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By Micheal A.P. Pertijs, Johan Huijsing
ISBN-10: 140205257X
ISBN-13: 9781402052576
This booklet describes the research and layout of precision temperature sensors in CMOS IC expertise, concentrating on so-called shrewdpermanent temperature sensors, which supply a electronic output sign that may be easily interpreted through a working laptop or computer. The textual content indicates how temperature features can be utilized to procure a correct electronic temperature interpreting. The e-book ends with a close description of 3 prototypes, one in every of which achieves the simplest functionality pronounced so far.
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Extra resources for Precision Temperature Sensors in CMOS Technology (Analog Circuits and Signal Processing)
Sample text
In these figures, the normalization of VDD = 1 V, RL = 1 Ω is selected and all other parameters are calculated using the standard Class E design equations [Raab77]. 37(b). If the transistor is switched on from 0 to π, the voltage at time π will be equal to zero. 109. 37. 35. (a) capacitor voltage and (b) magnified version where it is assumed that the switch is closed from 0 to π and from 2π to 3π. property of this waveform occurs at 2π, since at that point the switch voltage and it first derivative both become zero again.
Besides the fact that Class B achieves a higher peak efficiency, more important is that the efficiency is linearly dependent on Vo , in contrast to the quadratic dependency for Class A. To conclude, the Class B amplifier requires twice the amount of voltage swing at the gate of the transistor compared to a Class A amplifier. 25. The Class B amplifier: (a) normalized drain voltage and drain current (dashed line) and (b) normalized power dissipation. words, the gain of a Class B amplifier is only half the gain of a Class A.
17. (a) Normalized drain voltage and drain current (dashed line) and (b) normalized power dissipation for a Class A power amplifier. 8. It should be stressed that the 50 % efficiency of the Class A amplifier only occurs at the maximum (idealized) output swing. If an amplitude modulated signal is applied, the amplitude of the RF sinewave at the output Vo will change according to the envelope signal A(t). 5). Furthermore, the assumption of a maximal amplitude of VDD will no longer hold if the knee-region1 of the transistor is taken into account.
Precision Temperature Sensors in CMOS Technology (Analog Circuits and Signal Processing) by Micheal A.P. Pertijs, Johan Huijsing
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