Part Number: SN74HCS245 Hi,
I'm looking for an IC that meets the following conditions, but I could only find the SN74HCS245. I would like to know the IC that meets the conditions.
<conditions>
supply voltage = 3.3V
Input voltage = 5V
With schmitt…
Part Number: SN74HCS245 Tool/software: Hi dear TI support,
For an automotive application at high temperature 90...120°C, we need to use a lot of logic ICs,
and we need to keep static current consumption as low as possible.
74HCS components seem…
Part Number: SN74HCS245 Dear,
For example, for 4.5V supply, input logic level is 3.3V, as datasheet said, VT+ range is 1.7V min to 3.15V max, so could it consider 3.3V input as a logic high?
Thanks!
Part Number: SN74HCS245-Q1 Hi Logic team,
I got a question from the customer.
When Vcc=3V and Vin = 5V, is the input voltage clamped at Vcc+0.5V and current go through diode?
ti
Part Number: SN74HCS245 Hi team,
My customer needs Buffer solutions to support eSPI interface and needs BU's suggestion which TI device is better to suggest?
Thanks
Part Number: SN74HCS245 Other Parts Discussed in Thread: TXB0108 , TXS0108E , SN74CB3Q3245 , SN74CB3Q16245 Hi team,
Customer is looking for an 8 or 16 channels bus transciever, the basic requirements includes:
Data rate 250MHz, bi-direction and auto…
Part Number: SN74HCS245-Q1 Hi Team, seeking for some support.
Looking for the differential mode and common mode input impedance for SN74HCS245-Q1 (Schmidtt Trigger)
Thank you.
-Mark
Hi Chris,
This device is fairly old so there may not be a suitable replacement. What is your use-case here? I see that this has separate LE and OE pins. Is there a need for these LE pins or does a generic 8-ch bus transceiver work such as https://www…
Hi Anita,
The SN74HCS245 is our latest transceiver (Bi-directional buffer). Please note if the direction is not known, buffering is not possible.
Regards,
Sebastian
