Phase-Locked Loop Circuit Design Dan H. Wolaver
Publisher: Prentice Hall

To study internal functional blocks and the applications of special ICs like Timers, PLL. The V2CC takes the control loop-filter and into the pump. Everything must be made using discrete parts (no ICs, no op-amps). To study the applications of Op-amp. Title, Design of a Large Tuning Range and Fully Differential Phase-locked Loop for Application of ADC Measurement. A phase-locked loop (PLL) is a feedback control circuit that synchronizes the phase of a generated signal with that of a reference signal. I've read a lot of theory and math about Phase Locked Loops. (Bias-tee circuit) about 1~3 mVrms or less bypass capacitor. PLL is a kind of circuit which is widely used in modern communication systems and a variety of digital chips. The PLL can be used in various 3.1) suitable for ASIC design consists of a series connected Voltage to Current Converter (V2CC) and a Current Controlled Oscillator (CCO). The second step is to design the optimal loop filter for lower phase/spurious noise and faster frequency transient response. (50 Hz ~ 1 MHz) to Baseband input. To study characteristics; realize circuits; design for signal analysis using Op-amp ICs. The part about the circuit design is the part which scares me, because I don't have any experience with circuit design. A representative CMOS charge-pump circuit is shown in Fig. My senior design project for my Electrical Engineering degree is to build a discrete PLL that locks between 1kHz and 100kHz. The phase-locked loop (PLL) is one of the key building blocks in many communication systems; providing a means for maintaining timing integrity and clock synchronization. STEP 1: Design a test jig that can control just the radio module and allows access to the R and N counter values of the PLL as well as make the DAC adjustments for the course tuning. Evaluating VCO performance is the first step toward designing a better. It is important to The following figure shows a simplified PLL block diagram.