FeelElec
FY6200
系列用户手册
3
Product Introduction
This manual is applicable to various models of FY6200 series Function /
Arbitrary Waveform Generator. The last three digits in the model of FY6200
instrument indicate the upper limit value of sine wave frequency (MHz) of the
instrument
. For example: the “60M” of the Model Number “FY6200
-
60M” indicates
the Sine wave maximum output frequency is up to 60MHz.
FY6200 series dual channel function / arbitrary waveform generator is a high-
performance, cost-effective and multi-functional signal generator which integrates
the functions of function signal generator, arbitrary waveform generator, pulse
signal generator, noise generator, counter and frequency meter. The instrument
adopts large-scale FPGA integrated circuit and high-speed MCU microprocessor,
the internal circuit uses high-precision active crystal oscillator as the reference,
and the signal has high stability. Surface mount technology greatly improves the
anti-interference and service life of the instrument. The instrument has completely
independent two-way DDS signal and four-way TTL level output, which can
generate 31 preset waveform signals such as sine wave, square wave, triangle
wave, sawtooth wave, pulse wave, white noise and 64 groups of user-defined
waveforms. The instrument is easy to use, excellent technical index and perfect
combination of many functional characteristics in signal generation, waveform
scanning, parameter measurement and use, which can help users complete work
tasks faster. It is an ideal testing and measuring equipment for electronic engineers,
electronic laboratories, production lines, teaching and scientific research.
FY6200 series dual channel function / arbitrary waveform generator has
humanized keyboard layout and indication, providing users with intuitive operation
interface. The display interface adopts 3.2-inch TFT color LCD with high resolution
of 320 * 240, which can display all parameters of two channels at the same time
and prompt the current key function. The fast key greatly simplifies the complex
operation process and greatly enhances the operability of the instrument. Users
do not have to spend a lot of time to learn and familiar with the operation of the
instrument, you can use it proficiently.
