Part Number: TLV3201-Q1 Hello,
Could you please provide correct formulas and reference circuit for datasheet 9.1.2.2. section items
9.1.2.2 Noninverting Comparator With Hysteresis
The formulas I could see in SBOS856 –FEBRUARY 2017 release datasheet…
Part Number: TLV3201 Other Parts Discussed in Thread: UCC28070A
Hello,
I'd like to detect overcurrent situation of AC line input of CCM PFC.
UCC28070A is used for the PFC controller, and current detection is already performed on the low side of…
Part Number: TLV3201 Other Parts Discussed in Thread: TLV1805 Hi, My customer found an error in TLV320x datasheet - figure 27 Hysteresis Transfer Curve. The rising & falling edges point in the wrong direction. I believe it should look like figure 53 of…
Part Number: TLV3201 Hello support team,
I have some questions about the dispersion in propagation delay time of TLV3201. In the data sheet, for example, the TYP value of Low to high is 47 ns and the MAX value is 50 ns under the condition of Input overdrive…
Part Number: TIPD144 Other Parts Discussed in Thread: TLV3201 , LM393 I use the same circuit as figure, just change TLV3201 to LM393. The problem is when I input a sine wave between VH and VL, the Multisim simulate output result is a square wave. Shouldn…
Part Number: TLV3201 Hello,
I'm having some trouble with the TLV3201 datasheet. I would like to use it as a comparator to get the difference of a switching signal carried by an RS422 interface. I will supply it between 5V and ground. While it is absolutely…
Jeff
It appears that the TLV3201 TINA model does not mirror the device performance. My bench measurements support the datasheet claim of no phase reversal when the positive or negative voltage rails are exceeded at the inputs. The ESD protection diodes…
Part Number: TIPD144 I use the same circuit as figure, just change TLV3201 to LM393 . The problem is when I input a sine wave between VH and VL, the Multisim simulate output result is a sine wave. Shouldn't it be a low level signal?
Part Number: TLV3201-Q1 Hi Team,
In the datasheet, it is mentioned that there is an internal Hysteresis of 1.2V and there is also a graph with distribution of Hysteresis.
But, there is no detailed description or internal block diagram for better…
