DS1083L 16MHz to 134MHz Spread-Spectrum Clock Modulator for LCD Panels General Description
... Using an integrated phase-locked loop (PLL), the DS1083L accepts an input clock signal in the range of 16MHz to 134MHz and delivers a spread-spectrum modulated output clock signal. The PLL modulates, or dithers, the output clock about the center input frequency at a pin-selectable magnitude. The DS1 ...
... Using an integrated phase-locked loop (PLL), the DS1083L accepts an input clock signal in the range of 16MHz to 134MHz and delivers a spread-spectrum modulated output clock signal. The PLL modulates, or dithers, the output clock about the center input frequency at a pin-selectable magnitude. The DS1 ...
AK8153A - Asahi Kasei Microdevices
... equipments. AKM assumes no responsibility for any losses incurred by you or third parties arising from the use of these information herein. AKM assumes no liability for infringement of any patent, intellectual property, or other rights in the application or use of such information contained herein. ...
... equipments. AKM assumes no responsibility for any losses incurred by you or third parties arising from the use of these information herein. AKM assumes no liability for infringement of any patent, intellectual property, or other rights in the application or use of such information contained herein. ...
Analog-to-Digital Converter and Multivibrators
... can exist in a number of “states” (voltage and/or current outputs) • A flip-flop is a bi-stable multi-vibrator, bistable means it has two stable states • A state is stable if it is robust against the fluctuations (noise) that are always occurring ...
... can exist in a number of “states” (voltage and/or current outputs) • A flip-flop is a bi-stable multi-vibrator, bistable means it has two stable states • A state is stable if it is robust against the fluctuations (noise) that are always occurring ...
Optional Homework Set 2
... built in TTL and early CMOS processes. It is not a master-slave design but instead relies on propagation delays to assure reliable operation of an asynchronous state machine. While its operation is less obvious than the versions we have discussed, it has advantages in minimizing setup and propagatio ...
... built in TTL and early CMOS processes. It is not a master-slave design but instead relies on propagation delays to assure reliable operation of an asynchronous state machine. While its operation is less obvious than the versions we have discussed, it has advantages in minimizing setup and propagatio ...
Ramp Generator and Super Buffer/Driver Design Fukun Tang University of Chicago
... • Gian-1 Stable • Adequate bandwidth (slew rate and noise etc) • Linearity and dynamic range ...
... • Gian-1 Stable • Adequate bandwidth (slew rate and noise etc) • Linearity and dynamic range ...
2.1 Make Accurate Low-Level Measurements with High
... AC measurements. With DC measurements, you are measuring a very small signal in the absolute sense (that is, not relative to any other signal). For example, you might wish to measure an extremely small amount of current moving through a point in a DC circuit. On the other hand, with AC measurements ...
... AC measurements. With DC measurements, you are measuring a very small signal in the absolute sense (that is, not relative to any other signal). For example, you might wish to measure an extremely small amount of current moving through a point in a DC circuit. On the other hand, with AC measurements ...
ISSCC 2010 / SESSION 10 / DC
... dead-time can mitigate these issues, it comes at the penalty of reduced efficiency due to lower effective power-transfer duty cycle. To minimize level-shifterinduced clock mismatch, the design shown in Fig. 10.8.3 DC biases Iv3 at its trip point through R1 and AC couples the Vo-Vss input clock throu ...
... dead-time can mitigate these issues, it comes at the penalty of reduced efficiency due to lower effective power-transfer duty cycle. To minimize level-shifterinduced clock mismatch, the design shown in Fig. 10.8.3 DC biases Iv3 at its trip point through R1 and AC couples the Vo-Vss input clock throu ...
Example Questions
... with gear gain Ng, which is the ratio of the velocity of shaft A to the velocity of shaft B. If the encoder is used to measure the angular position of shaft B, what is the angular displacement measurement resolution? If the encoder is used to measure the velocity of shaft B by counting the number of ...
... with gear gain Ng, which is the ratio of the velocity of shaft A to the velocity of shaft B. If the encoder is used to measure the angular position of shaft B, what is the angular displacement measurement resolution? If the encoder is used to measure the velocity of shaft B by counting the number of ...
The Oscilloscope
... • The ramp is compared with Vin. As long as it is less than Vin, the comparator output is HIGH enabling the AND gate and disabling the latch circuit. • When the ramp equals Vin, the comparator output will change from HIGH to LOW, disabling the AND gate and hence the counter will stop. The number of ...
... • The ramp is compared with Vin. As long as it is less than Vin, the comparator output is HIGH enabling the AND gate and disabling the latch circuit. • When the ramp equals Vin, the comparator output will change from HIGH to LOW, disabling the AND gate and hence the counter will stop. The number of ...
report
... grown; the reduction of power dissipation is a crucial factor in IC design . In many applications, the power consumption of the IC clock system is one of the main sources of chip power dissipation. This is due to the high switching activity and the heavy capacitive loading of the clock network. Cons ...
... grown; the reduction of power dissipation is a crucial factor in IC design . In many applications, the power consumption of the IC clock system is one of the main sources of chip power dissipation. This is due to the high switching activity and the heavy capacitive loading of the clock network. Cons ...
Analyser Units 1651 / 1681 176 HR-1651 HR-1681
... The analyser units provide the necessary operating voltage of approx. 8 V DC for supplying the converters of a continuous level measuring system. The converter detects the continuously changing electrical values of the fill level (C, R or p) and converts these into pulse length modulated current pul ...
... The analyser units provide the necessary operating voltage of approx. 8 V DC for supplying the converters of a continuous level measuring system. The converter detects the continuously changing electrical values of the fill level (C, R or p) and converts these into pulse length modulated current pul ...
Homework 4 Spring 2015 CSD - Help-A-Bull
... the analog waveform must be taken frequently. The number of samples per second is called the sampling rate or sampling frequency. The Nyquit’s theorem says that if the highest frequency contained in an analog signal xa(t) is Fmax = B and the signal is sampled at a rate Fs > 2 Fmax then xa(t) can be ...
... the analog waveform must be taken frequently. The number of samples per second is called the sampling rate or sampling frequency. The Nyquit’s theorem says that if the highest frequency contained in an analog signal xa(t) is Fmax = B and the signal is sampled at a rate Fs > 2 Fmax then xa(t) can be ...
Time-to-digital converter
In electronic instrumentation and signal processing, a time to digital converter (abbreviated TDC) is a device for recognizing events and providing a digital representation of the time they occurred. For example, a TDC might output the time of arrival for each incoming pulse. Some applications wish to measure the time interval between two events rather than some notion of an absolute time.In electronics time-to-digital converters (TDCs) or time digitizers are devices commonly used to measure a time interval and convert it into digital (binary) output. In some cases interpolating TDCs are also called time counters (TCs).TDCs are used in many different applications, where the time interval between two signal pulses (start and stop pulse) should be determined. Measurement is started and stopped, when either the rising or the falling edge of a signal pulse crosses a set threshold. These requirements are fulfilled in many physical experiments, like time-of-flight and lifetime measurements in atomic and high energy physics, experiments that involve laser ranging and electronic research involving the testing of integrated circuits and high-speed data transfer.