Architecture >> SinCosTaylor::rtl

Processes
seq	( clk )

Constants
LUT_LATENCY_C	integer := 4 + ite ( REG_IN_G , 1 , 0 )
MULT_LATENCY_C	integer := 4
ADD_LATENCY_C	integer := 1
TOT_LATENCY_C	integer := LUT_LATENCY_C+ MULT_LATENCY_C+ ADD_LATENCY_C
TRUN_BITS_C	integer := PHASE_WIDTH_G- INT_PHASE_WIDTH_G
M_PI_C	sfixed ( 2 downto - 15 ) := to_sfixed ( MATH_PI , 2 , - 15 )

Signals
phaseTrun	unsigned ( phaseIn ' high downto phaseIn ' high- INT_PHASE_WIDTH_G+ 1 ) := ( others = > ' 0 ' )
phaseRemainder	sfixed ( 1 - INT_PHASE_WIDTH_G downto 1 - phaseIn ' length ) := ( others = > ' 0 ' )
phaseRad	sfixed ( phaseRemainder ' high+ 2 downto phaseRemainder ' high+ 2 - 17 ) := ( others = > ' 0 ' )
sinCosTrun	cfixed ( re ( sinCosOut.re ' range ) , im ( sinCosOut.im ' range ) )
sinCosTrunDelay	cfixed ( re ( sinCosOut.re ' range ) , im ( sinCosOut.im ' range ) )
sinPiInt	sfixed ( sinCosOut.re ' range )
cosPiInt	sfixed ( sinCosOut.re ' range )
sinCosCorr	cfixed ( re ( sinCosOut.re ' range ) , im ( sinCosOut.im ' range ) )
slvDelayIn	slv ( USER_WIDTH_G downto 0 )
slvDelayOut	slv ( USER_WIDTH_G downto 0 )

Instantiations
u_match_tot_delay	SlvFixedDelay <Entity SlvFixedDelay>
u_sin_cos_lut	SinCosLut <Entity SinCosLut>
u_match_delay	cfixedDelay <Entity cfixedDelay>
u_mult_pi	sfixedMult <Entity sfixedMult>
u_mult_cos	sfixedMult <Entity sfixedMult>
u_mult_sin	sfixedMult <Entity sfixedMult>

The documentation for this design unit was generated from the following file:

Processes

Constants