FeelElec
FY6200
系列用户手册
43
Technical Index
Unless otherwise stated, all technical specifications are guaranteed when the
following two conditions are met.
⚫
The signal generator is in the pass-through state.
⚫
The signal generator runs continuously for more than 30 minutes at the
specified operating temperature (18 ° C to 28 ° C).
Technical specifications
Frequency characteristics
Product number
FY6200-20M
FY6200-30M
FY6200-50M
FY6200-60M
Sine wave
0~20MHz
0~30MHz
0~50MHz
0~60MHz
Square wave
0~15MHz
0~20MHz
0~25MHz
0~25MHz
Triangular wave
0~10MHz
0~10MHz
0~10MHz
0~10MHz
Pulse wave
0~10MHz
0~10MHz
0~10MHz
0~10MHz
Arbitrary wave
0~10MHz
0~10MHz
0~10MHz
0~10MHz
TTL/CMOS Digital wave
0~10MHz
0~20MHz
0~20MHz
0~20MHz
Minimum pulse width
20ns(
The minimum adjustable width of all types of pulse wave can reach 20ns
)
Min. Resolution on all
frequency range
1μHz (
The minimum resolution of the whole frequency band can reach 1uhz, so as to ensure
the adjustment accuracy of the instrument at high frequency. For example, the instrument can
output 10.000000000001MHz
high-precision signal.
)
Frequency Accuracy
±20ppm
Frequency stability
±1ppm/ 3 hours
Waveform Characteristic
Waveform Catalog
Sine wave, square wave (duty cycle adjustable), pulse wave (pulse width and cycle time can
be accurately set), triangle wave, rising sawtooth wave, falling sawtooth wave, CMOS wave,
DC level, half wave, full wave, positive ladder wave, anti ladder wave, exponential rise,
exponential fall, Lorentz pulse wave, multi sound wave, irregular noise wave, ECG wave,
trapezoid pulse wave, cinke pulse wave, narrow Pulse wave, Gaussian white noise wave,
amplitude modulation wave, frequency modulation wave, and 64 user-defined waves.
Nonvolatile storage
(64)
64 user-defined arbitrary waveforms can be stored
Waveform Length
8192 points (8K points) * 14bits
Sampling rate
250MSa/s
Vertical Resolution
14 bits
Sine Wave
Harmonic suppression system
≥
50
dBc(<1MHz);≥4
5dBc(1MHz~20MHz);
Total harmonic distortion
<0.5% (20Hz~20kHz,0dBm)
Rising and falling time
≤
7ns(VPP<5V)
