F-Scan2
frequency
synthesizer
Advanced Bio-Field Analyzer and Frequency Generator
F-Scan2
is a portable and sophisticated frequency synthesizer
made in Switzerland, that offers a large menu of automated and programmable features. It can stand alone as a fully portable instrument,
or it can be connected to your PC. It has a special biofeedback feature
(called DIRP) that has the capability of presenting a wide
range of frequencies in order to detect matching Bio-resonant patterns. This capability does NOT imply that the F-Scan has the ability to diagnose illness or disease condition. The frequencies that are
introduced to the body, can originate from user defined starting and ending points <from .1
Hz. to 15 million Hz.> or from the FScan 2 internal frequency tables.The F-Scan2 is operated and programmed through a Pen activated
LCD touch screen system. To use the frequency scanning function (called
DIRP), the subject has a finger sensor attached to the middle finger of
the right hand. In the left hand, the subject holds a sensor cylinder.
The F-Scan first takes a baseline reading, recording the conductivity and
personal standard resonance level. All readings are compared with
this and are relayed to the F-Scan screen or to a PC where the individual's
information can be logged. If the F-Scan2 finds
a resonant match, it can then relay a counter-balancing frequency directly to the body.
The unit can generate sine, square, and pulsed DC waves. DIRP results can be printed
out for future reference.
Fscan2 / RS232 Connects to your PC
Fscan2 can connect to your computer serial port with an RS232 connector cable (USB to RS cable FTB222). Otherwise, the Fscan 2 RS232 version has the same features as the USB model. This offers the user a larger visual view of the session activity (inputs and outputs) and the software program can store numerous individual data sets on the computer. One output connector
provides a Sine Wave Signal and another output provides a Square Wave Signal.
Both signals are OFF SET to the Positive Polarity, thus creating a broad
range of harmonic frequencies. The output level is adjustable.
This is the most advanced technology of its kind. Simply stated, there is no other machine near this price range that offers all of the features of the FScan 2.
Precise Frequency Control
Highly precise frequencies
with sine or rectangular wave forms are digitally synthesized. The most
advanced technology is utilized and incorporated into the F-Scan2
which normally require much larger housings and which are generally much
more expensive. All functions of the F-Scan2 are controlled
by micro processors. All settings and commands are entered with the display pen on the graphic touch screen. F-Scan2 can generate individual frequencies in a
range from 0.01 Hz to 15 million Hz. F-Scan2 is also pre-programmed
for hundreds of the most popular research frequencies. These are stored in permanent memory and can be recalled
with ease.
Wobble Function -
the F-Scan2 has a special Wobble function that outputs frequencies in a
range Plus or Minus 1,000 Hz. around a target frequency. This is
a valuable feature that addresses the possibility of frequency drifting that may occur in the target sample being investigated. Wobbling around the published frequency rate will offer more opportunities
for intersecting the proper target frequency.
A PC computer can be used and all of the matching resonant frequency hits
are displayed on the screen. On the screen you see the various aspects of frequency,
conductivity and the resonance level. If a computer is not used, information can
be seen on the FS2 screen and then are stored in memory.
Up to 5 sets of 50
matching frequencies can be stored in the FS2 memory and displayed on a
PC computer screen. When it is full, that series can be run, or stored
in longer term memory (up to 5 sets of 50 can be saved in memory) or it
can be saved as a text file or spreadsheet file.
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Touch Screen -
fixed position, back-lit monochrome screen - all settings and commands are
entered on the touch screen
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DIRP - biofeedback function
with finger electrode sensor. Scans from 1 Hz. to 15 MHz. and a graphic display of DIRP results
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Jogger Wheel - a speed dial that is integrated into the housing to assist the adjustment of amplitude settings
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Built In Library Function - with more than 580 line items of frequencies
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Multi-signal Output port - for sine and square wave signals. Switches automatically to square wave mode if the frequency output is under 65,000 Hz. and switches automatically to Sine Wave mode if the frequency output is over 65,000 Hz. The user can over ride this function with a touch of the wave form icon
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Sine Wave Signals -
are delivered DC Offset with a constant amplitude of 10vpp
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Square Wave Signal -
dedicated output port for square wave signals dc-offset. adjustable from 0 vpp - 27 vpp or 13.5 vpp
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Feature to allow user to assign amplitudes to square wave signals as a function of the frequency value
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Dedicated Power Port with amplified output to drive accessories, such as the Magnetic Coil adapter. The output range is from 0.1 Hz. to 1,000,000 Hz. with a constant
amplitude of 14 vpp
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Two frequency tables of commonly used research frequencies
are permanently stored in memory and items can be selected by index number
or with a touch on an alpha-sorted name table and transferred to the operating
memory
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Square Wave Frequency
Operating Range - 0.1 Hz and 1 Mhz.
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Sine Wave Frequency
Operating Range - 0.1 Hz and 15 Mhz.
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Integrated Timer - allows
timing of frequency steps in a Sweeping function
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SWEEP Mode - for wide-band
application of frequencies with selectable beginning and ending points
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SWEEP - to - Next -
Mode - enables frequency sweeps between any two values of a frequency sequence
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WOBBLE Mode - allows
the signal to swing around the target frequency in a band selectable in
27 steps between 10 Hz and 9,000 Hz. This feature addresses the concern
of potential target frequency drift
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PULSE Adjustment of output
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Soft Ramping - when switching from one frequency value to the next to avoid discharge phenomena
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Frequency Range and Step Size - for DIRP and Sweep settings defined by the user
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Individual Run Time - can be assigned to each frequency value
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User accessible memory
- provides capacity to store 50 data sets permanently (until overwritten).
Each data set can consist of up to 50 frequencies (with one decimal,
if required), their assigned Signal Form and the Sweep-to-Next choices
(if applicable) and a complete data set of a DIRP run (maximum 1,000 analysis
steps).
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Some user designated
settings can remain stored after unit is shut off, until the user changes
them again.
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Upgradable Software
- can be downloaded and updated via data transmission through the RS232
cable interface
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Computer is Not Included
