Comments on Profile Post by SoupRKnowva

  1. ultrabike
    ultrabike
    Adding voltages? What frequencies? What range of voltages? You could do the usual non-inverting or inverting op-amp adder and pick the right part depending on I/O requirements.
    Dec 1, 2018
  2. SoupRKnowva
    SoupRKnowva
    Oh nah, it’s just digital arithmetic
    Dec 1, 2018
  3. Syzygy
    Syzygy
    Dec 1, 2018
    SoupRKnowva likes this.
  4. ultrabike
    ultrabike
    Oh! You are doing VLSI stuffs? Like good-'ol MAGIC layout deals?
    Dec 1, 2018
    SoupRKnowva likes this.
  5. SoupRKnowva
    SoupRKnowva
    Yep, been doing VLSI layout work all quarter. Did a whole reg file several weeks ago and some smaller stuff before that
    Dec 1, 2018
    ultrabike likes this.
  6. SoupRKnowva
    SoupRKnowva
    Our final project is an 8 tap FIR filter
    Dec 1, 2018
    ultrabike and Syzygy like this.
  7. imackler
    imackler
    Pretty sure adders are poisonous.
    Dec 1, 2018
  8. ultrabike
    ultrabike
    The multiplier will be fun.
    Dec 1, 2018
    SoupRKnowva likes this.
  9. SoupRKnowva
    SoupRKnowva
    hahaha yes, yes it will be. though i think its easier to pick a multiplier topology than an adder one :P
    Dec 1, 2018
  10. ultrabike
    ultrabike
    I remember hearing about the CLA one (and derivatives).
    Dec 1, 2018
  11. SoupRKnowva
    SoupRKnowva
    I think our adder is gonna end up being a Sparse Kogge-Stone tree with Carry increment adders at the bottom in sets of 2
    Dec 1, 2018
    famish99 and ultrabike like this.
  12. SoupRKnowva
    SoupRKnowva
    It took a while, but i finally wrapped my head around how to do this damn sparse tree. time to make a schematic
    Dec 2, 2018
    ultrabike likes this.