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: 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?
Hello Pin,
Because they share common input and reference dividers, they will affect each other depending on the state of each output. This becomes quite complex.
First, I would recommend reading the following Appnotes to get acquainted with the hysteresis…
Other Parts Discussed in Thread: TIPD105 , TIPD144 Team,
I was looking at the TI precison lab training (chap 14 on comparator) below:
https://training.ti.com/ti-precision-labs-op-amps-comparator-applications-1?cu=14685 https://training.ti.com/sites/default…
Other Parts Discussed in Thread: LMP7300 , LMV339-N , TIPD144 , LM339 , LM393 Hello,
I am a hobbyist interested in the LMP7300 "Micropower Precision Comparator and Precision Reference With Adjustable Hysteresis" or schmitt-trigger comparator with…
Other Parts Discussed in Thread: TL331 , TLV3501 , TIPD144 The TL331 datasheet does not discuss the inherent hysteresis of this comparator. As a comparative (excuse the pun) example, the TLV3501 has an extensive description of hysteresis, along with a calculation…