A local smart bus is described which is designed for use in muti-chip-composed microinstrumentation system. The bus is able to transmit a digital code, bitstream, analog voltage, frquency, duty-cycle and also provides calibration facilities, service request and interrupt request modes.FC
Smart microsensors can offer features such as self-testing, autocalibration, digital compensation, a...
Abstract. Future integrated microsystems will benefit significantly from progress in the VLSI field....
In coming applications a further increase of diversity and higher complexity of electronic systems i...
A local bus is described which is designed for use in a multi-chipcomposed microinstrumentation sys...
Comunicação apresentada na 23rd European Solid-State Circuits Conference (ESSCIRC '97), Southampton,...
A flexible architecture for a microinstru- mentation system in silicon was developped, and intended...
This paper describes the development of a microinstrumentation system in silicon containing all the...
This paper presents a Universal Micro-Sensor Interface (UMSI) circuit designed for low-power microsy...
The performance features of MEMS transducers allow the development of a new class of small, low-powe...
Smart microsystem reduce the amount of data in field bus systems. A main part of such systems is the...
For installing many sensors in a limited space with a limited computing resource, the digitization o...
This paper presents a Universal Micro-Sensor Interface (UMSI) chip that significantly expands the ca...
This paper overviews existing digital communication buses which are commonly used in sensor networks...
The purpose of this work is to develop an intelligent system capable of transferring data from many ...
An open-architecture microsystem that can be populated with a variety of sensors and actuators is de...
Smart microsensors can offer features such as self-testing, autocalibration, digital compensation, a...
Abstract. Future integrated microsystems will benefit significantly from progress in the VLSI field....
In coming applications a further increase of diversity and higher complexity of electronic systems i...
A local bus is described which is designed for use in a multi-chipcomposed microinstrumentation sys...
Comunicação apresentada na 23rd European Solid-State Circuits Conference (ESSCIRC '97), Southampton,...
A flexible architecture for a microinstru- mentation system in silicon was developped, and intended...
This paper describes the development of a microinstrumentation system in silicon containing all the...
This paper presents a Universal Micro-Sensor Interface (UMSI) circuit designed for low-power microsy...
The performance features of MEMS transducers allow the development of a new class of small, low-powe...
Smart microsystem reduce the amount of data in field bus systems. A main part of such systems is the...
For installing many sensors in a limited space with a limited computing resource, the digitization o...
This paper presents a Universal Micro-Sensor Interface (UMSI) chip that significantly expands the ca...
This paper overviews existing digital communication buses which are commonly used in sensor networks...
The purpose of this work is to develop an intelligent system capable of transferring data from many ...
An open-architecture microsystem that can be populated with a variety of sensors and actuators is de...
Smart microsensors can offer features such as self-testing, autocalibration, digital compensation, a...
Abstract. Future integrated microsystems will benefit significantly from progress in the VLSI field....
In coming applications a further increase of diversity and higher complexity of electronic systems i...