Part Number: OPA2834 Other Parts Discussed in Thread: OPA2356 , OPA2310 , TINA-TI , OPA356 Hi teams,
My customer has the following questions regarding OPA2834. Could you please give me an answer?
<Question 1> Are there any specifications regarding humidity…
Hi Kei,
You can use the Simulation model of OPA356 for which is availabe in TI.com (link below). This is the single channel variant of OPA2356, and for simulation purpose it should work similar to dual channel device.
https://www.ti.com/product/OPA356#design…
Hi Nick,
So, I applied a signal from the signal generator to the 2nd stage, to test it individually. The input signal was being amplified by a gain of -10. However, the oscillation was still present with a frequency around GHz. You can see in the images…
Part Number: OPA356 Other Parts Discussed in Thread: TINA-TI Hello TI,
I am working on project where signal source has 1) 5KOhm source Impedance; 2) Amplitude 1.240577Volts Peak to Peak; 3) Frequency of 12MHz;
Now I want to drive the 50Ohm Load with Peak…
Part Number: OPA356-Q1 Other Parts Discussed in Thread: OPA354 , OPA355 , LMH6611 , OPA356 , THS3120 , TINA-TI , BUF602 , LMH6722-Q1 Hi
Our customer are considering that this device can drive coaxial cable at the following input conditions.
- Fin=125MHz,
- Vin_pp…
Part Number: OPA356
Hi,
I've got a weird output when feeding an oscillating signal into the OPA-356, hoped somebody could clear it up for me.
Please see the schematic attached to this post.
I've got a 1KHz signal (V min = -0.31V, V max = 4.08V…
Part Number: OPA356 In the Application Information Section of the datasheet for the OPA356 it states :
"The OPAx356 output stage is capable of driving a standard back-terminated 75Ω video cable. By back-terminating a transmission line, it does not exhibit…
Part Number: OPA860 Other Parts Discussed in Thread: OPA356 Hi team,
The customer drew the physical board according to the original post, but the actual results of the physical test were still similar to the simulation. Referenced this post:
https://e2e…
Hello Jerry,
From above spec table, the LMH6611 should still be able to obtain 2.0V if power supplies are set to +/-2.5V. As a quick test to eliminate current/load dependence, set the load resistor from scope to high impedance. Impedance matching shouldn…