While filters are designed primarily for their amplitude response, the phase response can be important in some applications.
While filters are designed primarily for their amplitude response, the phase response can be important in some applications.
This article discusses the I-V curves of passive non-linear devices such as diodes, transistors, and thyristors.
This article discusses the I-V curves of passive non-linear devices such as diodes, transistors, and thyristors.
Learn how to get the most out of ferrite beads in your designs.
Learn how to get the most out of ferrite beads in your designs.
Learn about noise behaviors in MEMS gyroscopes.
Learn about noise behaviors in MEMS gyroscopes.
Precision analog-to-digital converters can be tricky. Here are some pointers to get the most out of them.
Precision analog-to-digital converters can be tricky. Here are some pointers to get the most out of them.
How do you design a filter that (ideally) has the same gain for all frequencies? And, furthermore, why would you want to do this?
How do you design a filter that (ideally) has the same gain for all frequencies? And, furthermore, why would you want to do this?
Researchers at the Department of Energy's Lawrence Berkeley National Laboratory have created the world's first 1nm gate.
Researchers at the Department of Energy's Lawrence Berkeley National Laboratory have created the world's first 1nm gate.
An introduction to the Analog Discovery 2 by Digilent.
An introduction to the Analog Discovery 2 by Digilent.
Linear phase response, also known as constant group delay, is an important property in some filter applications.
Linear phase response, also known as constant group delay, is an important property in some filter applications.
This technical brief explains the importance of complex-conjugate poles and second-order stages in optimizing filter performance.
This technical brief explains the importance of complex-conjugate poles and second-order stages in optimizing filter performance.
This technical brief presents a simple MOSFET configuration that can be used as a voltage-controlled switch.
This technical brief presents a simple MOSFET configuration that can be used as a voltage-controlled switch.
This technical brief describes channel-length modulation and how it affects MOSFET current–voltage characteristics.
This technical brief describes channel-length modulation and how it affects MOSFET current–voltage characteristics.
Learn about the basics, signal conditioning, digital output, and hardware specs of passive infrared sensors.
Learn about the basics, signal conditioning, digital output, and hardware specs of passive infrared sensors.
ADCs (analog-to-digital converters) can be described as either Nyquist-rate or oversampled converters. The Delta-Sigma…
ADCs (analog-to-digital converters) can be described as either Nyquist-rate or oversampled converters. The Delta-Sigma ADC belongs to the oversampled family of converters. It relies upon oversampling and noise shaping to achieve high-resolution conversions.
In this article, we’ll look at the equation for differential gain and use LTspice to find the value of the…
In this article, we’ll look at the equation for differential gain and use LTspice to find the value of the channel-length-modulation parameter referred to as lambda (λ).
In this article, we’ll discuss MOSFET small-signal output resistance as we make our way toward predicting the gain of…
In this article, we’ll discuss MOSFET small-signal output resistance as we make our way toward predicting the gain of the actively loaded differential pair.
This article explains how Arduino works from an electronic design perspective. It also explains the role of every part of…
This article explains how Arduino works from an electronic design perspective. It also explains the role of every part of the Arduino.
Learn about a straightforward version of a circuit that is essential in the design of analog integrated circuits.
Learn about a straightforward version of a circuit that is essential in the design of analog integrated circuits.
This article presents some basic cap-sense circuit configurations and discusses how to deal with low- and high-frequency noise.
This article presents some basic cap-sense circuit configurations and discusses how to deal with low- and high-frequency noise.
In this article, we’ll compare active and passive filters and look at some common second-order active topologies.
In this article, we’ll compare active and passive filters and look at some common second-order active topologies.
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