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Hi Goto-san, We weren't able to find any specific information about the DAC5578's POR characteristics. I would recommend the customer use a minimum pulse width of 100 ns for VDD below the low threshold. Thanks, Lucas
Part Number: DAC5578 Other Parts Discussed in Thread: DAC7678EVM Hello,
Is there a sample project or software library for DAC5578? Can you forward it to me?
Thank you for your interest.
Good work.
Part Number: DAC5578 The data sheet for DAC5578SPW state "Capacitive load stability" is typ 1nF.
What would the implication if the outputs where loaded with 1uF in parallel with 680Ohm?
Is there a recommendation for serial output resistance if…
Part Number: DAC5578 Other Parts Discussed in Thread: DAC53204 HI Expert,
My customer is considering about the dynamic voltage scaling for DCDC output with DAC5578. (DAC5578 is reused from prior project)
https://www.ti.com/lit/an/sbaa342a/sbaa342a.pd…
Part Number: DAC5578 Dear TI Team
There is the following description about Zero-code error. If you read this, is it correct to recognize that the Zero-code error changes depending on the output voltage?
Also, if the Zero-code error changes depending…
Part Number: DAC5578 Other Parts Discussed in Thread: DAC53401 Hi expert,
Customer is seeking for DAC with below sepc:
Channel number : >= 4 channel
Output type: current or voltage both OK, for both type, need DAC can sink or source current. For the…
Part Number: DAC5578 Other Parts Discussed in Thread: DAC121C081 , , DAC43608 Hello,
I was guided to this forum by Jejomar Ildefonso from TI customer support. Here I found the following thread that might be related in some kind to our issue:
DAC121C081…
Part Number: DAC5578 Hi team,
This DAC5578 design spec maximun output voltage is 600mV. Please provide your review ccomment.
Questions 1. the EC send i2c_w rite 0x91 0x00 and oxffff 1 2, anything need to take care except this setting? 2. what is the recommeded…
Part Number: DAC5578 Sir,
The offset error and the gain are all measure by (12-bit: 30 and 4050; 10-bit: 12 and 1012; 8-bit: 4 and 250)
For 8-bit version, what is the Offset error and the Gain error for 0-3 and 251-255?
Thank you
C.T.