Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR FIlter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR FIlter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR FIlter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR FIlter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR FIlter

The VP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the results being accum

Programmable FIR Filter

Programmable FIR Filter

Description The PDSP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the resu

Programmable FIR Filter

Description The PDSP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the resu

Programmable FIR Filter

Description The PDSP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the resu

Programmable FIR Filter

Description The PDSP16256 contains sixteen multiplier - accumulators, which can be multi cycled to provide from 16 to 128 stages of digital filtering. Input data and coefficients are both represented by 16-bit two’s complement numbers with coefficients converted internally to 12 bits and the resu