Part Number: CD74HC4050 Dear all,
Are the following devices going to be EOL soon?
・CD74HC4050NSR
A customer is currently considering this device. As a result, I have received a request from a customer to check if this device will soon be EOL
Best Regards…
Part Number: CD74HC4050 Other Parts Discussed in Thread: SN74AHC541 , TXS0108E Hi,
I am using CD74HC4050M noninverting buffer to send and recieve data ftom controller to another peripheral bard. It recive data from one peripheral and send tt to level shifter…
Dear Dylan Hubbard
I think CD74HC4050 chip is made high to low level shifter. As I know it is a high to low level shifter, can you use it? (input 3.3V /output 5V)
If not, can you recommend a low to high level shifter? It is a good idea to replace it…
Part Number: CD74HC4050 Hello.
I am looking for an IC that can down convert a 12V or 5V signal to 3.3V. Is CD74HC4050 possible? I am worried whether problems will arise if VI becomes higher than VCC. (Operating Conditions are written as Vi ... 0 V to 15…
Part Number: CD74HC4050 Hi All:
I am using CD74HC4050 on my design.
When i measure CD74HC4050 VIL ( VCC: 3.3V).
I found following things:
1. Input voltage under 1.4V, CD74HC4050 output 0V (Fig.1)
2. Input voltage between 1.415V to 1.425V, CD74HC4050 output…
Other Parts Discussed in Thread: CD74HC4050 Hello,
PortA has 12V input but there is no power source on VCC of CD74HC4050. While no power source on VCC pin, has any leakage current through to VCC or GND? Are he input pins HI-Z? Thank you.
BR
Pat…
Other Parts Discussed in Thread: CD74HC4050 Dear Sir
may we check CD74HC4050 Vih/Vil when Vcc=3.3V?due to spec have no define.
is calculation way as Vih = 3.3V*0.7 = 2.31V;Vil = 3.3V*0.3 = 0.99V??
Best regards,
…
Part Number: SN74ALS1034 Other Parts Discussed in Thread: CD74HC4050 , SN7400 Hi,
I am using SN74ALS1034 for buff drive. It is becoming obsolete?
Can you recommend me any alternative with temperature range from -40C to 85C?
Thanks,
Christie
Hello Shreyas, thank you for your kind reply.
I have 4 results coming from other ICs which can be either 0 or 5V, which I must make available to a 3.3V GPIO. This GPIO happens to have a SW-controlled pull-up/pull-down set of resistor, which depending…