In this work we analyze the effects of electromagnetic-induced interferences conveyed at the input of a transimpedance CMOS operational amplifier. In particular, it will be highlighted that transimpedance amplifiers natural exhibit a lower EMI susceptibility compared to common voltage-feedback opamps. Moreover, it will be shown through simulations that a careful circuit design can lead to opamps with a practically vanishing EMI susceptibility
In practical printed circuit board (PCB) designs, electromagnetic interference (EMI) is coupled from...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the imm...
An operational amplifier (opamp) input stage achieving a high degree of immunity against electromagn...
In this work we analyze the effects of electromagnetic-induced interferences conveyed at the input o...
This paper presents a new analytical model to predict upsets, which are induced by electromagnetic ...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
An easy solution to increase the immunity to Electromagnetic interferences in recent low-voltage CMO...
This paper addresses a new approach to design a CMOS operational amplifier which provides a good tra...
This paper explores the modeling and design of Miller-based operational amplifier structures that ar...
This paper explores the modeling and design of Miller-based operational amplifier structures that ar...
Measurements in commercial devices demonstrate a considerable susceptibility of the operational ampl...
peer reviewedThis paper presents a unique methodology to calculate the filtering capacitances of the...
peer reviewedIn this paper a balanced CMOS operational amplifier which has higher electromagnetic in...
This paper investigates and reports the susceptibility to electromagnetic interference (EMI) of a di...
In practical printed circuit board (PCB) designs, electromagnetic interference (EMI) is coupled from...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the imm...
An operational amplifier (opamp) input stage achieving a high degree of immunity against electromagn...
In this work we analyze the effects of electromagnetic-induced interferences conveyed at the input o...
This paper presents a new analytical model to predict upsets, which are induced by electromagnetic ...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
An easy solution to increase the immunity to Electromagnetic interferences in recent low-voltage CMO...
This paper addresses a new approach to design a CMOS operational amplifier which provides a good tra...
This paper explores the modeling and design of Miller-based operational amplifier structures that ar...
This paper explores the modeling and design of Miller-based operational amplifier structures that ar...
Measurements in commercial devices demonstrate a considerable susceptibility of the operational ampl...
peer reviewedThis paper presents a unique methodology to calculate the filtering capacitances of the...
peer reviewedIn this paper a balanced CMOS operational amplifier which has higher electromagnetic in...
This paper investigates and reports the susceptibility to electromagnetic interference (EMI) of a di...
In practical printed circuit board (PCB) designs, electromagnetic interference (EMI) is coupled from...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the imm...
An operational amplifier (opamp) input stage achieving a high degree of immunity against electromagn...