摘要:
A transconductance amplifier (22) receives a voltage input and provides a current output. The transconductance amplifier includes a current mirror having a lowpass filter (F1 or F2) between transistors implementing the current mirror.
摘要:
In embodiments of the present invention, the problems of poor low-frequency response, slow speed, high cost and high power consumption in conventional voltage translators are addressed by processing high frequency and low frequency components of an input signal separately in two parallel stages (102,104) without the use of large passive components or slow devices. At the output, the processed high frequency and low frequency components are seamlessly merged at a combining stage (112) that maintains the integrity of the frequency response over the complete translator bandwidth.
摘要:
In embodiments of the present invention, the problems of poor low-frequency response, slow speed, high cost and high power consumption in conventional voltage translators are addressed by processing high frequency and low frequency components of an input signal separately in two parallel stages (102,104) without the use of large passive components or slow devices. At the output, the processed high frequency and low frequency components are seamlessly merged at a combining stage (112) that maintains the integrity of the frequency response over the complete translator bandwidth.
摘要:
A transconductance amplifier (22) receives a voltage input and provides a current output. The transconductance amplifier includes a current mirror having a lowpass filter (F1 or F2) between transistors implementing the current mirror.