Bme: Low-Power Microelectronics Course Organization ... - microLab

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Bme: Low-Power Microelectronics Course Organization ... - microLab

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Bme: Low-Power Microelectronics

Course Organization 2014

Microelectronics

Course Organization

Organization

Overview

Prof. Dr. Marcel Jacomet

Bern University of Applied Sciences

Bfh-Ti HuCE-microLab, Biel/Bienne

Marcel.Jacomet@bfh.ch

HuCE.ch/microLab

February 12, 2014

1/9


Course Organization (1)

◮ classes

◮ 50% theory

◮ 50% lab and exercises

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ qualification

◮ self study of non-lectured course

chapters

◮ exercises with report and

presentation at oral exam

◮ exercise report must be submitted

1 week before oral exam!

◮ further on reading

◮ CMOS VLSI Design:A Circuit

and System Perspective, Neil

H.E. Weste, 4ed, 2010 (CHF77)

◮ various articles and tutorials

◮ hand-out documents can be

downloaded from HuCE-microLab web 2/9


Course Organization (1)

◮ classes

◮ 50% theory

◮ 50% lab and exercises

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ qualification

◮ self study of non-lectured course

chapters

◮ exercises with report and

presentation at oral exam

◮ exercise report must be submitted

1 week before oral exam!

◮ further on reading

◮ CMOS VLSI Design:A Circuit

and System Perspective, Neil

H.E. Weste, 4ed, 2010 (CHF77)

◮ various articles and tutorials

◮ hand-out documents can be

downloaded from HuCE-microLab web 2/9


Course Organization (1)

◮ classes

◮ 50% theory

◮ 50% lab and exercises

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ qualification

◮ self study of non-lectured course

chapters

◮ exercises with report and

presentation at oral exam

◮ exercise report must be submitted

1 week before oral exam!

◮ further on reading

◮ CMOS VLSI Design:A Circuit

and System Perspective, Neil

H.E. Weste, 4ed, 2010 (CHF77)

◮ various articles and tutorials

◮ hand-out documents can be

downloaded from HuCE-microLab web 2/9


Course Organization (1)

◮ classes

◮ 50% theory

◮ 50% lab and exercises

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ qualification

◮ self study of non-lectured course

chapters

◮ exercises with report and

presentation at oral exam

◮ exercise report must be submitted

1 week before oral exam!

◮ further on reading

◮ CMOS VLSI Design:A Circuit

and System Perspective, Neil

H.E. Weste, 4ed, 2010 (CHF77)

◮ various articles and tutorials

◮ hand-out documents can be

downloaded from HuCE-microLab web 2/9


Course Organization (1)

◮ classes

◮ 50% theory

◮ 50% lab and exercises

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ qualification

◮ self study of non-lectured course

chapters

◮ exercises with report and

presentation at oral exam

◮ exercise report must be submitted

1 week before oral exam!

◮ further on reading

◮ CMOS VLSI Design:A Circuit

and System Perspective, Neil

H.E. Weste, 4ed, 2010 (CHF77)

◮ various articles and tutorials

◮ hand-out documents can be

downloaded from HuCE-microLab web 2/9


Course Organization (2)

Course Schedule Spring 2014

date theory (room 5.03) labs (room 4.32)

21 Feb FSMD architecture –

28 Feb FSMD architecture FSMD exercise

7 Mar cap sens principle FSMD exercise

14 Mar cap sens principle BiQuad lab

21 Mar – cap sens lab

28 Mar Low Power / Async Design –

4 Apr Asynchronous Logic Design –

11 Apr Asynchronous Logic Design –

18 Apr holidays –

25 Apr – async lab

2 May – async lab

09 May Subthreshold Logic Design –

16 May BME Day –

23 May – subthreshold lab

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

3/9


Course Overview

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

◮ FSM - datapath architecture model (Fsmd)

◮ low power concepts

◮ asynchronous logic design

◮ subthreshold logic design

◮ labs:

◮ capacitive sensor lab (hardware-in-the-loop)

◮ ECG lab (hardware-in-the-loop)

◮ asynchronous logic lab (high-level design downto chip)

Microelectronics

Course Organization

Organization

Overview

◮ subthreshold logic lab (layout and simulation)

4/9


FSMD-Datapatch Architecture Model

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

◮ worker/manager synonym

Microelectronics

Course Organization

Organization

Overview

FSMD

data

data-path

(RTL logic)

data

inputs

(sensors)

control

outputs

(actuators)

control

control path

(finite state machine)

control

5/9


Low-Power Concepts

Bme: Low-Power

Microelectronics

Course Organization

2014

◮ batteries

clk

en

clkgate

(without latch)

latchout

clkgate

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

◮ dissipation sources

◮ power saving methods

data

in

FSM

out

en

D

latch

Q

clkgate

REG

D Q

clk

out

clk

clk

clk

6/9


Asynchronous Logic Design

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

◮ channels

◮ bundled data architecture

activate

PAR

* *

Microelectronics

Course Organization

Organization

Overview

◮ Muller-C elements

0 SEQ 1

0 SEQ 1

◮ delay models

in

VAR

x

VAR

y

out

ack

ack

ack

ack

compl.

detection

C

compl.

detection

C

compl.

detection

C

di[0].0

C

C

C

do[0].0

di[0].1

C

C

C

do[0].1

di[1].0

C

Latch

C

Latch

C

Latch

do[1].0

di[1].1

C

C[i-1]

C

C[1]

C

C[i+1]

do[1].1

7/9


Subthreshold Logic Design

◮ ECK device model

◮ Matlab modeling, Cadence

design and simulation

◮ design of small digital circuit

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

8/9


Esophagus ECG Research Project

Bme: Low-Power

Microelectronics

Course Organization

2014

M. Jacomet

Microelectronics

Course Organization

Organization

Overview

9/9

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