Part Number: TMUX1134 Hello everyone,
I am working on an integrating ADC project (multislope charge balancing ADC, or a first-order incremental delta-sigma ADC) which involves steering currents into the summing junction of an operational amplifier integrator…
Part Number: TMUX1134 Other Parts Discussed in Thread: TMUX1136 Tool/software: Is it OK to use TMUX1134 and TMUX1136 with 3V applied to the drain when VDD is off? If so, how much leakage will there be?
Part Number: TMUX1134 Tool/software: Hello, TI expert
I'm not mentioned about page10 of TMUX1134 datasheet which said that voltage on SEL pin should be less than 2.75V in this situation. But what happened if 3.3V is keeped on this pin. Does that can…
Part Number: TMUX1134 I've use TMUX1134 on one board and have several source (S1A, S2A, S3A, S4A) pins branch out to a connector that connect to a separate power board. The power board would turn ON first before powering the board with the TMUX1134. From…
Part Number: TMUX1134 Hi TI,
We are observing massive ringing and overshooting effects (PFA). What compensating techniques can we utilize to flatten the transient behavior across the resistive load?
The precise voltage of 1 V for 100 nsec interval…
Part Number: TMUX1134 Hello,
In the datasheet the capacitance for ON and OFF states has been specified by C_SOFF, C_DOFF, C_SON, and C_DON for 1 MHz.
How can I get more data and these capacitance values for frequencies lower than 1 kHz. Is there…
Part Number: TMUX1134 Hello Team,
My customer has a microcontroller with 8 ADC pins which he trying to multiplex using the 4x 1:2 SPDT TMUX1134 chip so that their design can accommodate 16 input channels.
Using TMUX1134 chips, and for all 8 SEL pins…
Part Number: TMUX1134 Hi Team, we would like to seek your support regarding our customers inquiry. He is running Signal Integrity analysis for an interface and using tmux1134 as my mux. But the model has only input parameters and the drain pin has no…
Part Number: TMUX1134 Hi team,
My customer considers to use the device with Vdd=0.8V/Vss=-2.5 supply voltage.
And logic level is Hi=0.8V/Lo=0V.
Is this usage okay for this device?
I'm concerned about if the device and internal logic can work…
