Part Number: LP87322E-Q1 Hi all,
I am checking LP87322ERHDTQ1. I think this one can be the alternative of LP873220RHDRQ1. While I think the datasheet might have a mistake: it give the BUCK1 voltage is 1350mV, while the datasheet claims for each buck…
Part Number: LP87322E-Q1 Hello,
I have few queries on regarding LP87322E-Q1 UVLO set-up & schematics implementation, please clarify the following:
1. How to Adjust UVLO for LP87322E-Q1??
2. Programmable Output Voltage given in datasheet is: 0.7…
Part Number: LP87322E-Q1 Hi Team,
we need a PMIC in camera proejct, the requirement as below:
Input 3.3V
output:
1.2V/800mA - DC/DC
2.5V/80mA - LDO
1.8V/110mA - LDO
0.8V/80mA - LDO
since the size is very small in this project, customer…
Part Number: LP87322E-Q1 Hi TI,
When the moment the device power up, does the output voltage value of LDO or BUCK will be the value defined as the defult registor set(for 0x0A [4:0])? flow 1: device power up-->read OTP register set-->regulator ouput…
There are two different recommended power solutions for DRA78x and TDA3x.
The first configuration using TPS65919-Q1, TPS22965-Q1, and TPS51200-Q1 supports the superset TDA3x performance. The details of this configuration are listed in the TPS65919…
Hi Lawrence,
Note that LP87332A-Q1 + LP87322E-Q1 are the power solution for TDA3x. This is why the LDOs are not at the correct voltage.
For J6Entry, we recommend LP87332D-Q1 + LP873220-Q1. You can see the power solution user's guide here: www.ti…
