Part Number: LM53600-Q1 We'd like to know how to calculate the IC's power dissipation correctly. In the WEBENCH result, there is a IC Pd shown. how to calculate it? Could you offer formula of the power dissipation including bias power, FET switching,…
Part Number: LM53600-Q1 Dear TI: If LM53600-Q1 design change the output capacitor from 22uF/10% to 22uF/20%, is there problem for this change? The product is for Automotive lighting.
Part Number: LM53600-Q1 Hi. We got a question about LM53600-Q1. We are using PN LM53600NQDSX, with fixed output at 3.3V. Input voltage is between 11V to 13.5V, but it should operate good at 4V and 16V too. Current consumption will be lower than 50mA.…
Part Number: LM53600-Q1 Other Parts Discussed in Thread: LM74700-Q1 Hi Guys,
Greetings! We need your help to check our customer's design as stated below. I have attached TI power schematic here for your checking.
I am looking for help at designing…
Part Number: LM53600-Q1 Hi there,
Can LM53600-Q1 operate with 2.2uH output inductor within following conditions:
18Vin max operating (24Vin pulse max)
5Vout
650mA Iout
?
Piotr
Part Number: LM53600-Q1 Team,
How can i estimate junction temperature for LM53600-Q1? Vin=16V, Vout = 5V, Iout = 600mA max. Let's ignore the switching losses i am showing below in Figure 2, i do not think is accurate (Pswf and Pswr). If i just compare…
Part Number: LM53600-Q1 Hi
Let me ask you the questions about curremt limit of LM53600-Q1.
1.
The figure9 in datasheet is written "After a small number of cycles, hiccup mode is activated.",
Are there the value of specific number of cycles or…
Part Number: LM53600-Q1 Hi Team,
Customer is using LM53600 in the existing Projects to generate 5V output rail. On No Load/light Load conditions: When input voltage is around 5.8V to 6.3V, Buck regulator is consuming 10mA. Beyond this limit, current…
