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FAQ: Logic and Voltage Translation > Power and Thermals >> Current FAQ
CMOS logic devices are designed to be low powered. If you are interested in a low powered solution for your design, check out our AUP and HCS family of logic parts.
If you are…
FAQ: Logic and Voltage Translation > Input Parameters >> Current FAQ
The reliability of a logic device is linked to the recommended operating conditions in the datasheet. As long as the device is operated within the recommended operating conditions…
FAQ: Logic and Voltage Translation > Quality and Manufacturing >> Current FAQ
First, go to the device folder on TI.com.
Once there, you can select the "Ordering & quality" tab:
Finally, select "View or download" for the desired device:
Other Parts Discussed in Thread: SN74LVC1G125 FAQ: Logic and Voltage Translation > Input Parameters >> Current FAQ
The impedance of a device's pin can be determined by Ohm's law : R= V/ I.
Usually, the impedance of the CMOS input pins ( OE, DIR, A…
Other Parts Discussed in Thread: TINA-TI FAQ: Logic and Voltage Translation > Simulation Models >> Current FAQ
The purpose of this post is to show you how this netlist provided in the product folder can be imported and used in TINA-TI and how to provide…
FAQ: Logic and Voltage Translation > Input Parameters >> Current FAQ
The OE ( output enable) is over voltage tolerant, high input impedance, active high enable pin for most of the TXS, TXB devices.
If the IOs must be in high impedance during power…
FAQ: Logic and Voltage Translation > Input Parameters >> Current FAQ
The OE ( output enable) is active high CMOS high input impedance pin for most of the TXS and TXB devices.
The OE is referenced to Vcca supply w.r.t the voltage levels. i.e The Vih…
Other Parts Discussed in Thread: SN74LVC1G123 FAQ: Logic and Voltage Translation > Monostable Multivibrators >> Current FAQ
There is no official maximum output pulse length for a monostable multivibrator device, but there are practical limits.
The…
Other Parts Discussed in Thread: SN74LVC1G123 FAQ: Logic and Voltage Translation > Monostable Multivibrators >> Current FAQ
This plot is from the SN74LVC1G123 datasheet. You can see that the "K" value decreases as the supply increases, but it also…
FAQ: Logic and Voltage Translation > Monostable Multivibrators >> Current FAQ
The application report Designing with the SN74LVC1G123 Monostable Multivibrator has some useful information regarding this.
Essentially, the timing is primarily determined…
