Other Parts Discussed in Thread: TLV3603E , INA381 , INA300 , TLV7031 , SN74LVC2G00 , SN74LVC2G02 Ok, I realize this is super-simple but it's been a long time since I've needed to do this so I'm trying to figure out the best way.
Basically I have a…
Part Number: TLV9022 Other Parts Discussed in Thread: TLV9032 , CD4044B , CD4043B , SN74LVC2G02 , SN74LVC2G00 I am struggling to create a latch out of this. As this one doesn't have inbuilt hysteresis, I have chosen the resistor values and when current…
NAND: SN74LVC2G00 AND: SN74AHC08 (The AHC propagation delay at 3.3 V is marginal. If this is important, use 2× SN74LVC2G08.)
This logic function (AND with one inverted input) could be implemented with just the SN74LVC1G97, but would require four single…
Part Number: SN74HC7032 Other Parts Discussed in Thread: SN74LVC2G00 Hello guys,
One of our customers is considering using SN74HC7032 for their brand new products. The customer has the following questions about the device. Could you please give me you…
Hi Anuraj,
A level-triggered flip-flop is called a latch -- by definition a flip-flop is edge triggered. We don't make an SN74LVC1G74 pinout-matched latch.
We have a selection of latches available here:
www.ti.com/.../overview.html
You could…
It's possible that the slow edge on the power mosfet caused it to be damaged during turn-on. It's generally recommended to drive the gate of a power mosfet with a gate driver (ie push-pull high current drive output) rather than a weak driver (like you…
Hi Cera,
We don't have a single chip solution for such a complex logic function, however, DeMorgan’s Theorem allows for a quick simplification that will reduce the above equation to only need two standard logic devices:
CS5 = !( CS + A1 + RD + !(…
They might use a dual nand gate to build one. TheAUC is the fastest but only operates at lower voltage while the LVC is slightly slower but has a wider voltage range.
We dont have any SR latches in newer faster teschnologies but these should work just…
