Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758-E3 , Tool/software: Hello,
My customer is looking into using either the LP8758-E0 or LP8758-E3 in their optical transceiver modules.
If you have a comparison table showing the item-by-item…
Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758 Tool/software: Hi,
Is this efficiency curve for single channel and each phase can output 4A maximum current?
Besides, Customer use LP8758 to power 4 load with 3.3V input and 1.8V output…
Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758 Do you have guidance when considering using multiple DC-DCs connected to the same input source?
For the LP8758, there is no sync or external clocking capability so the concern is that independent…
Part Number: LP8758-E0 Other Parts Discussed in Thread: BQ25120 Do you have a PMIC similar to the AMS AS3701 for a very small handheld product - 500+mA DCDC, 1.8V LDO (10ma), 1.5V LDO (60mA), 2.8V LDO (70mA), Li-Poly battery charger @ 300mA and extra bonus…
Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758-E3 , , LP8758-C5 , LP8758-C3 LP8758-E0 is a four-phase BULK. Can we connect two phases of LP8758-E3 to meet the demand of 8A current in use?
What is the difference between LP8758-E3 and LP8758…
Part Number: LP8758-E0 Hello,
When using only 3-channel, all pins related to the unused channel can be left unconnected (floating)? Best regards, K.Hirano
Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758 ,
Yes; TI application engineer can provide a quick sample module based on LP8758-E0 as a quick and easy way to evaluate LP8758 PMIC. Linked here is the module User Guide.
Part Number: LP8758-E0
Yes; listed in table picture below are existing OTP variants available for samples. Any new OTP variant needs to meet certain business size to start the process; please contact your local TI sales for more details.
Part Number: LP8758-E0 Other Parts Discussed in Thread: LP8758 , LP8758-B0 Does the LP8758-E0 support any two parallel outputs? For example, the output is 8A in one way, 4A in two ways, right?