Part Number: SN74CB3Q3305 Ioff is specified as 1 uA (MAX) with Vcc = 0V, Vi = 0V & Vo = 0 to 5.5V. What is the voltage that needs to be applied to the control input, i.e. Vin?
Is Ioff still 1 uA (MAX) if Vin = 5.5V with Vcc = 0V, Vi = 0V & Vo = 0 to…
Part Number: SN74CB3Q3305 Good day Colleagues,
My customer wants to use the sn74cb3q3305 but asks about the On Resistance Match Between Channels?
This data missed in the datasheet.
Thank you, Mike
Hello All,
For the OE pin, is there pull-up and pull-down resistor in our part? if customer connect 4.7k ohm to 3.3V Vcc, what's the voltage of high level and low level? thanks
Regards,
Nanfang
Other Parts Discussed in Thread: SN74CB3Q3305 , TS3USB31E Dear Sir/Madam,
I want to use "Dual FET Bus Switch SN74CB3Q3305 " in my design, I need clarification about voltage levels.
1OE, 2OE: Connected to FPGA GPIO line
1A: Connected to net USB_DP…
Part Number: SN74CB3Q3305 Other Parts Discussed in Thread: SN74LVC2G66 , hi,
my customer would like to make sure that the switch is OFF during start up phase and when the Vcc is not applied.
we are looking on two part but if you think that there is…
Hello, this is a question related to the suitability of the selected IC for this task.
The 1PPS (1Hz) pulse signal is commonly used for synchronization. We wish our equipment to include a capability to match the external cable line to 50 ohms, or disconnect…
Part Number: SN74LVC2G66 Other Parts Discussed in Thread: SN74CB3Q3305 Tool/software: Hi team,
I have a question regarding the following points in the datasheet.
Is my understanding correct that Vi (Input Voltage) refers to PIN 1C/2C, and Vo (Switch…
User4674678,
Yes, I can confirm Clemens response to be accurate to address your questions.
I can off a different switch recommendation to supplement Clemens answer.
If you would like a device that can support input voltages greater than supply…
Hello Adam;
Thank you for the response, I was planning to use this switch in a Bidrectional TTL 50 Ohm application, so in input mode; 50 Ohm is connected to the line, but according to the graphic on the page 3 of the scdb006a Ron depends from the voltage…
