Embedded Target for Texas Instruments C6000 DSPs

Blocks--By Library

The following reference pages list the blocks included in the Embedded Target for C6000 DSP. Each block page includes Purpose, Library, Description, and Dialog Box sections; Algorithm and Examples sections appear when needed. Where appropriate, a See Also section includes cross references to related blocks and functions.

Embedded Target for C6000 DSP Blocks in Library c6701evmlib

Block	Description
C6701 EVM ADC	Configure digitized signal output from the codec to the processor
C6701 EVM DAC	Use and configure the codec to convert digital input to analog output
C6701 EVM DIP Switch	Simulate or read the three user-defined DIP switches on the C6701 EVM
C6701 EVM LED	Control the light emitting diodes on the C6701 EVM
C6701 EVM RESET	Reset the C6701 Evaluation Module to initial conditions

Embedded Target for C6000 DSP Blocks in Library c6711dsklib

Block	Description
C6711 DSK ADC	Configure digitized signal output from the codec to the processor
C6711 DSK DAC	Use and configure the codec to convert digital input to analog output
C6711 DSK DIP Switch	Simulate or read the three user-defined DIP switches on the C6711 DSK
C6711 DSK LED	Control the user-configurable light emitting diodes on the C6711 DSK
C6711 DSK RESET	Reset the C6711 DSP Stater Kit to initial conditions

Embedded Target for C6000 DSP Blocks in Library rtdxblocks

Block	Description
From Rtdx	Add an RTDX communication channel to your model to send data from MATLAB to the model running on your target
To Rtdx	Add an RTDX communication channel to your model to send data from the model running on your target to MATLAB

Embedded Target for C6000 DSP in the C62x DSP Library

Block	Description
Conversions
Convert Floating-Point to Q.15	Convert a floating-point signal to a Q.15 fixed-point signal
Convert Q.15 to Floating-Point	Convert a Q.15 fixed-point signal to a single-precision floating-point signal
Filters
Complex FIR	Filter a complex input signal using a complex FIR filter
General Real FIR	Filter a real input signal using a real FIR filter
LMS Adaptive FIR	Perform least-mean-square adaptive FIR filtering
Radix-4 Real FIR	Filter a real input signal using a real FIR filter
Radix-8 Real FIR	Filter a real input signal using a real FIR filter
Real Forward Lattice All-Pole IIR	Filter a real input signal using an auto-regressive forward lattice filter
Real IIR	Filter a real input signal using a real auto-regressive moving-average IIR filter
Symmetric Real FIR	Filter a real input signal using a symmetric real FIR filter
Math and Matrices
Autocorrelation	Compute the autocorrelation of an input vector or frame-based matrix
Block Exponent	Return the minimum exponent (number of extra sign bits) found in each channel of an input
Matrix Multiply	Perform matrix multiplication on two input signals
Matrix Transpose	Compute the matrix transpose of an input signal
Reciprocal	Compute the fractional and exponential portions of the reciprocal of a real input signal
Vector Dot Product	Compute the vector dot product of two real input signals
Vector Maximum Index	Compute the zero-based index of the maximum value element in each channel of an input signal
Vector Maximum Value	Compute the maximum value for each channel of an input signal
Vector Minimum Value	Compute the minimum value for each channel of an input signal
Vector Multiply	Perform element-wise multiplication on two inputs
Vector Negate	Negate each element of an input signal
Vector Sum of Squares	Compute the sum of squares over each channel of a real input
Weighted Vector Sum	Find the weighted sum of two input vectors
Transforms
Bit Reverse	Bit-reverse the positions of the elements of each channel of a complex input signal
FFT	Compute the decimation-in-frequency forward FFT of a complex input vector
Radix-2 FFT	Compute the radix-2 decimation-in-frequency forward FFT of a complex input vector
Radix-2 IFFT	Compute the radix-2 inverse FFT of a complex input vector

Block Reference

Blocks--Alphabetical List