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//! Generic C54xx Base -- only on-chip memory //# c54xx.cdb 4.60.22 object USERREGS :: MEM { param iComment :: "This object defines space for the DSP's memory mapped registers and can't be delet

//! Generic C54xx Base -- only on-chip memory //# c54xx.cdb 4.60.22 object USERREGS :: MEM { param iComment :: "This object defines space for the DSP's memory mapped registers and can't be delet

//! Generic C54xx Base -- only on-chip memory //# c54xx.cdb 4.60.22 object USERREGS :: MEM { param iComment :: "This object defines space for the DSP's memory mapped registers and can't be delet

//! Generic C54xx Base -- only on-chip memory //# c54xx.cdb 4.60.22 object USERREGS :: MEM { param iComment :: "This object defines space for the DSP's memory mapped registers and can't be delet

//! Generic C54xx Base -- only on-chip memory //# c54xx.cdb 4.60.22 object USERREGS :: MEM { param iComment :: "This object defines space for the DSP's memory mapped registers and can't be delet

function db=g2db(gain) % G2DB Converts from ratio to decibels % % db=gb2db(gain) % % INPUTS % gain = linear ratio [1] % % OUTPUTS % db = Ratio in decibels (logarithmic) [dB] % % AIM

function db=g2db(gain) % G2DB Converts from ratio to decibels % % db=gb2db(gain) % % INPUTS % gain = linear ratio [1] % % OUTPUTS % db = Ratio in decibels (logarithmic) [dB] % % AIM

function gain=db2g(db) % DB2G Converts from decibels to ratio % % gain=db2g(db) % % INPUTS % db = Ratio in decibels (logarithmic) [dB] % % OUTPUTS % gain = linear ratio [1] % % AIM:

function gain=db2g(db) % DB2G Converts from decibels to ratio % % gain=db2g(db) % % OUTPUTS % gain = linear ratio [1] % % INPUTS % db = Ratio in decibels (logarithmic) [dB] % % AIM: