Part Number: OPA452 Team,
Can you please also confirm the Human Body Model Electrostatic Discharge voltage per ANSI/ESDA/JEDEC JS-001 for these parts? The Qualification Summary on TI website says to refer to datasheet but the datasheet does not have this…
Part Number: OPA452 Other Parts Discussed in Thread: TINA-TI Hello,
I need to drive a 10uF capacitve load which acts as a low pass filter to block the dc current. The OPA452 amplifies the voltage of a rectangular signal and 2 transistors in a push pull…
Hi Otis,
Marek is traveling. Maybe I am able to assist you.
Otis Chou said: According to the diagram of output swing shown, if my OPA output current higher than +/-50mA such like +/-75mA.
Below is the OPA452/OPA453 SOA plot. If the output current requirements…
Part Number: OPA452 sorry to bother.
as the title.
please provide recommend layout footprint of OPA452.
another question, KTW thermal pad (as attachment picture)
this pad should connect to which pin ( e.g. V+ , V- ...)
Other Parts Discussed in Thread: OPA452 Hello,
Regarding figure 4 on the OPA452 datasheet, I think that this data was measured on the JEDEC specification test board. Is this circuit board 2s2p board? Or is this 1s board? Best Regards, Ryuji Asaka
Other Parts Discussed in Thread: OPA452 Try follow https://e2e.ti.com/support/tools/simulation-hardware-system-design-tools-group/sim-hw-system-design/f/simulation-hardware-system-design-tools-forum/995335/pspice-for-ti-simulation-error-there-are-no-data…
Part Number: OPA445 Other Parts Discussed in Thread: OPA455 , OPA462 , OPA452 How can the OPA445 improve the slew rate of the noninverting and inverting amplifier circuits?
Currently, I am looking at the operation of the actual device, but the slew rate…
Part Number: OPA454 Other Parts Discussed in Thread: OPA462 , OPA455 , OPA452 , OPA828 Hi, We have selected OPAMPs that meet the following requirements.
・ Voltage ± 50V (sine wave) ・ Current 350mA (Peak to Peak) ・ Frequency 300kHz ~ 400kHz ・ L…
Hello Siddhesh,
My simulation indicates that the OPA454 should be usable in the circuit you have simulated with the OPA452. As you have surely observed for this oscillator the gain must be carefully set to obtain the desired output amplitude. Also, I have…
Hello Florian,
I've spent a lot of time analyzing the OPA541, dual amplifier circuit we have been deiscussing. However, before I did that I analyed the 0.46 H + 1.4 Ohm series load that you need to drive. The results are may be surprising to you. …
