Our series on quantization noise begins with a clarification of the framework the author used to determine the scope of his investigation into quantization noise.
Our series on quantization noise begins with a clarification of the framework the author used to determine the scope of his investigation into quantization noise.
In the final part of this series on modeling ADCs, we discuss one more model and also briefly cover DAC models.
In the final part of this series on modeling ADCs, we discuss one more model and also briefly cover DAC models.
Learn about the concept of ENOB (effective number of bits) and how it can be used in modeling data converters in system…
Learn about the concept of ENOB (effective number of bits) and how it can be used in modeling data converters in system simulations.
This article launches a series exploring the question of how to model data converters for system simulations.
This article launches a series exploring the question of how to model data converters for system simulations.
This article explores using PSpice for TI to simulate potential causes for parasitic effects in a motor-drive design and…
This article explores using PSpice for TI to simulate potential causes for parasitic effects in a motor-drive design and offers design tips to mitigate the negative effects common with high-power motor-drive systems.
This article continues our discussion of design techniques that help us to improve the performance of transimpedance amplifiers.
This article continues our discussion of design techniques that help us to improve the performance of transimpedance amplifiers.
In this article, we'll review the basics of sigma-delta ADCs—and continuous-time sigma-delta ADCS in particular—using…
In this article, we'll review the basics of sigma-delta ADCs—and continuous-time sigma-delta ADCS in particular—using a recent CTSD from ADI as an example.
With bandwidth demand at an all-time high, designers may find themselves using voltage-controlled oscillators more…
With bandwidth demand at an all-time high, designers may find themselves using voltage-controlled oscillators more frequently in wireless communication applications.
In this video, we will discuss circuits that use an operational amplifier to compare the amplitude of one signal to the…
In this video, we will discuss circuits that use an operational amplifier to compare the amplitude of one signal to the amplitude of another signal or to a reference voltage.
As an EE, you might wonder how DDR5 can support blazing-fast transfer rates. One factor is an equalization technique…
As an EE, you might wonder how DDR5 can support blazing-fast transfer rates. One factor is an equalization technique called decision feedback equalization (DFE).
In this video we will explore a particularly important application of op-amps, namely, the design of high-performance…
In this video we will explore a particularly important application of op-amps, namely, the design of high-performance filters that do not require inductors.
In this video, we will learn about the op-amp integrator, which performs mathematical integration and requires nothing…
In this video, we will learn about the op-amp integrator, which performs mathematical integration and requires nothing more than an op-amp and a few passive components.
This article looks at semiconductor technologies that are driving EV chargers, including high-voltage semiconductor…
This article looks at semiconductor technologies that are driving EV chargers, including high-voltage semiconductor switches, power converters, and multi-level complex power stages.
In this video we will discuss the active rectifier, which is an op-amp-based circuit that uses a normal diode in…
In this video we will discuss the active rectifier, which is an op-amp-based circuit that uses a normal diode in conjunction with negative feedback to rectify signals without generating a significant amplitude difference between the input voltage and the rectified output voltage.
This article compares the noise performance of two different amplifiers and optimizes noise performance through the use…
This article compares the noise performance of two different amplifiers and optimizes noise performance through the use of passive filtering.
In this video we’ll study an op-amp-based current-to-voltage converter. This widely used circuit is a simple and…
In this video we’ll study an op-amp-based current-to-voltage converter. This widely used circuit is a simple and effective means of converting the output of a current source into a typical voltage signal.
In this video, we’ll be exploring the voltage follower, which is a good example of an op-amp circuit that is simple yet…
In this video, we’ll be exploring the voltage follower, which is a good example of an op-amp circuit that is simple yet very useful.
In this video, we’ll look at some circuits that represent common op-amp applications. We’ll start with the voltage…
In this video, we’ll look at some circuits that represent common op-amp applications. We’ll start with the voltage follower, then we’ll move on to an inverting amplifier, an active filter, and a current-to-voltage converter.
This video tutorial examines a fundamental op-amp-based amplifier configuration that not only applies gain but also…
This video tutorial examines a fundamental op-amp-based amplifier configuration that not only applies gain but also changes the polarity of the input signal.
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