Hi Patel,
Pls check it on LMR36506 data sheet.
https://www.ti.com/lit/ds/symlink/lmr36506-q1.pdf?ts=1610041048124&ref_url=https%253A%252F%252Fwww.google.com%252F
Product engineer will revise the LMR36503 data sheet with package drawing soon.
B…
Part Number: LMR36506 Hello, are there any information about the availability of the buck converter LMR36506 and LMR36506-Q1. On the website the converter are only in preview?
Hello Andrei,
LMR36506(-Q1) device family has different pin definitions based on device orderable.
For example:
LMR36506RS3QRPERQ1 is adjustable frequency. Pin1 definition is "RT." Pin definition is such that pin resistance to ground defines frequency…
Ryotaro Fukui,
I see the concern. VIN falls, error amp rails to try to restore VOUT, VIN rises, and the error amplifier causes an overshoot due to the loop bandwidth delay. We do have some parts which address this specifically such as LM61460-Q1, LMQ61460…
Hello Torsten,
If small output ripple is desirable, a device operating in auto mode, which PFM is a subset of, would not be desirable.
Here are two device which have mode pin to configure in FPWM.
https://www.ti.com/lit/ds/snas660b/snas660b.pdf…
Hi James,
I would recommend the LMR36006-Q1. This 60V 600mA device has a non-switching iq of 26uA operating as low as 4.2V.
The LMR36503-Q1 (300mA) or LMR36506-Q1 (600mA) is one of our newest generation buck converters (65V, 4uA iq) for optimized…
Do you mean LMR36506RRPER is not wettable flanks?
First page of LMR36506 datasheet (non Q1) describes this is wettable flanks, so let me clarify. Sorry for rushing but we need an answer asap.
Hi,
While we do not have a calculator for LMR36506, you can use the calculator for LMR36503 : https://www.ti.com/tool/download/LMR36503E-Q1-CALC
The current limit may not be accurate as it is based on a lower current part, but I would expect the stability…
