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Part Number: THS3001 The THS3001 datasheet says "increased feedback resistor lowers bandwidth improving gain and phase margin. Do you have data showing the gain and phase margin for either the R values given in table 1 of the datasheet.? Looking at the…
Part Number: THS3001 On the datasheet it describes increasing the feedback resistor value to decrease the bandwidth thus improving the gain and phase margin. My question is how do you know what the gain and phase margin is for this part or any CFA. Are…
Part Number: THS3001
Now the 30Mhz signal will have a gain that should not have been after this op amp, for example: the input signal is 30mhz amplitude 1Vpp, and the output of the simulation THS3001 is 1Vpp, but now the physical circuit output is 4Vpp…
Part Number: THS3001 Hi looking at the THS3001 datasheet it says for a gain of +2, -1 Rf = 680 Ohms so Rin=340 Ohms. When I simulate this it gives a phase margin of only 7.5 degrees and a gain margin of 1.4dB so barely stable. When I increase Rf to the…
Part Number: THS3001 Other Parts Discussed in Thread: THS3491 , LM7171 Dear Team,
Could you please tell us what is difference between THS3001HVIDGNR and THS3001IDGNR?
Also, Could you please tell us the latest version device of THS3001HVIDGNR?
Best Regards…
Part Number: THS3001 Other Parts Discussed in Thread: THS3491 , TINA-TI Hi. I needed some help calculating the gain using the THS3001 current feedback amplifier. I've looked at the application note SLOA019 that describes gain block analysis, but I am unable…
Part Number: THS3001 Hi I'm sure Michael will have an answer to this one but I'm trying to get the very fastest settling time for the THS3001 when used at x2.5 and x4 gain. on the datasheet slew rate is quoted at x5 gain as 25-75% and is presumably much…
Part Number: THS3001 Other Parts Discussed in Thread: THS3491 Looking for data at Vcc = + 15 V, V_o(pp) = 20V or greater, with Gain = 3, 5, and 10. Or the closest data available.
