Part Number: TMUX1101 In page sector 6.6, the input sel level, Vin range to max 5.5V, and VDD supply is 3.3V.
If in Vdd 3.3v lower than input max 5v, is it in right fange for normal apply?
Fail-Safe Logic circuitry allows voltages on the SEL pin…
Part Number: TMUX1101 I am using this TMUX1101 analog switch in my application my schematic is shown below.and result i get after giving 3.3V Logic level given pulse waveform. Please tell results are correct or wrong
Part Number: TMUX1101
Tool/software:
Hello TI support,
We are trying to use TMUX1101 in gain switching application. However, the PSpice model doesn't seems to provide OFF leakage as per datasheet when tried to test as per datasheet conditions. It…
Part Number: TMUX1101 Tool/software: Hello TI support,
We are to use TMUX1101 at 3.3V supplies. Now datasheet section under 3.3V specifies RON flatness typically to be 2 ohms from -40'C to +85'C. Could you please advise what could be the max value in…
Part Number: TMUX1101 According to datasheet fail-safe logic on control inputs (EN, A0, A1) allows for operation up to 5.5V, regardless of the state of the supply pin.
Question: Can control inputs remain biased (3, 3.3V) for an unlimited time when the…
Part Number: TMUX1101 Other Parts Discussed in Thread: OPA820 Tool/software: Hello
I have built an four input inverting summing Amplifier using OPA820 and the feed comes from TMUX1101 output. The rise time and fall time of the summing amplifier output…
Part Number: TMUX1102 The datasheet for the TMUX1102 lists the SEL input leakage current at +/- 50nA max over the full temperature range for VCC = 3.3V. Does this leakage current spec apply when the part is not powered (i.e. VCC = 0V, but SEL is "high…
Other Parts Discussed in Thread: TMUX6119 , TS5A3160 , TMUX1101 , TMUX1119 Tool/software: Hi team,
In my understanding, Break-before-make switching is for SPDT MUX for example TMUX6119, TS5A3160.
However, TMUX1101 is SPST device is defined Break-before…
Part Number: TMUX1101 Hello
I am using TMUX1101 for my design. I am wondering why the off-state switch output at D in showing a little offset voltage of around 500 uV? Is it because of the off-state leakage current? Or, is there anything else.
Please…
