Part Number: LM60430-Q1 Other Parts Discussed in Thread: LM60430 , Hello.
We are developing an automotive radar sensor. The list of components used is below, and the connection diagram can be found below.
Problem 1. A fault was detected during electrical…
Part Number: LM60430-Q1 Tool/software: Hello,
I am writing to inquire about the capacitor used for the VCC pin of the LM60430-Q1. Specifically, we have used Taiyo Yuden's MCASE168SB7105KTNA01 (1uF / 1608 / 16V / X7R) for this purpose, as highlighted…
Part Number: LM60430-Q1 Other Parts Discussed in Thread: LM63635-Q1 Tool/software: Dear team,
Could you pls share the comparison table of the LM63635-Q1 and LM60430-Q1?
Could you pls also share the time schedule of LM60430-Q1?
Thanks!
Regards…
Part Number: LM60430-Q1 Other Parts Discussed in Thread: LP87524J-Q1 Tool/software: Hello,
I have a question regarding the output capacitor configuration for the LM60430-Q1.
According to the datasheet, the recommended output capacitor configuration…
Part Number: LM60430-Q1 Tool/software: Cboot 100nF /10V is recommended. Are there any other specifications that require tolerance or grade? We are using ±10% 16V, X7R grade, is there no problem?
Part Number: LM60430-Q1 Tool/software: Cvcc is specified as 1uF value in the typical application, but the characteristics of MLCC are not specified. Please check if there is any problem using it as the characteristics of X7S.
GCM155C71A105KE38D is being…
Part Number: LM60430-Q1 Tool/software: Cvcc is specified as 1uF value in the typical application, but the characteristics of MLCC are not specified. Please check if there is any problem using it as the characteristics of X7S.
GCM155C71A105KE38D is being…
Part Number: LM60430-Q1 Tool/software: Based on MAX Current 4A, the Cout is on the datasheet (L: 6.8uH, 20.8 mΩ Cout: 2 x 47 μF + 22 μF).
Our design is designed to use up to MAX current 300mA (L: 10uH, 276mΩ Cout: 2 x 22 μF) and we need to make sure…
Part Number: LM60430-Q1 Tool/software: Based on MAX Current 4A, the Cout is on the datasheet (L: 6.8uH, 20.8 mΩ Cout: 2 x 47 μF + 22 μF ).
Our design is designed to use up to MAX current 300mA (L: 10uH, 276mΩ Cout: 2 x 22 μF ) and we need to make sure…
