Part Number: CD4013B Other Parts Discussed in Thread: CD40106B Tool/software: Hello,
I am prototyping a simple toggle switch utilizing the buffer and D-F-F from the title. They are configured as in Figure 9 from the CD4013B datasheet. The clock signal…
Part Number: CD4013B Tool/software: Hi team, When the output pin is Low, negative voltage is generated by the load that leads. At that time, current flows from the output pin, so is there any spec for the maximum current? BR, Kengo.
Part Number: CD4013B Dear Technical Support, attached is CD4013B datasheet and P.4 of the related datasheet, the circled area of P.4 shows that the " Clock Input Frequency " related data, and it listed the MIN. & TYP. data values,
but not…
Part Number: CD4013B Hello.
I need a help with the PWR package footprint land pattern details.
The mechanical drawing does not include these details.
This is the pdf file for TSSOP PW14 package (see attached).
https://www.ti.com/lit/ml/mpds360/mpds360…
Part Number: CD4013B Hi Team, Our customer reported a possible discrepancy on the CD4013B datasheet first page. They tried to simulate it and it does not work properly. Below is their simulation circuit. According to them, if the circuit is correct, then th…
Part Number: CD4013B Other Parts Discussed in Thread: TINA-TI I want to simulate with Pspice or Tina a type D flip-flop CD4013B but I can't find anywhere a spice or tina model to do it. Do you have any netlist to provide me or from another D flip…
Part Number: CD4013B Hi TI:
I use a schmitt buffer and CD4013 to realize a long push button circuit.
Long press 1 second to toggle STB_CTRL signal.
short press will not change STB_CTRL.
I want to replace it with a schmitt input D Flip-flop 74HCS72,74HCS74…
Part Number: CD4013B Other Parts Discussed in Thread: SN74LVC2G74 Dear team,
Recently my customer wants to use our CD4013B to replace NLV1403BDR2G, and they have two questions about our device.
1. Before they use NLV1403BDR2G, when this device powers down…
Part Number: CD4013B Looking at the logic diagram on page 1 of the data sheet it shows three inverters in the path to the output pin 1 (13) for Q. Following the logic of the diagram I'm pretty sure it should only be two inverters. Otherwise the Q…