Part Number: DAC80508 Tool/software: I have connected the DAC80508 EVB to a STM32U5 Nucleo testboard. The DAC chip-select (CS) shall be driven from the microcontroller via DMA and a timer (PWM).
I'm sending 4 samples, each a 32bit word. The DAC is by…
Part Number: DAC80508-04EVM Other Parts Discussed in Thread: DAC80508 Tool/software: I'm getting some unexpected behavior with the SPI bus. I'm hooked into an NXP RT1176 chip using the LPSPI1 bus. I've verified the timing looks good from the MCU: data…
Part Number: DAC80508 Other Parts Discussed in Thread: DAC80516 Tool/software: hi sir
we use the DAC80508 in our fiber Device
now, we need more channel in the circuit, did you have any suggestion?
without AMP internal, VCC:3~5v,Daisy chain
…
Part Number: DAC80508 I want to address a single DAC output to update when I write to it. What are the recommended register settings? Can you give me a flow diagram?
Part Number: DAC80508 Other Parts Discussed in Thread: MSPM0G3507 , I am attempting to use the dac80508 evm in combination with an mspm0g3507 evm. I am using the SPI and timer peripherals to generate 8 sinewaves. I am using a DDS, timer interrupt event…
Part Number: DAC80508-04EVM Tool/software: Hi, I recently ordered a DAC80508-04EVM and have been playing around with the GUI. It is currently directly connected from my computer to the board via a microusb cable. However, suddenly I lost connection and…
Part Number: DAC80508 Other Parts Discussed in Thread: TIDA-01525 , DAC80516 , DAC60096 , AMC60704 Dear Technical Support Team,
I need 0mA-150mA current output solution.
I find TIDA-01525. It seems standart solution with DAC and BJT (max 200mA). …
Part Number: DAC80508-04EVM Other Parts Discussed in Thread: DAC80508 Hello,
I am using the DAC805xxEVM software to control a DAC80508-04EVM hardware. I confirm that:
the DAC circuit is supplied with 5V and a reference voltage of 2.5V .
the FTDI…
Part Number: DAC80508 Hi,
VDD=4.5V, Vout max =3.6V
I would like to confirm that with DIV = 1 and GAIN = 2, the DAC can meet the maximum required VOUT without introducing linearity degradation, as VOUT greater than 3.6 V will not occur in this application…
Part Number: DAC80508 Hello, I would like to have more specific information about the TUE. I noticed regarding the DAC80508 component that the TUE reported on the datasheet has typical values of 0.05% and maximum values of 0.1%FSR. I found on some documents…
