Part Number: DAC43608 Other Parts Discussed in Thread: SN74AHC595 Tool/software: Hello guys,
One of my customer is considering using DAC43608 for their next products.
At this moment, they have the following question. Could you please give me your reply…
Part Number: DAC43608 I have attached an image.
①This is about the setting of the A0 connector. The DAC 43608 switches addresses depending on which signal is connected to the A0 connector. Is there any problem with a circuit configuration that branches…
Part Number: DAC43608 Hello team,
I have a quick question if the DAC43608 digital input range may not cover the I2C VIL specification.
We can find that the DAC43608 accepts VIL up to 0.5V.
On the other hand, the I2C spcification defines VIL as up to…
Part Number: DAC43608 Hello,
we are using the DAC43608 in our application. Everything works fine except for read back of the DAC values. Read back of configuration and status register is working. When I try to read the registers 8-15 I always get 0x0000…
Part Number: DAC43608 Hi there,
I'm having issue with this part. When talking to the DAC with low speed (<70kHz), it seems to be working OK, but having some problems at normal (100kHz) and fast speed (400kHz).
Schematic and layout looks OK to me…
Part Number: DAC63204EVM Other Parts Discussed in Thread: DAC43608 , DAC43508 , DAC63204 Tool/software: Hi,
・Can the DAC63204EVM output sin wave waveforms such as AC voltage? (50Hz, 60Hz, 5Vpp)
・Is it possible to connect two DAC63204EVMs to one PC and…
Part Number: DAC43608 Hello team,
I have a couple of application questions about DAC43608.
Please find the internal link here for schematic and detailed issue description. (Please connect to VPN for download)
Q1. The SDA has spikes as shown in the attached…
Part Number: DAC43608 Hi team,
What is the I2C bus capacitance of DAC43608?
Can I consider the pin capacitance 10pF of digital inputs as I2C bus capacitance? If so, what is the max value?
Best,
Zeming
Part Number: DAC43608 Hi there,
My customer is evaluating DAC43608. And he got a waveform like below.
The blue wave is 3.3V power supply, which is slightly fluctuating. VrefIN is connected to this power supply.
The pink wave is 0V output. Why output is…