Part Number: LM61430-Q1 Hello Team,
In my application, used the LM61430-Q1 in automotive dashboard lighting, If you have any provide the calculation sheet for ther componenet selection.
Part Number: LM61430-Q1 Tool/software: Hi Team,
In LM61430-Q1 regulator datsheet,
it is mentioned that enable pin below 0.4V device in shutdown
enable pin above 1.263V device in active state
than what about the state in between 0.4 to 1.263…
Part Number: LM61430-Q1 Tool/software: Our customer is considering to use LM61430 AAS-Q1.
- Output voltage = 5.0V or 3.3V (They would like to use 3.3V if possible)
- Oscillation frequency = 2041kHz output
(See attached file for circuit diagram…
Part Number: LM61430-Q1 Hi Team,
Could you help to check the recommended TA of our LM61460AFSQRJRRQ1 ?
Datasheet did not mention about this parameter and customer need it for reference.
Part of their component management requirement.
Thank you…
Part Number: LM61430-Q1 Other Parts Discussed in Thread: LMR38025-Q1 Hello Team,
As per the datasheet, LM61430-Q1 is recommended operating range is 36V Max. Truck battery voltage maximum is 32V. In this condition It is OK to use the LM61430 IC?
What…
Part Number: LM61430-Q1 Hello TI expert,
Will be the ENABLE pin damaged during battery reverse test?
Below is our circuit.
The VIN of LM61430 has diode for anti-reverse (VBAT_FILT net) while there is no diode in ENABLE line (WAKE_PROT net).
During…
Part Number: LM61430-Q1 Hi,
I have clarification on LM61430- Q1.
In this model spread spectrum will work at all frequencies setting by RT resistor or only Spread spectrum enable when RT resistor connected to AGND?
Part Number: LM61460-Q1 Other Parts Discussed in Thread: LM61460 , LM61460EVM , LMR14020 , , TINA-TI Hello,
I work on a new Buck design to improve the overall efficiency of the power conversion.
In the LM61460 and LM61460EVM datasheet there is Rff…
Part Number: LM61430-Q1 Other Parts Discussed in Thread: LMR43620-Q1 , LMR43610-Q1 , Hi team,
Customer comes to search a solution with 2 buck converter in 1 part for automotive application.
Vin = 12V Battery, Vout1 = 3.3V/2A, Vout2 = 5V/500mA; …