Part Number: LSF0204D Other Parts Discussed in Thread: LSF0101 , LSF0204 , LSF0108 , LSF0102
Hello, Team
Do we have a dml model (or IBIS model) for our simulation?
Part Number: LSF0204D Other Parts Discussed in Thread: TXU0304 Hello,
I am posting this because the Auto-direction voltage translators (LSF0204D) are not working properly.
Control the IC with 1.8V.
Inputs and outputs four signals from the CPU…
Part Number: LSF0204D Other Parts Discussed in Thread: LSF0204 I'm using LSF0204 as a bidirectional bus level shifter. The application is an analog to digital converter. Had a customer complain of erratic values, and had them send in their product for…
Part Number: LSF0204D Hi,
Good Day.
Customer is using a bidirectional voltage level translation between 3.3 V 5 V. 2 pins for UART and 2 pins for I2C. Does he need a pullup resistors for UART?
About I2C according to datasheet: The pull-up resistor…
Part Number: LSF0204D Other Parts Discussed in Thread: TMUX1511 Hi Team,
Could you pls review whether our LSF0204DPWR can be used in below customer scenario? This is the first time customer use our LSF0204DPWR, pls kindly help us here. Thanks.
A side…
Part Number: TXB0104 Other Parts Discussed in Thread: LSF0204D , Hello TI experts,
my customer used LSF0204D for their mass production, and now delivery of this part is too long.
instead they consider TXB0104 because it is pin to pin part with LSF0104…
Part Number: LSF0204D Other Parts Discussed in Thread: USB2ANY , , MSP430F5529 , TXB0104 , TXU0304 , TXU0104 , TXU0204 , TXB0304 Hello,
My application has USB2ANY microcontroller MSP430F5529 pins connected to my device (DUT) via LSF0204D for level translation…
Part Number: LSF0204D Hi Team,
Does LSF0204D support I3C interface voltage level shift from 3.3V to 1.1V? If not, do we have another device to recommend here?
Best,
Stanley
Part Number: LSF0204D Hi Team,
I'm planning to use LSF0204D to level shift I 2 C signals (SCL and SDA) and PWM signal from 3.3V to 1.2V. Datasheet says "Vref_B (1.2V in my case) is recommended to be at 1.0 V higher than Vref_A (3.3V in my case) for…