Part Number: ADS58H40 I want to use 'ADS58H40' to ad converting for our system. According to the datasheet, there are 3 voltage supply sources for the chip : 3.3V, 1.9V, and 1.8V. In the schematic of 'ADS58H40 EVM', however, only 2 voltage sources…
David,
the ADS4449 is very well suited for base band sampling applications. ADS58H40 and ADS58H43 are similar, but employ an SNRBoost architecture that provides SNR enhancement in a burst mode operation.
Part Number: ADS4449EVM Other Parts Discussed in Thread: ADS4449 , ADS58H40 I want to use 'ADS4449' to operating ad conversion for our system. According to the datasheet, there are 3 voltage supply sources for the chip : 3.3V, 1.9V, and 1.8V. In the…
Other Parts Discussed in Thread: ADS4449EVM , ADS4449 , ADS58H40 Find the TSW1400evm & ADS4449evm Sample source. TSW1400evm & ADS4449evm by the board as a reference, is developing a new board. Published firmware (Verilog code) is able to combine…
Other Parts Discussed in Thread: ADS4449EVM , ADS58H40 Hello !
When the TSW1400evm and ads4449evm interface After downloading the firmware fix the error signal at "high speed data converter" GUI it is obtained. After setting has compiled the following…
Other Parts Discussed in Thread: ADS58H40EVM , DAC3482 , ADS4249 , ADS58H40
Thanks for your kindly help. I have ADS58H40EVM and TSW1400EVM. I want to use TSW1400EVM to test ADS58H40EVM.I have installed "High Speed Data Converter Pro GUI Installer, v2.0 …
Hello Yunjiang,
Could you let me know your ADC setup? What are the ADC sample rate and ADC input signal? What are the signal and clock generator source output level?
On the TSW1400 HSDC PRO software, were you able to load the TSW1400 firmware successfully…
The oscillator data sheet will have the phase noise numbers. Attached is a data sheet from an oscillator that has ultra low phase noise. We use this part on many of our EVM's. I am not an expert on this field but the document I sent and the ones attached…
Yinon,
Yes, using a 1:N transformer will allow you to increase the signal swing without adding noise as this is a passive device. You will need to be careful when choosing a transformer as the linearity will vary from model to model. I have attached a…