An easy solution to increase the immunity to Electromagnetic interferences in recent low-voltage CMOS amplifiers is presented. It is based on a simple modification of the input stage, which can be fabricated in standard CMOS technologies and does not require extra mask levels, such as triple well, nor external components. Analysis and results are provide for very large interferences, arising from the input pin
This paper presents a novel CMOS Miller operational amplifier (OpAmp) that has high immunity to elec...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the com...
This paper presents a successful approach to increase the electromagnetic interference (EMI) immunit...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
peer reviewedThis paper presents a unique methodology to calculate the filtering capacitances of the...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the imm...
This paper addresses a new approach to design a CMOS operational amplifier which provides a good tra...
An operational amplifier (opamp) input stage achieving a high degree of immunity against electromagn...
This paper presents a new analytical model to predict upsets, which are induced by electromagnetic ...
In this work we analyze the effects of electromagnetic-induced interferences conveyed at the input o...
This letter presents an on-chip common-mode cancelation circuit (CMCC), which increases the immunity...
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...
peer reviewedIn this paper a balanced CMOS operational amplifier which has higher electromagnetic in...
This paper presents a novel CMOS Miller operational amplifier (OpAmp) that has high immunity to elec...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the com...
This paper presents a successful approach to increase the electromagnetic interference (EMI) immunit...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
peer reviewedThis paper presents a unique methodology to calculate the filtering capacitances of the...
This paper presents the successful design of a CMOS operational amplifier with enhanced immunity to ...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the imm...
This paper addresses a new approach to design a CMOS operational amplifier which provides a good tra...
An operational amplifier (opamp) input stage achieving a high degree of immunity against electromagn...
This paper presents a new analytical model to predict upsets, which are induced by electromagnetic ...
In this work we analyze the effects of electromagnetic-induced interferences conveyed at the input o...
This letter presents an on-chip common-mode cancelation circuit (CMCC), which increases the immunity...
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...
peer reviewedIn this paper a balanced CMOS operational amplifier which has higher electromagnetic in...
This paper presents a novel CMOS Miller operational amplifier (OpAmp) that has high immunity to elec...
peer reviewedThis paper presents an on-chip common-mode cancellation circuit which increases the com...
This paper presents a successful approach to increase the electromagnetic interference (EMI) immunit...