Part Number: TL052 Other Parts Discussed in Thread: TL072H Hi TI Team,
TL052IP Qualification data is not available on TI.com.
In the Qualification Summary, the results of ESD-HBM and CDM are described as "See data sheet".
However, the datasheet…
Part Number: TL052 Hi,
I know the maximum supply is ±15V. but is that means Vcc+ should be less than 15V? or that means (Vcc+-Vcc-)should be less than 30V and Vcc+ can larger than 15V?
thanks!
Yuan
Hi Ron,
do you know whether the todays TL072 also profit from this DI process? And what about the TL052? We are using thousands of these OPAmp in our products every year.
Kai
The LF353-N (i.e., LF353M/NOPB) is the same device as the old LF353 from National Semiconductor. In theory, it should have the same properties, including the offset voltage distribution. In practice, only the min/max datasheet limits are guaranteed, and…
Hi Yordan,
the TL052 is only an example for a rather fast OPAmp which nevertheless "terribly" fails when trying to rectify a very small input signal. I work very much with the TL052 (even today). That's the reason why I have used it in the simulation…
Part Number: TLC7524 Other Parts Discussed in Thread: TL052 , DAC8820 I want to use the TLC7524 to drive a TL052 op amp to generate a 20KHz square wave that ranges from -1v to 8v.
Here is my thought
Per the TLC7524
Vref -9v
Rfb +9v
Vdd 3.3v
Out2 to gr…
Part Number: TL054 Other Parts Discussed in Thread: TL052 Hello,
VCC+ and VCC- can be powered up in any order?
Or they must power up the same time?
Best regards,
K.Hirano
Hi Archit, the TL074 is an OPAmp of the past, almost a dino under the OPAmps. The common mode input voltage range is very limited, which wasn't an issue at the time when OPAmps where powered by a bipolar +/-15V supply voltage. But modern customers need…