Modern Orgone - Transkommunikation.ch

Trigger input:
The trigger input is a TTL level signal connected to
bit 0 (lsb) of the printer port interface. Depending
on the program running the system can trigger on a
positive or negative edge signal.
Adjusting the convertor.
• Turn ON the MSB only, turn OFF all other
bits.
• Adjust VR1 to give 0.00V output.
• Turn OFF all bits.
• Adjust VR2 to give a reading of -5.00V
• These adjustments are not critical.
Software:
Several pieces of code were written to implement
the generator. The code is in C and Borland C++
compiler were used. No special routines and
functions are used so the code should be
transportable.
The timing of the system relies on a software
routine and the values must be determined
empirically for each computer. More about this
when the different pieces of code are discussed.
Programs:
• fr_sin.cpp - This program generates a free
running sine wave.
• fr_sqr.cpp - This program generates a free
running square wave generator.
• mono.cpp - The generator will provide a
single pulse of a set duration and voltage levels
after a trigger pulse.
• fr_sin.exe - The executable file.
• fr_sqr.exe - The executable file.
• mono.exe - The executable file.
(If your viewer opens the file then simply ‘save as’ )
Note – The links to the files hosted on this author’s
domain are included in this article, and clicking
them should allow you to download the files.
However, you must be connected to the internet in
order to download the files, they are not embedded
in this pdf or word document. - Editor
Program Operation:
FR_SIN.CPP & FR_SIN.EXE
The generator will output a sine wave starting at
0V. The period of the signal must be entered. The
minimum period is 1 second. This will continue
until a key is pressed. To ensure minimum
distortion of the sine wave the full amplitude is
used during the signal generation. The user can
adjust the signal level using the adjustable output.
FR_SQR.CPP & FR_SQR.EXE
The generator will output a square wave according
to the voltages requested. The user must enter the
max. and min. voltages for the wave form and the
period in seconds. This will continue until a key is
pressed. When using square waves it is advisable
to use the normal output since the level of the wave
can be adjusted in the program.
MONO.CPP & MONO.EXE
The generator will output a single pulse starting at
the trigger signal. The user must specify the min.
and max. voltages for the wave form as well as the
duration. The user also specify at which level the
generator will trigger. When the program starts it
will wait for the opposite level before triggering
and then start on the requested level. E.g.. the user
wants the pulse to appear when the trigger goes
high. When the program starts the trigger level is
also high, this will not cause a trigger to take place.
The generator will wait until the trigger level is low
and then set itself to trigger on the next high level.
If the requested trigger is a high and the level is low
when the program starts the system will trigger on
the first high transition of the trigger input. The
opposite for low level triggering is also true. This
is to ensure that the user has sufficient time to
connect and start the program. The programs at the
moment are compiled to use LPT2 as the printer
port. If another port is required the change the line
towards the bottom of the code (PORT = LPT#) to
the required port and recompile.
For more information or queries contact me
Pieter Fourie e-mail pah@saao.ac.za
web page http://maia.saao.ac.za/~pah
This article reprinted with permission from
http://www.saao.ac.za/~pah/vlf/vlf.html
Orgone Matrix Material Shop
HHG Tips TOC
(edited version of a consultation response)
by Jon Logan
I am a person with interests in the broader field of
applied ‘subtle energy’ engineering. That said,
HHGs are relatively simple devices and one does
not need to be a tech-head in order to make them.
About HHGs:
40