A 3.3 V 625 kHz switched-current multiplier

An Ultra-Low-Power Switched-Current 2-Quadrant Multiplier

This paper presents a switched current multiplier, dedicated for the use in highly parallel computation arrays or neural networks. It is designed for 3V supply voltage, performing 50k multiplications per second with a power dissipation of 100nW and an accuracy better than 1.5% considering the presence of possible device-mismatch. 2nd Electronic Circuits and Systems Conference ECS’99, 6-8th Sept...

MATH 625 Homework V

I-33: Current Methods for Fertility Preservation

Background Increasing survival rates in patients who suffer from oncological disease and improvement in reproductive medicine techniques has led to increasing use of different fertility preservation methods. The evidence supporting current and forthcoming options for fertility preservation consisted of two main parts as for female and male. Fertility preservation options for female and male dep...

A CMOS Four-Quadrant Analog Current Multiplier

AbIn this paper a CMOS feurqnadrant d o g enrrent mpltiplkr b dcrerikd. 'Ik drcllit b b.sed om tbe scpu+-lnw eLrvtaWicduMOSb.nsisbrandb~vcbtrmplrture andprocm n r t t i o o r . ~ t h e d n ! n i t i s b t i v e t o t h e body effect eo It b wt mecesmqb place tnnsbtwa i. individd web. TLC mdtijdk has a -3dB budrridtb (Se MAZ uitb lOum k s b t e m ) and an approximately camstant hput impedance Tb...

A Cmos Current-mode Multiplier/divider Circuit

Combination of A/D-D/A converters allows implementing multiplier/divider operations. An efficient design based on continuous-time, current-mode, dividing-algorithmic converters is presented in this paper. It offers high speed and capability of low voltage operation, and it is suitable for applications of low or middle resolution (below 9 bits). In addition, the division result is given in both ...