The input-referred offsets are shown to be completely systematic. </para>HindmanN. D.WangZ.ClarkL. T.AlleeD. R.IEEE Transactions on Nuclear ScienceN. D. Hindman, Ziyan Wang, L. T. Clark, et al., "Experimentally Measured Input Referred Voltage Offsets and Kickback Noise in RHBD Analog...
Does this mean the offset error should be calcualted into input side; and the output side offset error will be the Vos*Gain like normal amps? Yes. Kai Mia, As Kai said, your understanding is correct. RTI (referred-to-input) means the offset error is added onto the...
put-referred offset Differential voltage-controlled oscillator analog-to-digital converter using input-referred offsetDifferential voltage-controlled oscillator analog-to-digital converter using input-referred offsetA feedback loop includes an oscillator-based analog-to-digital converter configured to convert an...
The offset switch selectively either maintains or interrupts a series coupling of the first and second parasitic capacitances between the control and sampling nodes; and, the sampling node is thereby adaptively adjusted in voltage by a predetermined portion of a control signal applied to the control...
Differential voltage-controlled oscillator analog-to-digital converter using input-referred offsetA feedback loop includes an oscillator-based analog-to-digital converter configured to convert an analog signal to a first digital value and a second digital value. The oscillator-based analog-to-digital ...
The offset switch selectively either maintains or interrupts a series coupling of the first and second parasitic capacitances between the control and sampling nodes; and, the sampling node is thereby adaptively adjusted in voltage by a predetermined portion of a control signal applied to the control...
A common potential of the differential inputs (37, 38) of the amplifier is sensed with a transistor (54, 56) biased to a reference voltage (V.sub.CM) and amplified through the amplifier to produce a common-mode correction signal to offset a common-mode component of the differential output...