April 20, 2017

Download Analog Circuit Design Techniques at 0.5V (Analog Circuits by Shouri Chatterjee, K.P. Pun, Nebojša Stanic, Yannis PDF

By Shouri Chatterjee, K.P. Pun, Nebojša Stanic, Yannis Tsividis, Peter Kinget

This booklet tackles demanding situations for the layout of analog built-in circuits that function from ultra-low strength offer voltages (down to 0.5V). insurance demonstrates the sign processing circuit and circuit biasing ways throughout the layout of operational transconductance amplifiers (OTAs). those amplifiers are then used to construct analog process capabilities together with non-stop time clear out and a pattern and carry amplifier.

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Extra resources for Analog Circuit Design Techniques at 0.5V (Analog Circuits and Signal Processing)

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To sense the onset of this behavior, an OTA-based Schmitt-trigger oscillator shown in Fig. 16, was designed. The oscillator oscillates at a frequency given by: f0 = 1 1 · 1+β 2RC ln 1−β where β = Vhyst /VHL , with Vhyst the difference between the trigger voltages for the rising and falling edges and VHL the difference between the high and low outputs [68]. The output of the XNOR gate decreases when oscillations are present. When the oscillator amplitude is large, VNR is reduced; when the oscillator ceases to oscillate, VNR is increased.

In depletion, the intrinsic capacitance is zero as there is no inversion layer. From weak to strong inversion through moderate inversion, the intrinsic Cgs changes from zero to Cox . Changing the body voltage changes the device threshold voltage, VT , and also changes the inversion level of the device. This changes Cgs and the device now behaves as a three-terminal varactor. 2, simulation techniques to model the effect of series parasitic resistance are presented and are compared to device measurements.

The design had a nominal power dissipation of 100 µW. 1. 1 Body-input OTA RC 21 CC Vin+ Vout+ Vout- Vin- RC CC Fig. 4: Two-stage OTA compensated with Miller capacitors and series resistors. 1: Transistor sizes and element values for the body-input OTA (Fig. 5 kΩ 6 pF devices, as shown in Fig. 1(b). Larger channel lengths will require, for the same performance, larger widths. This in turn will result in larger capacitances that the circuit will need to drive. 5 µm was chosen for all devices in this circuit as a compromise in the trade-off between lower VT , larger area requirements, and larger parasitic capacitance.

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