Part Number: LM51571-Q1 Other Parts Discussed in Thread: LM5157 Hi,
Will you recommend to add bypass capacitor in below two Points.
if we could add, any reference? or Max value limit for the capacitor?
Part Number: LM51571-Q1 Other Parts Discussed in Thread: LM5157 , LM5155 Hi
I have an inquiry about LM51571-Q1.
Currently, we plan to receive 12V DC and raise the voltage to 48V to supply Power Amp Drain.
1. The loaded PA current is 2A@48V. The efficiency…
Part Number: LM51571-Q1 Other Parts Discussed in Thread: LM5158 , LM5157 Hi,
While using LM5157 and LM5158 Quickstart Calculator for SEPIC Regulator Design tool, what does the recommended inductance (LM_calc) signifies? Is this the inductance of the coupled…
Part Number: LM51571-Q1 Hi,
Can I get the internal MOSFET parameters of lm51571 and the equations used in the
LM5157 and LM5158 Quickstart Calculator for SEPIC Regulator Design.
Part Number: LM51571-Q1 Other Parts Discussed in Thread: LM5157 , BQ25756 , LM5117 Hi,
We are looking for charging circuit to charge the 9S1P LFP pack at 3A constant current.
Requirements are as below
1)Input voltage : 36V output DC supply ( or 24V or 48V…
Part Number: LM51571-Q1 Other Parts Discussed in Thread: LM5157 Hello,
I need following conversion Vin = 5V, Vout = 40V, Iout_max = 150mA. I enetered them in Webench Power Designer.
Webench Power Designer poroposed several solutions.
Good compromise among…
Part Number: LM51571-Q1 Hello Team,
i have a query related to LM51571Q1 . Question is we would like to confirm our understanding. The query is suppose if we are applying a voltage >0.7v the device will go into standby mode. if the voltage at UVLO pin…
Part Number: LM51571-Q1 My customer wants to know if they want to increase the switching frequency to about 1MHz, is it feasible? In addition, does the MOSFET built into the chip have some parameters that can be used for loss calculation?
Part Number: LM51571-Q1 hi team,
Test condition: Vin=14.4V Vout=24V, Iout=0A/50mA/1.5A
Customer found when power on, the surge current at the moment of power is very high, reaching nearly 3.6A, sometimes exceeding 4A. and there will be also be a momentary…