Part Number: SN74LVTH125 The part is SN74LVTH125PW
The buffer IC is driven by 3.3V, the Iout is 32mA. Can I put two of these buffers in parallel to increase output current for driving 50-ohm load (scope input)?
32mA * 2 buffers = 64mA
64mA * 50 = 3.2…
Part Number: SN74LVTH125 The input/Ouput net name of one of the Quadruple Buffers was mistakenly name the same causing the input/output of that buffer to be shorted together. Can the buffer be bypass and still be used (not as a buffer just bypass) just…
Part Number: SN74LVTH125 Dear support team,
Could you please give some advice to determine the value of pullup resister for OE pin of SN74LVTH125?
On the datasheet of the device, it is said that"The minimum value of the resistor is determined by the…
Part Number: SN74LVTH125 Dear support team,
On the datasheet of the device, it's said that
"/OE should be tied to VCC through a pullup resistor; the minimum value of the resistor is determined by the current-sinking capability of the driver."…
Part Number: SN74LVTH125 Other Parts Discussed in Thread: SN74CB3T3245 , SN74LV4T125 Hi guys,
Can you help me find the below info for these logic devices? We can't find them in the datahseet.
Junction-to-Ambient Thermal Resistance
Junction…
Part Number: SN74LVTH125 Hi, I am looking for the thermal metrics for the part: SN74LVTH125DGV.
I am looking for the thermal resistance from junction to board, and the thermal resistance from junction to case (theta JB and theta JC).
I am also looking…
Part Number: SN74LVTH125 Hi, team,
I have one question about SN74LVTH125 may need your help.
What is the rise time and fall time of SN74LVTH125?
Thanks.
Johnny
Part Number: SN74LVTH125-EP Other Parts Discussed in Thread: SN74LVC04A Hi,
It is specified in SN74LVTH125-EP datasheet that continuous maximum current into the output pin (low state) as 128mA. So,for the given 4 outputs can i load upto 512mA
at most…
Hi Crosby-san
Thank you for your confirmation.
I understand, however have some questions.
Are the SN74LVT125 and SN74LVTH125 exactly the same device? If yes, could you please confirm IIhold (max) again? There is no IIhold (max) specification in the SN74LVT125…