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The Logic Minute – Logic and Translation

The Logic Minute video series make complex ideas related to logic and translation easy to understand in just a couple minutes.

其他資訊

Logic and Translation E2E™ Forum

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1. Common applications of Logic

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.

#	標題	時間長度	概覽
1.1	Combining Power Good Signals How to overcome parasitic capacitance when using power good signals.	02:20	How to overcome parasitic capacitance when using power good signals.
1.2	Enable or Disable a Digital Signal How to use logic to enable or disable a signal.	02:19	How to use logic to enable or disable a signal.
1.3	Use Fewer Inputs to Monitor Error Signals How to use logic gates to reduce the number of inputs required to monitor multiple error flags.	01:59	How to use logic gates to reduce the number of inputs required to monitor multiple error flags.
1.4	Eliminate Slow or Noisy Input Signals How to eliminate slow or noisy input signals.	02:02	How to eliminate slow or noisy input signals.
1.5	Hold a Signal During Controller Reset How to use logic to hold a signal line high or low while the system controller is powered off or held in reset.	01:56	How to use logic to hold a signal line high or low while the system controller is powered off or held in reset.
1.6	Generate a Reset Signal at System Power On How to generate a power on reset signal.	01:13	How to generate a power on reset signal.
1.7	Synchronize Inverted Clock Inputs How to synchronize devices with inverted clock inputs operating off the same clock source.	01:04	How to synchronize devices with inverted clock inputs operating off the same clock source.
1.8	Convert a Momentary Switch to a Toggle Switch How to use logic to utilize a momentary switch in place of a toggle switch.	01:31	How to use logic to utilize a momentary switch in place of a toggle switch.
1.9	Translate Unidirectional Signals Using Open-Drain Outputs How to use open-drain logic devices to translate digital signals between different voltage nodes.	01:40	How to use open-drain logic devices to translate digital signals between different voltage nodes.
1.10	Debounce a Switch How to debounce a switch using logic.	01:42	How to debounce a switch using logic.
1.11	Using a S-R Latch in Alarm circuitry How to use NOR/NAND gates to create an S-R Latch for Alarm circuits	02:27	How to use NOR/NAND gates to create an S-R Latch for Alarm circuits
1.12	Detect Phase Differences in Input Signals How to use logic to detect a phase difference in input signals.	01:09	How to use logic to detect a phase difference in input signals.
1.13	Translation Between Communication Modules and System Controllers How to choose the correct auto bidirectional translator for communication modules and system controllers.	01:37	How to choose the correct auto bidirectional translator for communication modules and system controllers.
1.14	Voltage Level Translation for UART Interface TI's signal level translation for the UART interface	02:27	TI's signal level translation for the UART interface

2. Understanding the LSF Family of Bidirectional, Multi-Voltage Level Translators

In this section, the level shifter experts provide short lessons on the LSF family of voltage level translators from basic applications up through a technical analysis of device operation. This includes how to set up the bias circuitry and use the device for up translation and down translation, as well as multi-voltage and single supply voltage translation.

#	標題	時間長度	概覽
2.1	Introduction – Voltage Level Translation with the LSF Family Introduction to the LSF video series and the LSF family of devices	01:25	Introduction to the LSF video series and the LSF family of devices
2.2	Understanding the Bias Circuit for the LSF Family A deep look at how the bias circuit works in an LSF device.	03:20	A deep look at how the bias circuit works in an LSF device.
2.3	Using the Enable Pin with the LSF Family How to use the enable pin correctly with an LSF device.	02:26	How to use the enable pin correctly with an LSF device.
2.4	Translation Basics with the LSF Family An overview of translation concepts and terms common to the down translation and up translation videos.	02:35	An overview of translation concepts and terms common to the down translation and up translation videos.
2.5	Down Translation with the LSF Family A deep look at how an LSF device achieves down translation.	03:19	A deep look at how an LSF device achieves down translation.
2.6	Up Translation with the LSF Family A deep look at how an LSF device achieves up translation.	05:39	A deep look at how an LSF device achieves up translation.
2.7	Multi-voltage Translation with the LSF Family How to use a single LSF device to translate between multiple voltages in the same system.	02:56	How to use a single LSF device to translate between multiple voltages in the same system.
2.8	Single Supply Translation with the LSF Family How to use the LSF when there are supply limitations.	02:12	How to use the LSF when there are supply limitations.

3. Basics of Logic

In this section, the logic experts provide short lessons on standard logic devices ranging from basic applications up through a technical analysis of device operation.

#		標題	時間長度	概覽
3.1		Anatomy of a Logic Part Number Logic part numbers use a formulaic naming system to denote the device's functionality and features. This video reviews the components to a logic part's...	01:34	Logic part numbers use a formulaic naming system to denote the device's functionality and features. This video reviews the components to a logic part's...

The Logic Minute – Logic and Translation

目錄

其他資訊

1. Common applications of Logic

2. Understanding the LSF Family of Bidirectional, Multi-Voltage Level Translators

3. Basics of Logic