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updated 11 months ago

rtl-sdr: multi-dongles based flexible spectrum scanner by Xianjun Jiao

Multi-dongles scanner with configurable parameters: start-end frequency, RBW, num of dongles, etc. (rtlsdr, software defined radi..., spectrum scanner)

raw2iq(a)

set_freq_tcp(tcp_obj, freq)

set_gain_tcp(tcp_obj, gain)

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updated 11 months ago

rtl-sdr: multi-dongles based GSM FCCH scanner by Xianjun Jiao

Multi-dongles parallel GSM FCCH scanner to help you find GSM broadcasting carrier quickly! (rtlsdr, rtl_tcp, gsm)

FCCH_coarse_position(s, decimation_ratio)

move_fft_snr_runtime_avg(s, mv_len, fft_len, th)

raw2iq(a)

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updated 1 year ago

Agilent Infiniium and InfiniiVision Oscilloscopes – MATLAB Example by Vinod Cherian

MATLAB application example for Agilent Infiniium and InfiniiVision oscilloscopes (matlab example, agilent, oscilloscopes)

AnalyzedDataPanel(parent, title)

DataSourcePanel(parent, title)

MICTSource(hParent, bSimulation)

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updated 2 years ago

SCOPE: interactively tabulate SEER excel variables by Rex Cheung

This takes SEER excel column data interactively, tabulate them, write back in table format. (data import, data export, optimization)

output=xls2tabulate2xls(xlsfilename)

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updated almost 5 years ago

Waveform Generation with Tektronix® AWG5000 and AWG7000 Series – MATLAB® Example by Roger Yeh

MATLAB® example for arbitrary waveform generation on a Tektronix® AWG5000/7000 series generator. (tektronix, arbitrary waveform, arbitrary waveform ge...)

chirp_signal

generate_arb_waveform_Tektronix.m

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updated 6 years ago

Data Visualization Application - Agilent EXA, MXA, and PSA Spectrum Analyzers by Matt

Data Visualization Software for the Agilent EXA, MXA, and PSA Signal and Spectrum Analyzers (example, application, agilent)

ADVFigure(varargin)

ADV_Close()

ADV_DataToBuffer( handle, data )

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updated almost 7 years ago

Tune And Listen by Matt

This application allows the user to capture an AM or FM signal, demodulate it and play it out the (example, application, agilent)

[y,samplePeriod]=saAcquisition(hnd, fc, bw, time, range, ...

tuneAndListen(varargin)

y=kernelResample2(N,x,start,step)

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