Mapa del sitio Contáctanos Localización
AUSJAL Sistema Universitario Jesuita
Instituto Tecnológico y de Estudios Superiores de Occidente
Instituto Tecnológico y de Estudios Superiores de Occidente  
El ITESO en la sociedad
El ITESO en la empresa
El ITESO en la investigación
Universidades en el mundo
ITESO - Universidad Jesuita de Guadalajara| Información Institucional| El ITESO en la empresa| Cadence University Program Member

Cadence University Program Member



We are using Cadence Toolset in the following academic programs:

Graduate Diploma on Integrated Circuits Design (EDCI)

Electronic Design Master Degree (MDE)

Electronic Engineering BS (IE)

 


 

Cadence University Program Member Web Page
Table of Cadence Software that we are using in Classes:


Specific CADENCE
Tool

Academic Program

Course
Name

Number of
Students
by Semester

Custom IC.
(Virtuoso)

  1. Master Degree on Electronic Design (MDE)


  2. Graduate Program on Integrated Circuits Design (EDCI)



  3. Electronic Engineering Bachelor(IE)

Advanced Integrated
Circuit Design.

Digital Integrated Circuit Design, Analog Integrated Circuit Design, Physical Design of a Integrated circuits

Introduction to integrated circuits.

20



14







10

Digital IC.
(Encounter RTL Compiler)

  1. Master Degree on Electronic Design (MDE)

  2. Graduate Program on Integrated Circuits Design

Digital System Design

Digital Integrated Circuit Design

20


14

SPB(PCB)
(Alegro)

  1. Master Degree on Electronic Design (MDE)

  2. Electronic Engineering Bachelor

Printed Circuit Board Workshop

Circuit Fundamentals, Electronic Circuits

20


10

 

 


Short Course “Fundamentals on Integrated Circuits Design: From Modeling to GHz Applications”

Dr. Jose Silva Martínez, Texas A&M University


Cadence® is a registered trademark of
Cadence Design System, Inc.
2655 Seely Avenue, San Jose, CA 95134

 

Fecha de actualización 16-03-2012


 

Graduating Class 2006 Projects

Graduating Class 2007 Projects

Graduating Class 2008 Projects

Graduating Class 2009 Projects

Graduating Class 2010 Projects

Graduating Class 2011 Projects

 

Transistor Design with Drain Adjustable Impedance Using 0.6 ìm Technology
Transistor Design with Drain Adjustable Impedance Using 0.6 ìm Technology

Clock and Data Recovery System Design with 3X over-sampling in AMIS 0.5 ìm Technology
Clock and Data Recovery System Design with 3X over-sampling in AMIS 0.5 ìm Technology

Optimization of Setup time and Hold time for a Flip-Flop Design
Optimization of Setup time and Hold time for a Flip-Flop Design

Transistor Design with Source Adjustable Impedance Using 0.6 ìm Technology
Transistor Design with Source Adjustable Impedance Using 0.6 ìm Technology

Physical Design and Implementation of a 8bits R-2R DAC
Physical Design and Implementation of a 8bits R-2R DAC

Design of a programmable CMOS Charge-Pump for phase-locked loop synthesizers
Design of a programmable CMOS Charge-Pump for phase-locked loop synthesizers

Band Reject Filter Design
Band Reject Filter Design

Methodology for PCB Design
Methodology for PCB Design

Hand Book for Printed Circuit Boards Design
Hand Book for Printed Circuit Boards Design


Control module to reduce the power consumption in portable devices
Control module to reduce the power consumption in portable devices

Design, Fabrication and Testing of a rail-to-rail OTA and implementation in different amplifier architectures
Design, Fabrication and Testing of a rail-to-rail OTA and implementation in different amplifier architectures

Design, Fabrication and Testing of Class AB output stage in different implementations and capacitance multiplication architecture
Design, Fabrication and Testing of Class AB output stage in different implementations and capacitance multiplication architecture

Design of Circuit for a direct readout of biosensor
Design of Circuit for a direct readout of biosensor

Bluetooth Frequency Synthetizer, Applying Differential Techniques
Bluetooth Frequency Synthetizer, Applying Differential Techniques

Design, Fabrication and Testing of a LNA, Mixer and Wide-Spectrum VCO
Design, Fabrication and Testing of a LNA, Mixer and Wide-Spectrum VCO

Circuit for a Direct Electronic Readout Biosensor
Circuit for a Direct Electronic Readout Biosensor

Design of a Electrochemistry Biosensor
Design of a Electrochemistry Biosensor


IC Design Using Cadence DFII 5.1.41 and PDK IBM BiCMOS_7WL
IC Design Using Cadence DFII 5.1.41 and PDK IBM BiCMOS_7WL

Cadence Design Environment
Cadence Design Environment

Cadence-IBM BiCMOS 130nmTutorial
Cadence-IBM BiCMOS 130nmTutorial

Cadence-IBM BiCMOS 180nm Tutorial
Cadence-IBM BiCMOS 180nm Tutorial

 

 

 

 

 

Zona
Zona

Content on this page requires a newer version of Adobe Flash Player.

Get Adobe Flash player

Content on this page requires a newer version of Adobe Flash Player.

Get Adobe Flash player

Content on this page requires a newer version of Adobe Flash Player.

Get Adobe Flash player