Part Number: SN74CBT3306 Other Parts Discussed in Thread: TS5A21366 Hi
We are using SN74CBT3306PWR in our design just want to know what will happen if pin#8 (VCC) slowly ramp-up from 0V to 5V then whta is the state of o/p from 0V to 4V since BCC operating…
Part Number: SN74CBT3306 Hi Team, we would like to confirm the ESD Information of these devices.
SN74CBT3306PWR TLV2463CDGSR SN74CBT3125PWRG4 SN74CBTD3384PWR 74CBTLV3125PWR SN74CBT3125RGYR 74CBTLV1G125DBVRG4
Thank you very much.
Regards,
Mark
Part Number: SN74CBT3306 Hi Team,
Could you please help provide thermal condition Θjc,Pd,Pc ?
Part Description
Mfr Name
Mfr Part #
Max Junc.Temp
Θja
Θjc
Pd
Pc
Max Case Temp
Min Op. Temp
PDF SPEC
°C(Tj)…
Part Number: SN74CBT3306 Customers want to know the thermal parameters Tc, or θjc, or Rθjc of SN74CBT3306.
But I can't find in the datasheet.
Would you please help?
Thanks very much.
Part Number: TS5A3157 Other Parts Discussed in Thread: SN74CBT3306 Hello Sir:
Please refer our schematic as below.
If no power on V+ (pin5), how many resistance between COM and NO pin?
And how many resistance between COM and NC pin?
We measured about…
Other Parts Discussed in Thread: SN74CBT3306 Hello,
Would you please let me know whether the part numbers given below matches the parameter "Q-SWITCH"? If yes, kindly let me know how it is matching.
SN74CBT3306PWR
SN74CBT3306PWRE4
SN74CBT33…
Dear David,
Thanks for your reply.
Our detail block diagram is as below picture. We use TI SN74CBT3306 to separate DDC/ AUX source, and choose one of them connected to SN75DP130.
Could you help to point out where we need to add FET or capacitors for DP…
Part Number: TS5A23166 Other Parts Discussed in Thread: SN74CBT3306 Switch Gurus:
I designed in this device at the recommendation of Dakotah:
https://e2e.ti.com/support/switches_multiplexers/f/388/t/618079
However my client is seeing signals at the NO…
Part Number: TS5A21366 Other Parts Discussed in Thread: TS3USB31E , TS5A9411 , SN74CBT3306 , TS5A623157 , SN74CBT3305C , TS5A63157 Hi,
I need an analog switch with very low OFF capacitance on its output (capacitance during off state).
At the moment I've found…