Part Number: UCC35131-Q1-CALC Other Parts Discussed in Thread: UCC35341-Q1 Sehr geehrtes TI-Team,
ich möchte gerne folgendes Power-Modul nutzen: UCC35341-Q1.
Leider gibt es noch keinen Footprint und kein 3D-Modell, was einfach zugänglich ist. Da Sie…
Hi,
The datasheet for the OPA211 (standard device) has a section on layout guidelines on page 29. I would look these over and follow the suggestions mentioned. Some of the components will obviously be different depending on the type of circuit you implement…
Part Number: OPA847 Other Parts Discussed in Thread: DEM-OPA-SO-1A , TINA-TI , , LMH6629 , LMH32401 Tool/software: Hello, I’m a beginner with transimpedance amplifier design.
APD:
- Photocurrent: pulses of a few µA, width on the order of 10 ns
…
Hello Lance,
We do offer the DEM-OPA-RGV-EVM , which is an generic EVM board designed for VQFN (RGV) package PLC and DSL line drivers. The associated user's guide showcases the EVM functionality, which can do either two amplifier channels or a single…
Joaquin,
There is an EVM available which you can get from TI.com to test yor circuit (link below)
https://www.ti.com/tool/DEM-OPA-RGV-EVM
In your schematic (snippet below) the input swings from 0V to 3.3V, so for the time period in which it is 0V…
Part Number: OPA820 Other Parts Discussed in Thread: DEM-OPA-SOT-1A , , TINA-TI Hallo,
I can not verify the Noninverting Pulse Response in our applikation.
VCC=6.2V...10V, VSS=-2V, Gain=+1, Pulse Signal High Level 4.6V, Pulse Signal Low Level…
Hi Luis, The only thing that has changed about the circuit is that the DC input voltage is -5V, instead of +5V. Everything else is the same. I just wonder whether if I invert that with an inverting OPA, I will need an additional buffer like the one in…
Hi Sebastien,
I know it's been a while, we did not forget about this! I've been working for the past few weeks to try to get this system working. I think I have audio coming through now, but I have been having trouble getting our digital audio test…
Hi,
Yes, you can use the OPA699 in a standard difference amplifier configuration to use differential inputs. It's hard to estimate the exact propagation delay and it will depend on if you are hitting the limiters or not, but I would expect in the range…
Part Number: OPA615 Other Parts Discussed in Thread: DEM-OPA-MSOP-1A , TINA-TI , DEM-OPA-SO-1C I am trying to build the positive peak detector listed as figure 48 in the datasheet . I used the evaluation board and it did not work and I am wondering if…
