Specifications – Elenco Deluxe Digital / Analog Trainer with Tools Kit Version User Manual
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INTRODUCTION - ANALOG SECTION
USERS DESCRIPTION OF FRONT PANEL CONTROLS
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SPECIFICATIONS
Waveforms - Sine, square, triangle and complementary square.
Frequency - 1Hz to 100kHz in 5 steps continuously variable.
Fine frequency adjust - 10:1 approximate.
Amplitude variable 0-15 Vpp.
Output impedance 330 ohms: short protected.
DC offset change 10V from zero crossing.
The Analog Section of your trainer contains a
complete function generator capable of producing
sine, square, and triangle waveforms. The frequency
of this generator can be continuously varied from 1
hertz to over 100,000 hertz in five steps: 10, 100, 1k,
10k, and 100k. A fine frequency control makes
selection of any frequency in between easy. The
amplitude of the waveforms are adjustable from 0-
15Vpp. A waveform of function generator capable of
producing sine, square and triangle waveform
outputs has a wide range of applications in electrical
measurements and laboratory instrumentation. This
complete function generator system is suitable for
experimentation and applications by the student. The
entire function generator is comprised of a single XR-
2206 monolithic IC and a limited number of passive
circuit components.
1. WAVEFORM - Selects square, triangle or sine
waveform at the FREQ output.
2. COURSE FREQUENCY - Selects five ranges of
frequencies 10, 100, 1k, 10k and 100k hertz.
3. FINE FREQUENCY - Allows easy selection of
desired frequency according to the frequency
range.
4. AMPLITUDE - Controls the amplitude of the
FREQ output signal from 0-15Vpp.
5. DC OFFSET - Controls the DC level of the FREQ
output signal. The DC level may be varied 10
volts from zero level.
6. CLK - A 4-pin output block for function
generator’s square wave. The amplitude of the
signal is 5Vpp and frequency is dependent on
WAVEFORM selection.
7. FREQ - A 4-pin output block for function
generator’s signals, output is dependent on
WAVEFORM selection and frequency is set by
COURSE FREQ control. The amplitude of the
output is variable from 0-15Vpp.