FeelTech FY3200S Series, User Manual

Page 1: ...FY3200S Series Fully Numerical Control Dual Channel Function Arbitrary Waveform Generator User s Manual ...

Page 2: ...ling rate 4 downloadable 2048 dots arbitrary waveform memories With 12 bit wide waveform generator the output waveform can be more delicate with low distortion Fully numerical control It can display and numerical control amplitude offset frequency duty cycle of current signal output and phase difference of two channels And dual channel arbitrary integer multiples of the frequency output when no ph...

Page 3: ...e used to toggle the interfaces among Waveform Amplitude Offset Duty cycle and Phase 2 WAVE button can be used to enter waveform selecting interface and toggle the type of current output waveform 3 COUNT button is shortcut key for measurement and can be used to switch between frequency measurement interface and counter interface 4 SWEEP button is shortcut key for sweep function and can be used to ...

Page 4: ...eform you need to make the cursor point to frequency value If the cursor is in other functions you can use PARM button to change position Note The frequency value displayed for arbitrary waveform is referenced The actual output frequency Display value periodicity of waveform defined by user Use ADJ knob to change the frequency value of the cursor position Rotate clockwise to increase the frequency...

Page 5: ...s Pulse wave Main output of waveform is Triangle wave Main output of waveform is Rise Sawtooth wave Main output of waveform is Fall Sawtooth wave Main output of waveform is DC wave Main output of waveform is Lorentz Pulses Main output of waveform is Multitone Main output of waveform is Random Noise MF 0021 00000kHz AMPL 05 00V SINE MF 0021 00000kHz AMPL 05 00V SQUR MF 0021 00000kHz AMPL 05 00V TRG...

Page 6: ...ted Main output of waveform is Arbitrary wave 1 Main output of waveform is Arbitrary wave 2 Main output of waveform is Arbitrary wave 3 Main output of waveform is Arbitrary wave 4 MF 0021 00000kHz AMPL 05 00V ARB1 MF 0021 00000kHz AMPL 05 00V ARB2 MF 0021 00000kHz AMPL 05 00V ARB3 MF 0021 00000kHz AMPL 05 00V ARB4 MF 0021 00000kHz AMPL 05 00V PRE5 MF 0021 00000kHz AMPL 05 00V PRE6 MF 0021 00000kHz...

Page 7: ...one Subsidiary output of waveform is Random Noise Subsidiary output of waveform is electrocardiogram Subsidiary output of waveform is trapezoidal pulse Subsidiary output of waveform is Sinc pulse SF 0021 00000kHz AMPL 05 00V SINE SF 0021 00000kHz AMPL 05 00V SQUR SF 0021 00000kHz AMPL 05 00V TRGL SF 0021 00000kHz AMPL 05 00V STW SF 0021 00000kHz AMPL 05 00V NSTW SF 0021 00000kHz AMPL 05 00V PRE4 S...

Page 8: ...3 Subsidiary output of waveform is Arbitrary wave 4 4 Amplitude adjustment In chosen main and subsidiary waveform interface press PARM button to make the cursor point to the value of amplitude AMPL The value Vpp is peak value of the signal Use and buttons and ADJ knob to change the value As follows SF 0021 00000kHz AMPL 05 00V ARB1 SF 0021 00000kHz AMPL 05 00V ARB2 SF 0021 00000kHz AMPL 05 00V ARB...

Page 9: ...e can be adjusted from 0 1 to 99 9 WAVE SQUR WAVE SQUR Triangle wave adjustable among 50 standard TRGL above 50 and below 50 both are different sawtooth waves WAVE TRGL WAVE TRGL WAVE TRGL 7 Phase adjustment In chosen Subsidiary waveform interface press PARM button to make the cursor point to the value of phase Phase Use and buttons and ADJ knob to change the value of DC offset The phase differenc...

Page 10: ...put positive pulse width can range 10nS 1S adjustment As below In CH1 or CH2 channel waveforms interface function is selected press WAVE key to switch to the main wave DC mode press PARM key to move the cursor to stay in offset level parameters corresponding to the position Offs use and buttons and ADJ knob to change the value of the output voltage direct current wave can be adjusted in the range ...

Page 11: ...H1 channel output FY3200 provides two FSK trigger source manual external Trigger Mode Select COUNT button can be selected The first frequency shift keying component is determined by the CH1 fundamental frequency frequency shift keying a second frequency component is determined by the FSK interface frequency F2 use key and key with parameter adjustment knob to change the F2 output signal frequency ...

Page 12: ...g output signal at a frequency of CH1 when INPUT falling edge of the trigger signal the output amplitude shift keying output to zero 14 Sweep function Press the SWEEP button in any interface to enter sweep function This instrument has LIN SWEEP and LOG SWEEP The sweep signal outputs from CH1 The default sweep mode is LIN SWEEP You can change the mode by rotating the ADJ knob before sweep Press the...

Page 13: ...llow status The amplitude of CH2 will not follow CH1 The amplitude of CH2 will follow CH1 Offset follow setting Rotate the ADJ knob in follow mode setting interface to enter offset follow interface Press ADJ button to change the offset follow status The offset of CH2 will not follow CH1 The offset of CH2 will follow CH1 Duty cycle follow setting Rotate the ADJ knob in follow mode setting interface...

Page 14: ...follow CH1 Follow setting information saving Rotate the ADJ knob in follow mode setting interface to enter follow setting information saving interface Press ADJ button to set follow status Next starting machine will affect follow status Follow setting information saving complete WAVE CH1 CH2 NO Following WAVE CH1 CH2 OK Following Save configurati Following Save configurati Following OK ...

Page 15: ... sweep function which will be loaded by sweep function automatically As follows Position 2 M2 is used to save stop frequency for sweep function which will be loaded by sweep function automatically As follows Positions 03 19 M3 M19 are for user defined waveform As follows 17 Load function Press PARM button in save function interface to enter load function It will enable the user to load the frequen...

Page 16: ...be generated and the buzzer will beep once It will beep longer if invalid operation is conducted Buzzer opening and closing Press the SYS button repeatedly until the SET BEEP BEEP ON interface appears The BEEP ON buzzer sounds open and the BEEP OFF buzzer closes The state can be changed by rotating the parameter adjusting knob and the setting state can be saved by pressing the parameter adjusting ...

Page 17: ...5MHz Square 0 6MHz 0 6MHz 0 6MHz 0 6MHz 0 6MHz Ramp Triangle 0 6MHz 0 6MHz 0 6MHz 0 6MHz 0 6MHz Pulse 0 6MHz 0 6MHz 0 6MHz 0 6MHz 0 6MHz TTL CMOS 0 6MHz 0 6MHz 0 6MHz 0 6MHz 0 6MHz Arbitrary wave 0 6MHz 0 6MHz 0 6MHz 0 6MHz 0 6MHz Resolution 0 01Hz 10mHz Accuracy 5 10 6 Stability 1 10 6 3 Hours Phase Range 0 359 Phase Resolution 1 Waveform Characteristics Waveforms Sine Square Triangle Ramp Arbitr...

Page 18: ...ric level synchronize with CH1 and CH2 Phase differences are adjustable Electrical Level Amplitude 3Vpp Fan out 20 TTL Load Rise Fall Time 20ns CMOS Output Low Electric Level 0 3V High Electric Level 1V 10V Rise Fall Time 20ns External Measurement Frequency Meter Range 1Hz 100MHz Gate Time 1S Counter Range 0 4294967295 Voltage Input Range 2Vpp 20Vpp Sweep Only CH1 available Sweep Type Linear or Lo...

Page 19: ... default value Interface Type USB to Serial interface Communicati ng Speed 9600bps Power Voltage Range AC85V AC260V Buzzer Can be turned on off by setting Environment Temp 0 40 Humidity 80 Dimension 200mm Length X190mm Width X90mm Height Weight Net Weight 750g Gross Weight 900g ...

Page 20: ...hnical indexes in this manual should be referred to If this suggestion is not obeyed death or serious personal injury could be caused In this condition the company will not be responsible for any compensation of personal injury or death and all the company managers and employees and auxiliary agents distributors other personnel concerned will be released from any claim including all the costs expe...