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Category > Information Systems Posted 18 May 2017 My Price 3.00

A Fir filter of length 3 is defined by a symmetric impulse response

A Fir filter of length 3 is defined by a symmetric impulse response        let the input to this filter be a sum of two cosine sequences of angular frequencies 0.2 red/samples respectively Determine the impulse response coefficients so that the filter passes only the high frequency component of the input.

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Alpha Geek
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Status NEW Posted 18 May 2017 07:05 AM My Price 3.00

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file 1495091921-Answer.docx preview (49 words )
A----------- Fi-----------r f-----------ilt-----------er -----------of -----------len-----------gth----------- 3 -----------is -----------def-----------ine-----------d b-----------y a----------- sy-----------mme-----------tri-----------c i-----------mpu-----------lse----------- re-----------spo-----------nse----------- Â----------- Â ----------- Â----------- Â ----------- Â----------- Â -----------let----------- th-----------e i-----------npu-----------t t-----------o t-----------his----------- fi-----------lte-----------r b-----------e a----------- su-----------m o-----------f t-----------wo -----------cos-----------ine----------- se-----------que-----------nce-----------s o-----------f a-----------ngu-----------lar----------- fr-----------equ-----------enc-----------ies----------- 0.-----------2 r-----------ed/-----------sam-----------ple-----------s r-----------esp-----------ect-----------ive-----------ly -----------Det-----------erm-----------ine----------- th-----------e i-----------mpu-----------lse----------- re-----------spo-----------nse----------- co-----------eff-----------ici-----------ent-----------s s-----------o t-----------hat----------- th-----------e f-----------ilt-----------er -----------pas-----------ses----------- on-----------ly -----------the----------- hi-----------gh -----------fre-----------que-----------ncy----------- co-----------mpo-----------nen-----------t o-----------f t-----------he -----------inp-----------ut.----------- A-----------nsw-----------er ----------- -----------
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