Part Number: THS3091 Tool/software: I connected a PWM GPIO to the input and connect the output to a 50R oscilloscope input:
When the PWM (70KHz) is falling done (falling edge from 3V3 to 0V), I have a 1V gap for 50nS. Do you know where it is coming…
Part Number: THS3091 Tool/software: Hi,
I am using a THS30911DDA to visualize a PWM from a GPIO to a BNC connected to a scope.
This componenet is supplied by a +/- 12V power supply.
The input signal is a square one with 70KHz frequency and a duty cycle…
Part Number: THS3091 Other Parts Discussed in Thread: THS3061 , , THS3491 I'm considering using the THS3091 or THS3061.
How do these two parts compare in regards to intermodulation distortion?
Is there a model/simulator that would allow simulation…
Part Number: THS3091 Hi,
Due to the EOL of THS3091D, we are considering a similar product, THS3091DDAR.
Q1 Is it possible to replace THS3091D with THS3091DDAR with pin compatibility?
Q2 Is the only difference in specs the following? ・Thermal information …
Part Number: THS3091 Customers have asked the following questions to register their products. Can you give me more details?
Material:THS3091DDAR
1. Use Ni for grounding or not. : Yes / No
2. Thickness of outermost layer plating : 10 μm or more / Less…
Hello Nishie-san,
I have sent a short reply to your email. Please share any relevant information you are able to share on the forum; please also answer any questions you can from myself, Michael, or Kai on your measurement setup and broader distortion…
Part Number: THS3091
This is more of a confirmation - the 1/10 attenuation circuit using a THS3091 does operate stably at low frequencies. This is based on data acquired on a testbench realizing the circuit shown in the original question (reproduced…
Part Number: THS3091 Other Parts Discussed in Thread: TINA-TI I am designing a circuit with gain 1/10. Frequency(max) = 10KHz. Rf = 86.6 Ohm, Rin = 866 ohm. With a THS3091, is this a stable circuit. I have never designed an attenuation circuit using op…
Hello Manasa,
Could you provide the output capacitance of the device driving the amplifier input?
As you mentioned adding a small series resistance right before the non-inverting terminal did not effect the overshoot/undershoot, there also may be an issue…