Part Number: DDC316 Tool/software: The text on P4 of the datasheet, regarding VREF and VREF_IN appears to contradict the data on P19 referring to the connection for either External or Internal VREF.
I assume the description on P19 is correct and it…
Part Number: DDC316 Other Parts Discussed in Thread: DDC232 Hi, We are currently using the DDC316 and DDC232 in a design for a customer. He wants to do a rework of the pcbs were the obsolete(older) devices are replaced. One of the specifications the customer…
Part Number: DDC316 We're gonna implement the DDC316 in combiatnion with an FGPA. Is there any VHDL which might is a good starting point?
Also is there maybe a provided VHDL enitity which can be used in simulation?
thanks
Part Number: DDC316 Hi
We used 10pcs of this model, but 1pcs was unstable and hot, and the output data was out of full scale. The same thing happens when the chip is removed and re-welded! Could you please help confirm the cause
Thanks
Part Number: DDC316 Other Parts Discussed in Thread: DDC264 , , DDC232 , DDC112
Hi Expert,
We need your help to suggest a device for our customer. Here is the full detail below. The customer would be interrested on this product to measure current…
Part Number: DDC316 Other Parts Discussed in Thread: DDC264 Hi,
is it possible to reduce a given photodiode current at the DDC316 input in order to aviod a saturated signal?
(The integratoin time is already at 11µs and the capacitor setting is 12pC…
Part Number: DDC316 Hi,
I wish to come back on this DDC316 topic which I have posted couple of months ago.
We follow the link you sent out and downlaod the sample circuit diagram.(Attached File) doc01837120200309162027.pdf
We are in the final stage…
Part Number: DDC316 Hello,
On one of my prototype boards, I experienced failure of one of the DDC316 components. It pulls an additional ~100mA at the 12V benchtop supply (which is stepped down to 3.3V and 5V through isolated power supplies), and gets…
Part Number: DDC316 Hi,
When the ADC chip is set into Test Mode 3 (TM[1:0] 11), the RANGE bit settings can be changed without any problem. When a new conversion is occurred after changing the settings of RANGE bit, the output with the new RANGE settings…
Part Number: DDC316
On page 12 the data sheet of the DDC316 states:
Table 1:
Range3 -> Input Range = –0.1876pC to 12pC
Table 2:
–1.7857% FS = 0x0000 with –1.7857% * 12pC = -0.214284pC
How should I understand the difference of the two numbers…
