Part Number: LM2670 Hi,
we would like to replace LM2670-ADJ (Vout=15V) bye fixed Output alternatives from the LM2670.
IIf this is possilbe, which resistor setting would you recommended?
Me examples are calculated for the LM2670-12 to set the output voltage…
Part Number: LM2676 Other Parts Discussed in Thread: LM2670 Hi Team,
My customer is considering LM2670SX-ADJ/NOPB as alternative of LM2676SX-ADJ/NOPB for availability reason.
For ADJ version, in LM2676 datasheet there is VFB spec and power efficiency spec…
Part Number: LM2670 Other Parts Discussed in Thread: LM2673 , LM2676 , LM22676 , , LM2678 Hi,
Currently i'm trying to find an alternative to the LM2676 because we can't found any stock. I have found the LM2673, the features seems similar (Voltage, Efficiency…
Part Number: LM2670 Other Parts Discussed in Thread: LMR33630 The capacitors recommended in the datasheet have a large footprint. Would I be able to use Ceramic Capacitors instead since they have both lower footprint and lower ESR?
Thanks!
Part Number: LM2670 I intend to use the LM2670 for a buck converter design Vin = 26 to 34V Vout fixed 12V I = 3A
when I vary the input voltage on a fixed load, the current rises normally, then is limited to 300mA to 500mA , the more I raised the input…
Part Number: LM2670 Hello,
I am using the LM2670X-ADJ IC in a buck boost configuration successfully. The schematic is attached below for you. I need to be able to enable and disable this IC. How can I do this?
The datasheet excerpt is also given below…
Part Number: LM2670 Other Parts Discussed in Thread: LM2576 , LM46002 Dear TI Team,
I am designing a negative power supply with the LM2670.
Input 15V Output -15V / 1A
For the LM2576, it is stated that the Max 700mA design is possible if the data sheet is…
Part Number: LM2670 The LM2670 Data sheet provides Junction to Case resistances for 2 of the 3 packages. Can TI provide the junction to case thermal resistance for the VSON (NHM) Package?
Part Number: LM2670 In reference to the following link:
The above link describes voltage overshoot on output disable and the suggested solution. Would it be possible to see the electrical schematic for the enabling (On/Off) circuitry to better understand…