Macmillan Publishing Company / Prentice-Hall / ATMEL / Crystal Semiconductor Corporation / SSB / Motorola / Analog Communication Systems / Texas Instruments / HP / Cirrus Logic Inc / The MathWorks Inc / /
Continent
Europe / South America / /
Country
United States / /
Currency
USD / / /
Event
Product Release / /
Facility
Walla Walla College / Purdue University / / /
IndustryTerm
free software / phase-shift network / sales/sales_web.html / communication systems / software checks / filter technology / on-board using free software / software uses / signal processing / audio phase-shift networks / digital signal processors / carrier frequency / nifty signal-processing ideas / electronics / software changes / digital signal processing / adjustable rubber ear hook / /
Organization
Walla Walla College / Purdue University / IMD / /
Person
Chris Hanna / V. Oppenheim / Fred Christensen / Ronald W. Schafer / Jerry B. Marion / Ralph Stirling / Rick Campbell / Jim Forsyth / Alan V. Oppenheim / Helmut Strickner / John Ash / Gary Breed / Rob Frohne / John Wiseman / Bill Kelsey / / /
Position
contact Premier Communications / speaker / professor of electrical engineering / Premier Communications / /
Product
KK7B / DSP56002EVM / Motorola DSP56002EVM / /
ProgrammingLanguage
MATLAB / /
ProvinceOrState
California / /
Technology
ADC / 56002 processor / html / filter technology / BBS / http / simulation / DSP / digital signal processors / phase modulation / /
By Rob Frohne, KL7NA A High-Performance, SingleSignal, Direct-Conversion Receiver with DSP Filtering By adding a DSP demodulator to a well-established and popular