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Common applications of logic

Learn how to overcome common challenges by utilizing logic devices to aid in optimizing system design.  Some design challenges are prevalent across many systems. In this section, these common challenges are overcome utilizing logic devices to aid in optimizing system design. These videos include an understanding of the problem being solved, and a description of one or more solutions to these issues.
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Common applications of logic

Common applications of gates (5)

Combining Power Good Signals

00:02:20

Enable or Disable a Digital Signal

00:02:18

Use Fewer Inputs to Monitor Error Signals

00:01:58

Design an Alarm / Tamper Circuit with an S-R Latch

00:02:26

Detect Phase Differences in Input Signals

00:01:08

Common applications of flip flops, latches and registers (5)

Enable or Disable a Digital Signal

00:02:18

Convert a Momentary Switch to a Toggle Switch

00:01:31

Design an Alarm / Tamper Circuit with an S-R Latch

00:02:26

Detect Phase Differences in Input Signals

00:01:08

Increase the number of outputs on a microcontroller

00:01:44

Common applications of buffers and inverters (8)

Eliminate Slow or Noisy Input Signals

00:02:01

Hold a Signal During Controller Reset

00:01:56

Generate a Reset Signal at System Power On

00:01:12

Synchronize Inverted Clock Inputs

00:01:04

Convert a Momentary Switch to a Toggle Switch

00:01:31

Level-shift Using Open-Drain Outputs

00:01:40

Debounce a Switch

00:01:42

Controlling an Indicator LED

00:02:15

Common applications of voltage translation (2)

Translation Between Communication Modules and System Controllers

00:01:37

Voltage Level Translation for UART Interface

00:02:27

Combining Power Good Signals

How to overcome parasitic capacitance when using power good signals.

00:02:20|16 Nov 2017
Power good signals are often routed over relatively long distances in systems and cannot always overcome the parasitics. This video quickly covers two simple solutions with standard logic devices.