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Main Content

  • What are wirewound, carbon, and film resistors good for? 

    What are wirewound, carbon, and film resistors good for? 
  • What AI can bring to PCB manufacturing

    What AI can bring to PCB manufacturing
  • PCB assembly tips for medical device manufacturing

    PCB assembly tips for medical device manufacturing
  • Have you considered resistance soldering? Part 2

    Have you considered resistance soldering? Part 2
  • Have you considered resistance soldering? Part 1

    Have you considered resistance soldering? Part 1

FAQs

What are wirewound, carbon, and film resistors good for? 

Resistance is one of the most basic concepts in electricity and electronics. And resistors are simple-looking devices. Given their apparent … [Read More...] about What are wirewound, carbon, and film resistors good for? 

medical PCB assembly

PCB assembly tips for medical device manufacturing

By Suresh Patel, Sales Engineer, Mer-Mar Electronics Medical PCBs are built with the highest quality standards to ensure the precision and … [Read More...] about PCB assembly tips for medical device manufacturing

More FAQs

Today on Analog IC Tips

  • What are wirewound, carbon, and film resistors good for? 
  • What AI can bring to PCB manufacturing
  • Schematic editor supports diplex matched antennas, antenna work flow
  • PCB assembly tips for medical device manufacturing
  • Automotive grade thick-film chip resistors offer anti-sulfur performance
  • JFET optimized for high-end sensor front-end amplification
  • PCB design suite incorporates IPC-2581 export capability

More Analog IC Product News

Common-mode filters boast 10.7 GHz bandwidth

New common-mode filters from STMicroelectronics have an extremely wide differential bandwidth of 10.7GHz to protect antenna sensitivity in adjacent wireless circuitry from the latest serial digital … [Read More...] about Common-mode filters boast 10.7 GHz bandwidth

What’s the difference between equalizers?

Equalizers are used to alter the performance of signal chains. In some cases, that means linearizing signal chain performance. In other cases, equalizers are used to introduce nonlinearities. As a … [Read More...] about What’s the difference between equalizers?

What do you do with a bucket brigade device?

A bucket brigade device (BBD) is a discrete-time analog delay line using capacitors that has been replaced in most digital signal processing applications. But it continues to be used in some specialty … [Read More...] about What do you do with a bucket brigade device?

What’s a logarithmic resistor ladder good for?

A logarithmic resistor ladder consists of a resistor string and switches designed to attenuate a signal. The state of the switches can be considered to represent a digital code proportional to the … [Read More...] about What’s a logarithmic resistor ladder good for?

What causes noise in analog designs and how can it be controlled?

Controlling noise in analog and mixed-signal circuits is important but not simple. Data integrity is dependent on controlling noise in the signal chain. If left uncontrolled, noise can impair or … [Read More...] about What causes noise in analog designs and how can it be controlled?

Five considerations for mixed-signal PCB layouts

Printed circuit board (PCB) layout is an important activity when developing mixed-signal applications. A lot can go wrong, and everything needs to be correct for a successful design. Impedance control … [Read More...] about Five considerations for mixed-signal PCB layouts

When is a high CMRR needed in an op amp?

Common mode rejection ratio (CMRR), also called common mode rejection (CMR), quantifies the ability of an operational amplifier (op amp) to reject common-mode signals. Common-mode signals are signals … [Read More...] about When is a high CMRR needed in an op amp?

What are reflectionless filters, Part 3: Basic principles

Standard filters reflect unwanted stopband energy, but reflectionless filters present a seamless impedance across both stopband and passband, which greatly improves performance of the RF signal … [Read More...] about What are reflectionless filters, Part 3: Basic principles

Hardware-assisted verification technology in the mainstream

By Jean-Marie Brunet, and Dr. Lauro Rizzatti, Siemens EDA Today, system-on-chip (SoC) devices permeate our world and propel numerous industries. They are integral for the internet of things (IoT), … [Read More...] about Hardware-assisted verification technology in the mainstream

tolerance analysis

Tolerance analysis distinguishes prototypes from production units

It’s not enough to model and simulate circuit behavior – you also have to investigate the effects of component variations from their nominal values due to unavoidable tolerances. There’s a … [Read More...] about Tolerance analysis distinguishes prototypes from production units

The practical magical first-order analog filter: Part 1

Finding the right analog filter to build a sensor circuit doesn’t have to be complicated. Understandably, the plethora of filter options can be overwhelming. Also, selecting a less-than-ideal filter … [Read More...] about The practical magical first-order analog filter: Part 1

An overview of filters and their parameters, Part 4: Time and phase issues

Understanding how filters are characterized is the first step in choosing an appropriate topology with suitable specifications. Thus far, we have focused on filters primarily in terms of their … [Read More...] about An overview of filters and their parameters, Part 4: Time and phase issues

bandpass filters

An overview of filters and their parameters, Part 1: Context

Understanding how filters are characterized is the first step in choosing an appropriate topology with suitable specifications. Mention “filters” to electrical engineers of the older persuasion, … [Read More...] about An overview of filters and their parameters, Part 1: Context

A look at intrinsic broadband noise spectral density

You can think of noise as an unwanted signal. This signal creates an error by combining with the desired signal in your circuit. Exterior sources can couple into your circuits, such as your 50 or 60 … [Read More...] about A look at intrinsic broadband noise spectral density

Squash 1/f noise with zero-drift amplifiers

There is a device that squashes all the 1/f voltage and current noise calculations with a chopper amplifier algorithm that corrects offset and drift characteristics. These amplifiers are zero-drift, … [Read More...] about Squash 1/f noise with zero-drift amplifiers

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A frequency you can count on There are few constants in life, but what few there are might include death, taxes, and a U.S. grid frequency that doesn’t vary by more than ±0.5 Hz. However, the certainty of the grid frequency is coming into question, thanks to the rising percentage of renewable energy sources that…

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