This work is concerned with the characterization of a large matrix of deep n-well (DNW) 130 nm CMOS monolithic active pixel sensors (MAPS) with an FPGA based system. The acquisition system has been configured to stimulate the sensor and process the output data of the devices under test. Characterization results provide evidence of a remarkably high yield in the vertical integration process interconnecting the two layers fabricated by Globalfoundries and subsequently processed by Tezzaron Semiconductor
We report on further developments of our recently proposed design approach for a full in-pixel signa...
We report on further developments of our proposed design approach for a full in-pixel signal process...
By exploiting the triple-well option available in a deep-submicron CMOS process, we developed monoli...
This work discusses the main features of a CMOS Deep N-well (DNW) monolithic active pixel sensor (MA...
In the deep n-well (DNW) monolithic active pixel sensor (MAPS) a full in-pixel signal processing cha...
This work is concerned with the characterization of deep n-well (DNW) CMOS monolithic active pixel s...
This work presents the characterization of deep n-well (DNW) CMOS monolithic active pixel sensors (M...
This work is concerned with the design and characterization of deep N-well (DNW) monolithic active p...
The prototype of a three-dimensional (3D) monolithic active pixel sensor (MAPS) has been characteriz...
Deep N-well CMOS monolithic active pixel sensors (DNW MAPS) represent an alternative approach to sig...
Deep N-well CMOS monolithic active pixel sensors (DNW MAPS) represent an alternative approach to sig...
Deep N-Well (DNW) MAPS were developed in two different flavors to approach the specifications of ver...
This work presents the characterization of Deep N-well (DNW) active pixel sensors fabricated in a ve...
Deep N-well (DNW) MAPS have been developed in the last few years with the aim of building monolithic...
This paper is intended to discuss the features of a novel kind of monolithic active pixel sensors (M...
We report on further developments of our recently proposed design approach for a full in-pixel signa...
We report on further developments of our proposed design approach for a full in-pixel signal process...
By exploiting the triple-well option available in a deep-submicron CMOS process, we developed monoli...
This work discusses the main features of a CMOS Deep N-well (DNW) monolithic active pixel sensor (MA...
In the deep n-well (DNW) monolithic active pixel sensor (MAPS) a full in-pixel signal processing cha...
This work is concerned with the characterization of deep n-well (DNW) CMOS monolithic active pixel s...
This work presents the characterization of deep n-well (DNW) CMOS monolithic active pixel sensors (M...
This work is concerned with the design and characterization of deep N-well (DNW) monolithic active p...
The prototype of a three-dimensional (3D) monolithic active pixel sensor (MAPS) has been characteriz...
Deep N-well CMOS monolithic active pixel sensors (DNW MAPS) represent an alternative approach to sig...
Deep N-well CMOS monolithic active pixel sensors (DNW MAPS) represent an alternative approach to sig...
Deep N-Well (DNW) MAPS were developed in two different flavors to approach the specifications of ver...
This work presents the characterization of Deep N-well (DNW) active pixel sensors fabricated in a ve...
Deep N-well (DNW) MAPS have been developed in the last few years with the aim of building monolithic...
This paper is intended to discuss the features of a novel kind of monolithic active pixel sensors (M...
We report on further developments of our recently proposed design approach for a full in-pixel signa...
We report on further developments of our proposed design approach for a full in-pixel signal process...
By exploiting the triple-well option available in a deep-submicron CMOS process, we developed monoli...