Part Number: LMH6622
Tool/software:
Dear All,
I try to import LMH6622 PSICE .MOD file to my 9th order Butterworth Sallen-Key filter simulation schematic in TINA environment (Version 9.3.200.277 SF-TI).
I've followed all steps in SLVA527–June 2012…
Part Number: LMH6622 Dear Team,
The requirement is to convert a square wave into a sine wave: Please help to review whether the sqr2sine circuit is correct, or there are other suggested routes for sqr2sine that you can refer to, thank you!
Many…
Part Number: LMH6622 Other Parts Discussed in Thread: OPA2863 Hi,
I was looking for an alternate option for LT6203, it seems the cross reference output from TI weblink shown as LMH6622.
When compared between : LMH6622 is not unity gain stable and…
Part Number: LMH6622 Hello.
I have a question about LMH6622 SPICE model.
SPICE application,
I choose “opamp2” model for LMH6622.
Then I make non-inverting amplifier circuit, use LMH6622.
Put +1V to input, then,
Output level is -4.15V.…
Part Number: LMH6622 Other Parts Discussed in Thread: THS4211
Dear Team,
Follow up this post:
https://e2e.ti.com/support/amplifiers-group/amplifiers/f/amplifiers-forum/1262043/lmh6622-questions-of-lmh6622/4779720#4779720
Regarding sin2sqr circuit…
Part Number: LMH6622 Hye, currently i was given task to create a 13.56MHz sine wave synthesizer, as i searched thru the internet, i manage to get a design on creating a function generator for 1MHz using this LMH6622, but mine is 13.56MHz , do you by chance…
Other Parts Discussed in Thread: LMH6622 Took a look at LMH6622 in Literature number SNOA839 and accompanying calculations - initial value for F = 1MHz. I recreated the spreadsheet to mirror values stated in the literature. Using spreadsheet values for…
Part Number: OPA4820 Other Parts Discussed in Thread: LMH6622 Tool/software: Hello,
I was wondering if there is any more information regarding thermal resistances for the following parts/packages. They have a theta_JA listed, but was hoping for a theta_JC…
Part Number: TLV2471 Other Parts Discussed in Thread: LMH6622 Hi Team,
Our customer is designing a Wien-bridge sine wave oscillator and is looking for a suitable op-amp with the following parameters: • F0 = 3Mhz • Vin = ±5Vdc • Vo = 1Vp-p • SMD • Voltage…
Oh I see now you updated with spectrum analyzer plot - yea that is definitely peaking to a lower peak at lower F than the simulation. Here is your plot with the markers for the OPA657 ouput noise - take 10X for your measured data
Those 2nd 2 stages…
