Part Number: TMUX1219 Hi,
On the TMUX1119x datasheet, the I(s)/I(d) continuous current parameter has been updated has just been updated (Feb-24) and linked to the I(dc) current in recommended operating condition limit (150ma@25°C), while in the 1219x…
Part Number: TMUX1219 Hi,
My customer is designing TMUX1219DCKR and have following inquiries.
Operating PVDD is 3.3V
What is the max Ton and Toff @ <125C?
What is the total power dissipation of this device?
Rgds Kelvin
Part Number: TMUX1219 Other Parts Discussed in Thread: TS5A23159 I2C interface is open-drain and bi-directional signal. TMUX1219 can be used for I2C multiplexing and de-multiplexing? Other products are more suitable for this application?
Part Number: TMUX1219 Other Parts Discussed in Thread: TMUX1248 Dear Team,
Please let me understand the recommended operating condition of Slew Rate for SEL pin, Login input, of the TMUX1219
For example, in case of the TMUX1248 datasheet, it has the recommended…
Part Number: TMUX1219 Other Parts Discussed in Thread: TLV7031 , TLV8542 , TLV7032 Hello,
With reference to page 15, Figure 10 (transition time) in the datasheet of TMUX1219, I would like to know the behavior of the TMUX switch, if the control voltage ramps…
Part Number: TMUX1219 Hi teams,
I have a customer design in TMS320F28379 and AM243 then they need use EMIF to do the data communicate.
He need a 1port to 2port mux to switch between these two ports and he is not sure if TMUX1219 can support EMIF or not? …
Part Number: TMUX1219
Dear ,
as below , there is crosstalk issue between S1 and S2；normal pin 6 S2 control pin 5 D output ，SEL is 3.3V； but When pin6 S2 oscillates, pin4 S1 is affected； could you give me any advise ,many thanks~
Part Number: TMUX1219 Dear team,
What are internal switch status of TMUX1219 if there are no VDD input supply?
In our design, D1/S1/S2 may have signal even when no VDD input. And we want to keep D1/S1/S2 isolated in this design condition.
Is there any…
Part Number: TMUX1219
I used TMUX1219 to direct the input (at pin D) to one of two paths (S1 or S2), however, I notice that if I applied '1' at D, it is somehow being pulled to '0' (I don't see more than 0.4Volts).
I concluded the…
