Hey Minrak,
The datasheet for the MUX36S08 actually shows performance using single sided and dual supply. You'll see the parameters tested at the top of the electrical characteristics section (Looks like 7.5 is dual and 7.6 is single). You'll see that…
Aref,
In our MUX36S08 tools and software tab of the product page there are a couple of reference designs that have CAD and gerber files using the MUX36S08 device.
Hi Hank,
The DG408 device is a precision mux with low leakage current. For this application I would recommend the MUX36S08 which can handle the voltage levels you mentioned and has better leakage current specs.
The other option you can look at is…
Part Number: CD4051B Other Parts Discussed in Thread: MUX36S08 Hello, I am getting spikes on the output of a CD4051BM that appear to be inductive feedthrough from the control signals:
Top trace is the pin13 output, bottom trace is the A control signal…
Part Number: TIDA-01471 Other Parts Discussed in Thread: MUX36S08 , TMUX6104 Dear Ahmed,
I have two questions related to this reference design.
1. In this forum thread , you mentioned the preferred multiplexer for the current source: MUX36xxx or MUX61xxx…
Hi David,
Thank you for the information provided. The closest option we have today is the MUX36S16 and MUX36S08 devices which can support +/-18.5V.
I will provide this information back to the product definers to help look into this.
What is is need…
Hi Jintai,
The copy of the schematic provided above is a small 'snippet' of the schematic included in TIDUBL9A. In this schematic, the "DVDD-EN" pin is left floating, which enables the internal supply. This internal supply voltage is brought out to…
Hey S.P My understanding is that you have a 17V signal with a current of 20uA. Now what happens next is where you lost me a little bit.But i'm understanding that you need a enable Low device who's logic level are Vih = 3V and is a 1:1 switch to connect…
Hi Alex,
All Parameters in TAN refer to Recommended Operating Conditions and/or Absolute Maximums.
Due to the differences in power supply ranges and available data we have parameters in PINK referring to the 12V single supply table, the only comparable…
I have checked the proposed solution using the full-bridge direct-drive, and that raised me another 2 questions.
1- Since I am designing an automotive application, I have 12V from the batteries available. Therefore I will have to use a step-up converter…
