Part Number: TLC7524 Tool/software:
Hi,
We use the TLC7524IN DAC in some of our power conversion products. Recently, we began seeing some incorrect output voltage levels, and we found that changing the DAC to a different lot code seemed to correct…
Part Number: TLC7524 Tool/software: Hi Experts,
Would like to ask assistance on this query from customer:
I'd like to inquire about the TLC7524 voltage-mode. Specifically, I would like to attenuate a square wave (0 V - 1.25 V) using the TLC7524 in…
Part Number: TLC7524 Tool/software: Hello Team,
We hope this email finds you well.
We could not locate TLC7524ID and TLC7524IDG4 through your site. Based on the following datasheet, could you please confirm whether these two parts are the same or…
Part Number: TLC7524 Other Parts Discussed in Thread: LM224 Hello,
I'm monitoring out. When I'm giving Digital input DB0 to DB7 is 255, but output is maximum of 3.7V. When I'm giving full digital input, I'm receiving 3.7V only. I need output of 0V…
Part Number: TLC7524 Hello, I want to use TLC7524 in voltage output mode. There are some items which were either unclear in the datasheet, or not touched on at all.
Could you check my schematic, with these particulars in mind?
1. WR and CS are tied…
Part Number: TLC7524 i am using TLC7524CPW on my design, can i get the minimum resistance between OUT1 and REF for any combination of digital inputs? In our circuit there is one instance where we pull REF to ground. I wanted to collect the minimum resistance…
Part Number: TLC7524 Hi
I'm Venky,
im using TLC7524, i want to vary output volatge is (0V ~ 5V), what i have to do for REF & RFB pins, please help me for this design.
Part Number: TLC7524 Dear Team,
1. It will need both VDD and Vref supply to IC, right?
2.Output connect to OP as buffer isnecessary?
3. With unipolar output, do it have positive output?
Or it is a negative output only?
The customer is looking…
Part Number: TLC7524 I had help from a previous post and I thank you. I tried to make a close match TINA design to the TLC7524. The DB pins are driven manually instead of using 3.3v logic.
My pins of interest are VREF => +5v, VDD => +5v but not shown…
Part Number: TLC7524 I am using this component with a Vref of -9v. I am using the Figure4 configuration in the pdf. Is there a simple modification of this schematic to generate -3v to +9V utilizing all 8 bits of the TLC7524?
