Other Parts Discussed in Thread: CD4053B-Q1 Hi Sir,
Could you please help to suggest if you have any CAN BUS MUX are suitable for below application?
Thank you
Part Number: MAX3223 Other Parts Discussed in Thread: CD4053B I am using 2 of MAX3223IPW Transceivers in my design and need to mux to another RS232 compatible device.
Do you have any recommendations on any 2:1 RS232 multiplexer?
Part Number: SN74CBT3257 Other Parts Discussed in Thread: CD4053B Hi,
I'm looking for an analog mux switch that can pass through bidirectional 3.3V logic signals while also passing through 4-5V switch signals. Current preference was towards using the…
Other Parts Discussed in Thread: CD4070B , TLE2022 , LM158 , LM193 , CD40106B , SN54LS14 , CD4012B , CD4518B , CD4052B , CD4053B , TL074 , SN54LS161A , TLC271 , LP2951 , LM117 Hello,
In order to process a database of obsolescence, Safran Electronics and Defense wishes…
Jackson,
To support a ±12V input swing we have 3 families of devices. The first being the MUX36xxx family. This is our low leakage, low capacitance muxs that operate up to 36V signal swing. This family has an 8:1 configuration and a differential 4:1…
Part Number: TS12A12511 Other Parts Discussed in Thread: CD4053B Hello,
I'd like to know if we have a solution like TS12A12511 only with four channels (dual channels would be also acceptable)
The requirement is to work with negative signaling between…
Other Parts Discussed in Thread: MUX509 , CD4053B e2e,
The purpose of this mail is to have you support to suggest the right part to replace OnSemi – LC78212-E. This device is EOL and we need a replacement.
We have confirm that the configuration…
Part Number: CD4052B Other Parts Discussed in Thread: CD4053B , CD4051B Hi,
I am using CD4052B as analog mux for differential signals. Here are connection details.
VDD = 5V
VEE = -5V
VSS = GND
Please let me know if following understanding is correct.
…
Hi Gerry!
The datasheet for the CD4051B / CD4052B / CD4053B lists the following table:
Your 13.5V is in between 10V and 15V and 45°C and 65°C are both in between 25°C and 85°C, so you can only estimate your current consumption or take the maximum value…
The CD4053B is probably their best bet.
It will handle up to 30 MHz, can support differential voltages up to 20 Vp-p with negative and positive supply pins, and has 3x 2:1 muxes on one chip.
