Hey Suganya,
To analyze the closed loop response of the circuit with respect to Vref, I added a voltage input above the DC source and ran the AC transfer characteristic. E2E_DAC8822_Acl.TSC
From the resulting bode plot, the closed loop system appears to…
Part Number: OPA2340 Other Parts Discussed in Thread: OPA187 , , OPA202 , OPA196 , OPA206 , OPA186 , OPA205 Hello
I am looking for an alternate for the OPA234EA/250 as it is Obsolete. I don't see any information about it on TI's website but I would appreciate…
Part Number: OPA2340 Other Parts Discussed in Thread: OPA340 Hi,
Can you clarify the Operating temperature range on the OPA2340. On the web page it states -40 - +85C and in the data sheet under 6 Specification it states in multiple places -40 - +125C …
Part Number: OPA2340 Other Parts Discussed in Thread: OPA2156 Hi, Good day. Our customer would like to know the correct operating temperature of the OPA2340. On the website (ordering info) it says, -40°C to 85°C. While on the datasheet, section 6.1, it…
Part Number: OPA2340 Hello,
I have a question about the typical value of Input Voltage Offset Drift that, I know, it is related to the standard deviation of distribution.
In the datasheet I have found it is 2.5uV/°C, but following the method shown here…
Part Number: OPA2340 Hi Opamps team,
I have a question about OPA2340 signal input terminals abso max rating.
Datasheet mentions voltage/signal input terminals is -0.5V_min to 0.5V_max(this should be GND-0.5V and Vs+0.5V). when there is no power supply…
Part Number: OPA2340 Hello All,
My customer rejects OPA2340UA at incoming inspection because back side marking is not described at the datasheet. Any comments on what does back side marking mean?
Best regards,
Dmitry
Part Number: OPA2340 Hi team,
My customer meets an instable issue when using our OPA2340. This issue occurs about 1% (4/400) possibility.
The circuit and output waveform are as below, the input is -12V DC, and we want to get a 2.4V DC output.
To exclude…
Hi Chun Youngsu,
sorry for coming back to you late.
We try to understand your problem. You can help us by providing more information:
- You mention an input signal of 300mV; can you give a more detailed description on the input signal? Is it the input…