Part Number: DAC38RF86 Hi All,
I am working with DAC38RF86EVM connected with TSW1456 Rev E where DAC is being used for waveform generation. After completing setup using the instructions from documentation ( https://www.ti.com/lit/ug/slau671a/slau671a.pdf…
Part Number: DAC38RF86 Hi All,
I am working with DAC38RF86EVM connected with TSW1456 Rev E where DAC is being used for waveform generation. I wanted to use DAC without supplying with an external clock to it, thus using the On-Board VCXO Clock Mode (CMODE4…
Part Number: DAC38RF86
We would like to discuss methods to maintain coherency and sync’ng across multiple DAC38RF86 devices. It's for a beam forming application. We'd like to calibrate the system initially but not undergo further calibration for the…
Part Number: DAC38RF86 Hi,
We want to evaluate some of your high speed DAC (like DAC38RF86) to be used in our ATE systems.
Can we connect us to some of your local FAE, so we can discuss our challenges and select the best TI product for our ATE setup? …
Part Number: DAC38RF86 Other Parts Discussed in Thread: DAC38RF89 Hi,
I'd like to generate four complex modulated carriers:
Two at 875 MHz (each 250 MHz Bandwidth)
Two at 1125 MHz (each 250 MHz bandwidth)
Is this feasible? If so, I need to know…
Part Number: DAC38RF86EVM The DAC38RF86 evaluation module (EVM) is designed to work with the TSW14J56EVM (Rev B and up). 1. What does (Rev B and up) mean for? 2. Can DAC38RF86EVM work together with TSW14J57EVM ?
Hi Jonathan,
This is an error in the GUI. It should be possible to select 16x interpolation for the mode you are trying to use.
Can you replace the following file with the one attached: modes_n_clock_programming.tx t
The file can be found in C:\Program…