Technology News
Analog guru shares design expertise
Highlighting that low noise and low power involves compromise, Professor Sansen, from the Katholieke Universiteit Leuven in Belgium, commented: "The reduction of channel lengths leads to lower supply voltages, allowing a considerable drop in power consumption. However, lower supply voltages lead to lower signal levels and moreover lower power leads to more noise, even more decreasing the signal-to-noise ratios."
The course, which will discuss all aspects of analog IC design with an emphasis on low power and low noise, is intended for both analog and digital designers, as well as those who simply wish to update their knowledge of the latest analog design techniques. Standard CMOS and BiCMOS implementations will be discussed in parallel.
Professor Sansen gained his PhD at the University of California, Berkeley and has been a visiting professor at the universities of Stanford, Lausanne, Philadelphia and Ulm. Since 1984, Professor Sansen has been the head of the ESAT-MICAS laboratory on analog design.
For more information, visit the ISLI's website
here
- New PSoC Creator Design Environment release adds programmable peripherals for PSoC 3 and PSoC 5 architectures
- Audio codec protects against loudspeaker damage, boosts audio fidelity
- MEMS tackle HVAC/automatic-transmission markets
- Crystek unveils new 2122 MHz to 2242 MHz VCO
- Software tool instantly resolves low power MCU pin conflicts
- Global Qi standard launch aims to power up wireless charging
- Low frequency clock chip supports long duration timing from 1-ms to 9.5hrs
- 2M-pixel SOC sensors support high-volume feature phone markets
- GlobalFoundries to make big MEMS push
- Next-Generation CAN/LIN SBCs address the EMC requirements of global car OEMs
- AMD unveils two new x86 cores
- HP MEMS platform promises ultrasensitive sensors, on the cheap
- Apple iPad upgrade likely to get STMicro gyro
- New Ethernet data acquisition platform delivers high-speed, distributed sensor measurements
- NXP's SmartMX security chip supports new German National Identity Card
- Semtech and Microchip deliver reference design for secure, multi-band wireless RKE systems
- Micrel halves power requirement for Ethernet connectivity
- ADI partners Altera to streamline wireless infrastructure system development
- High-efficiency multi-string backlight LED drivers support up to 88 LEDs at 360-mA total LED current
- 10-channel LED driver platform drives up to 120 white LEDs for large panels
- Ambient light sensor applications in portable electronics
- Features and Applications of Switches
- Making the most of the System Level in Analog Design
- Analog Applications Journal
- Going Beyond the Front End
- What the Nyquist Criterion Means to Your Sampled Data System Design
- Implementing a variable-length Cat5e cable equalizer
- Analog VGA Simplifies Design and Outperforms Competing Gain Control Methods
- Fundamentals of Sampled Data Systems - Overview
- Fundamentals of sampled data systems
FPGA
Texas Instruments
Battery
FPGAs
Audio
Analog Devices
National Semiconductor
CMOS
Mixed-signal
Power Management
ADC
STMicroelectronics
MEMS
Lattice Semiconductor
Cypress Semiconductor
SoC
Analog
Power
Maxim Integrated Products
Mixed Signal
Intersil
Atmel
MOSFET
Synopsys
DAC
Linear Technology
Sensor
Fairchild Semiconductor
Actel
Austriamicrosystems
This site contains articles under license from EETimes Group , a division of United Business Media LLC.


