Other Parts Discussed in Thread: TS5A3159 I couldn't find the S parameter model for TS5A3159ADBVR on TI's official website. Can you provide the S parameter file? Thank you!
Part Number: TS5A3159-Q1 Hi Expert,
When IN=high, internal switch will turn on to NO pin. If we disconnect the NO pin from the external input signal, what is the state of NO pin? Hi-Z?
Does NO/NC pin have internal pull up or pull down resistor?
Thanks…
Part Number: TS5A3159 Other Parts Discussed in Thread: TS5A3359 , Hi team,
I want to confirm that if the TS5A3159 and TS5A3359 the IN control pin have internal pull-down resistance? I can not find detail about it in datasheet. Thanks.
Part Number: TS5A23159 Dear Sirs,
My customer use 5V for Vcc and found, if the input signal is 3V, the power consumption will more than 5V signal input!
May I have your help to provide IC internal block data and(or) explain why this symptom happened?
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Part Number: TS5A3159-EP Other Parts Discussed in Thread: TS5A3159-Q1 Hi Experts,
I was looking for the thermal resistance of the part TS5A3159MDBVREP and I found this link:
TS5A3159-EP: Thermal Data for TS5A3159MDBVREP ...
Bryan mentioned that we can…
Part Number: TS5A3159 Other Parts Discussed in Thread: TS5A3157
Hi team,
I'd like to double check with you about IC selection.
My customer asked me to find 2:1 SPDT Analog Switch to replace competitor's device.
I found TS5A3159 and looked good…
Part Number: TS5A3159-EP Hi,
I would like to know the max allowable junction temperature, junction-board thermal resistance and junction-case thermal resistance for TS5A3159MDBVREP . Thanks in advance.
Best, Prathik Devalla
Part Number: TS5A3159-EP Other Parts Discussed in Thread: TPS54260 Dear Team,
There is good new that we DIN the TPS54260 in customer's new project.
Customer have some questions as below, could you help to support it?
1. If we don't give V+ voltage,…
Part Number: TS5A3159 Hi Team,
Below is our test diagram.
Below is our test result. Output Vpp=0.86V, input Vpp=0.46V
Our input signal is 30MHz, Sine 2Vpp+DC 1V (Blue is OUT, Yellow is NC.) We think that the input attenuation is because that there is…