote in message
...

Yep right, my formulas use radians/volt, so, how can I transform the hz/v
value that I got with your trick, to rad/v ?

omega = 2*PI*f

that's where the 6:1 came from. 8-)

One cycle = 360 degrees = 2*pi radians, which makes
radians/volt = 2*pi*hz/volt.

--
"Of course they're pallid and mushroom-like, Howard!
They're _mushrooms_!"
-- from a Gahan Wilson cartoon
involving H.P. Lovecraft

Thanks, everything is okay, now I hope it will works ;-)

Yep right, my formulas use radians/volt, so, how can I transform the
hz/v
value that I got with your trick, to rad/v ?

omega = 2*PI*f

that's where the 6:1 came from. 8-)

One cycle = 360 degrees = 2*pi radians, which makes
radians/volt = 2*pi*hz/volt.

Thanks, everything is okay, now I hope it will works ;-)

Yep right, my formulas use radians/volt, so, how can I transform the
hz/v
value that I got with your trick, to rad/v ?

omega = 2*PI*f

that's where the 6:1 came from. 8-)

One cycle = 360 degrees = 2*pi radians, which makes
radians/volt = 2*pi*hz/volt.

Leon Heller wrote:

"Damien Teney" wrote in message
...

Yep right, my formulas use radians/volt, so, how can I transform the hz/v
value that I got with your trick, to rad/v ?

omega = 2*PI*f

that's where the 6:1 came from. 8-)

One cycle = 360 degrees = 2*pi radians, which makes
radians/volt = 2*pi*hz/volt.

--
"Of course they're pallid and mushroom-like, Howard!
They're _mushrooms_!"
-- from a Gahan Wilson cartoon
involving H.P. Lovecraft

"Damien Teney" wrote in message
...
The most common 'gotcha' here is confusing radians/volt and Hz/volt.
Some PLL data sheets and textbooks use radians, while others use hertz.
Since the difference is more than 6:1, you want to make sure you get
this part right, or you'll end up with a broadband jammer.

Yep right, my formulas use radians/volt, so, how can I transform the hz/v
value that I got with your trick, to rad/v ?


omega = 2*PI*f

that's where the 6:1 came from. 8-)

73, Leon
--
Leon Heller, G1HSM

http://www.geocities.com/leon_heller