Part Number: LM6171 Other Parts Discussed in Thread: IVC102 Hi,
I have use the LM6171B for integrating a sinusoidal signal such that I can vary the amplitude and frequency of the input signal. The circuit which I have attached here is from TINA and…
Part Number: LM6171 Other Parts Discussed in Thread: THS4631
Hi TI expert, My question is a follow-up of the one in thread e2e.ti.com/.../732403 . In that thread, kai klaas69 tells me the reason why the op amp –based integrator has an obvious response…
Part Number: LM6171
Dear TI experts，
Simple question: I’ve used LM6171 as a non-inverting integrator and its output is buffered by parallel connection of several push-pulls as Fig1. In my experiment, the waveforms of G2 follows G1 very well(Their…
Other Parts Discussed in Thread: LM6171 Dear Nikhil,
I have downloaded the PSpice model for LM6171 and imported it into ADS. The problem i am facing is unclear pin numbering of the Op-Amp. I can't see which pin is which, i mean V-, V+, IN-, IN+ and output…
Other Parts Discussed in Thread: LM6171 I am used to using all discrete components and one of my main engineers when starting this project spoke about this IC as if it has almost mythical properties. Well after seeing all the ways it can be used and studying…
Other Parts Discussed in Thread: LM6171 I am using the LM6171 in a lateral mosfet monoblock audio amp. it will be used on the line in - how do I bias this IC A? is it a 47k resistor over the in and out?
Other Parts Discussed in Thread: LM6171 , OPA698 Im working with LM6171 and im trying to make a symmetric square wave with different amplitude of a sinus wave. i get different phase delay every time/ how can i prevent this or make the phase delay minimal…
Other Parts Discussed in Thread: LM6171 I was curious if I can connect the no connect pins to a ground plane on the LM6171. I'm working with a two layer design, and connecting these pins to ground will give me a more continuous ground fill. Is there any…
Other Parts Discussed in Thread: LM6171 Hello. In the data sheet for the LM6171 an example circuit is given on page 18 for a 4 mHz multivbrator . It's a classic design, but there is a bi-directional network of diodes between the output and ground - this…
Hi Fred,
The concern with this feedback capacitor causing stability issues is because this device is not unity gain stable. At higher frequencies this capacitor will behave like a short and will effectively turn this circuit into a buffer at higher…
