Part Number: ALM2403-Q1 Tool/software: Hi,
This is a 320kHz variable duty cycle PWM waveform input mentioned in the application manual.
How can this waveform input be implemented/set in TINA?
Can you provide the corresponding simulation model…
Part Number: ALM2403-Q1 Other Parts Discussed in Thread: TPS2400 Tool/software: Dears:
Customer 's voltage typ is 24V and max is 32V , Do we have any guideline to help customer do this design ? Thanks .
Part Number: ALM2403-Q1 Other Parts Discussed in Thread: OPA564-Q1 , ALM2402F-Q1 Hi Team,
My customer Li-Auto is looking for a power op-amp with continuous 800-900mA output for resolver application. Is ALM2403-Q1 able to supply in this application?…
Hi Stephanie,
Stephanie Hibler said: Are the VS+ pins 10, 11, 12 internally shorted together or can these can be considered separate?
The supply pins in ALM2403-Q1 are bonded together internally and it is one voltage node. In ALM2402F-Q1, these power…
Part Number: ALM2403-Q1 Hi,
We are having trouble performing PSPICE simulations with the ALM2403-Q1 model.
We had a simulation that was running fine with the ALM2402 and switched to the ALM2403 with few adaptations.
Our current schematic is the…
Part Number: ALM2403-Q1 https://www.ti.com/lit/ug/sbou236a/sbou236a.pdf?ts=1705994438887&ref_url=https%253A%252F%252Fwww.ti.com%252Fproduct%252Fzh-tw%252FALM2403-Q1
I used AD2S1210 with buffer circuit before.
Now I want to used ALM2403-Q1 to replaced…
Part Number: ALM2403-Q1 Hi,
When the ALM2403 output is shorted to GND or power supply (9, 13.5, 16V), how should the chip design be considered? For example, if it is shorted to 16V, a larger current will flow through the internal FET of the chip. How…
Part Number: ALM2403-Q1 Other Parts Discussed in Thread: ALM2402F-Q1 Tool/software: Hi Experts,
Can you confirm if the part ALM2403-Q1 can be powered with two different power supply? Given that each channel has their own dedicated V+ pin?
I can see…
Part Number: ALM2403-Q1 Datasheet 8.2.2.1
This diode is to prevent the input voltage from exceeding the supply voltage, right? Can I remove it? Please explain it in detail, thanks!
(better if you could explain from a schematic perspective.)
Part Number: ALM2403-Q1 Other Parts Discussed in Thread: ALM2402F-Q1 , OPA564-Q1 I I want to use ALM2403 to design a circuit that drives the resolver, but because the resolver is an RL load, does TI have any documents that can help me confirm how to design…
