Part Number: LP5900 Tool/software: Hi,
Would need your help to confirm the body marking observed on this component if it belongs to this MPN LP5900TLX-3.3? Lotcode:4100296EM4
I dont have a clearer picture at the moment but based on the marking…
Part Number: LP5900 Tool/software: I have the same question that the previous requester had.
Could you pls help share the device marking on LP5900TL-3.3/NOPB and LP5900TL-2.5/NOPB?
Thank you
Part Number: LP5900
Tool/software:
Hi,
Good Day.
The device markings are missing in the datasheet.
Please advise the top side marking for each part number.
Thank you very much.
Best Regards,
Ray Vincent
Part Number: LP5900 Hi team,
Some question about LP5900 from the customer side
Is it 2.5D/3D package chip?
What bonding process does it use? (Gold Line?)
If it is WLCSP package, are they RDL or FOC structure (Direct Bumping)? The process without…
Part Number: LP5900 Dear Sir:
LP5900TLX-3.3
VIN: 5V
EN: Low
VOUT: 1V
VOUT Absolute Maximum Rating : VIN(max)+0.3 =6+0.3=6.3V
When the voltage of VOUT is 1V. < VOUT(Max) = 6.3V
It doesn’t cause the damage LP5900TLX-3.3(U702)
Is it correct…
Part Number: LP5900 Other Parts Discussed in Thread: LP3991 , LP3990 , Team,
Due to shortages we are working on replacing a LP3990 and LP3991 with a LP5900.
In the datasheet we see the following statement about dropout for LP3990:
The LP5900…
Part Number: LP5900 Hello,
The datasheet for LP5900TLX-3.3/NOPB is currently blank for the device markings. Can you confirm what the identifying markings are for LP5900TLX-3.3/NOPB?
Page 20: https://www.ti.com/lit/ds/symlink/lp5900.pdf?ts=1676065673786&ref_url…
Part Number: LP5900 Line regulation and load regulation are specified as %V and %mA, respectively. I believe these should be written %/V and %/mA to be consistent with the other LP59xx datasheets.
Part Number: LP5900 The datasheet says that at least 1 V dropout voltage is required for achieving good regulation, however the minimum dropout voltage is a lot less. How bad the regulation will be with let's say Vin=Vout + 0.5V? Thanks.
