By Johan Huijsing, Michiel Steyaert, Arthur H.M. van Roermund
This 10th quantity of "Analog Circuit layout" concentrates on three issues: Scalable Analog Circuits, High-Speed D/A Converters, and RF energy Amplifiers. every one subject is roofed through 6 papers, written through foreign well-known specialists on that subject. those papers have an academic nature geared toward bettering the layout of analog circuits. The booklet is split into 3 elements: half I, Scalable Analog Circuit layout describes in 6 papers problems with: scalable high-speed layout, scalable high-resolution mixed-mode ADC and OpAmp layout, scalable high-voltage layout for XDSL, scalability of wire-line entrance ends, reusable IP analog layout, and porting CAD analog layout. half II, High-Speed D/A Converters describes in 6 papers problems with: creation to high-speed D/A converter layout, retargetable 12-bit 200-MHz CMOS present steerage layout, high-speed CMOS D/A converters for upstream cable purposes, static and dynamic functionality boundaries, the linearity problem of D/A converters for communications, and a 400-MHz, 10-bit charge-domain CMOS D/A converter for low-spurious frequency synthesis. half III, RF energy Amplifiers describes in 6 papers problems with: process elements, review and trade-offs, linear transmitter architectures, GaAs microwave SSPAs, Monolithic transformer-coupling in Si-bipolar, and RF strength amplifier layout in CMOS. "Analog Circuit layout" is an important reference resource for analog layout engineers and researchers wishing to maintain abreast with the newest advancements within the box. the academic insurance additionally makes it appropriate to be used in an boost layout path.
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Extra resources for Analog Circuit Design: Scalable Analog Circuit Design
Crest Factor for the modulation chose 3. Line impedance assumed for the average power specification (RL), 4. Transmission frequency band (BW), 5. Target harmonic distortion. The first three of these parameters may be used to compute the initial requirements for any line driver, which at a minimum, has to deliver both the required voltage and current output swings. The maximum required line voltage, VLPP, might be computed by stepping through the following equations The maximum VLPP on the line has to be taken as a primary design goal.
If a 3-bit DAC is made of 8 supposedly matched elements, if these elements are used in randomised combinations to create the 8 voltage levels then it is obvious that this maps non-linearity due to element mis-match into noise. As always the detail is more complex but work in this area is relatively well published [14-30]. 34 4. OPAMP ARCHITECTURES The A/D converters discussed above are very difficult to drive. The capacitor-based successive approximation converters typically sample the input voltage directly onto the array capacitance to form a simple inherent sample-and-hold action.
1997 12) “Charge Redistribution Analog to Digital Converter with Reduced Comparator Hysteresis Effects” Hester and Bright, USP 5675340, Oct. , IEEE Jnl. of Solid State Circuits, Vol. 36, pp. 339-348, Mar. , IEEE Jnl. of Solid State Circuits, Vol. 35, pp. 1820-1828, Dec. 2000 16) “113dB SNR Oversampling DAC with Segmented Noise shaped Scrambling” Adams, Nguyen and Sweetland, IEEE Jnl. of Solid State Circuits, Vol. 33, pp. 1871-1878, Dec. , IEEE Jnl. of Solid State Circuits, Vol. 32, pp. 1896-1906, Dec.
Analog Circuit Design: Scalable Analog Circuit Design by Johan Huijsing, Michiel Steyaert, Arthur H.M. van Roermund