Function Module - SSP2500 Signal & System Experiment Instrument
Providing abundant analog circuit function module that the Signal and System experiment needed:
- In-phase amplifier
- Reverse phase amplifier
- Audio frequency amplifier
- Two lowpass filters
- Two highpass filters
- No source one stage lowpass filter
- Analog multiplier
- Diode detector
- Sample holder
- Reverse phase adder
- Signal analyze and synthesize
- Reverse phase integral ware
Experiment that can be completed - SSP2500 Signal & System Experiment Instrument
- Signal producing experiment which produce square wave, sine wave , triangle wave(0~500Hz)
- Nyquist sampling and recover of continuos signal.
- Original signal and processed signal being displayed on the oscillograph
- Impulse response experiment of linear time-invariant system.
- Step response experiment of linear time-invariant system.
- Transfer function's capability simulation and system analysis experiment for continuous system.
- Capability analysis and frequency response test of one step and two step lowpass filter.
- Test of frequency response's specialty and analysis of FFT's frequency domain for continuous system
Features - SSP2500 Signal & System Experiment Instrument
- Providing abundant experiment modules
- Strengthen the time and frequency domains, which are the most important concepts in the signal and system course
- Providing digital signal source, which controlled by DSP and provide the wave forms that the signal and system experiments need
- Providing virtual oscillograph interface through which connected with computer's serial port, so that the wave forms and spectrum can be displayed on the computer.
- Saving signal source, oscillograph and spectrum instrument for the lab construction.
- Providing JTAG interface that used to complete the digital signal processing (DSP)experiment.
- Proving Matlab teaching software
Digital signal processing (DSP) experiment - SSP2500 Signal & System Experiment Instrument
Signal and System experiment instrument SSP2500 provides JTAG interface that used to complete the digital signal processing (DSP) experiment and can finish digital signal processing (DSP) experiments that follow:
- Integral addition, subtraction, multiplication and division of fixed point DSP.
- Decimal addition, subtraction, multiplication and division of fixed point DSP.
- Float operation using fixed point DSP.
- Infinite imposes response filter (IIR) digital oscillator experiment.
- Fast Fourier transform (FFT) experiment.
- Program employer flow in DSP/BIOS environment.
- Task scheduling and priorities experiment of DSP/BIOS.
- Thread management experiment of DSP/BIOS.
- Digital signal source producing DA experiment.
- AD sampling experiment.
