Part Number: LSF0102 Other Parts Discussed in Thread: TXS0102 Dear Team,
Currently, there is a case where LSF0102DCTR is used and the signal high level of Port B does not reach the voltage of Vref_B (4.2V), only about 2.2~2.3V. The Port B signal is connected…
Part Number: LSF0102 Hi experts,
Want to know the internal MOSFET architecture about LSF family. From training video said it is a four pin MOS, and from the illustration, base side connect to GND and Gate connect to Vbias.
1.Can you provide details of…
Part Number: LSF0102-Q1 Hi team,
For LSF0102QDCURQ1 , may I know the "max rated current " pin VREF_A pin & VREF_B pin & EN pin?
It's for worst case analysis and to evaluate the power rating of the external component we add on those paths…
Part Number: LSF0102 Other Parts Discussed in Thread: LSF0101 , LSF0108 TI PCN Number: 20230710003.0 PCN Date: July 12, 2023
Calls for a comparision of the SDLS966L verison of the Data sheet for the TI mfr p/n: LSF0102DCUR, and the SDLS972A version…
Part Number: LSF0102 Other Parts Discussed in Thread: DRV8873 I am writing to inquire about a statement in Table 8-2 of the datasheet for your product. In the table, it is mentioned that when A=HIGH, "B-side voltage is clamped at Vref_A." However, I believe…
Part Number: LSF0102 Other Parts Discussed in Thread: TXB0102 , , TXS0102 Dear Team,
which device is recommended for MDC and MDIO level translation?
MAC side is 3.3V , PHY side is 1.8V
LSF0102, TXS0102 or TXB0102
Best Regards,
d.
Part Number: LSF0102-Q1 Hi expert,
Could you pls help review below sch? thanks.
And why do we need to choose a pull-up resistor like this? If I choose to high, what will be the impact? thanks.
Part Number: LSF0102 Hi,
We are using the LSF0102 as voltage translator for I2C BUS. the translation is from 1.8V to 3.3V. see attached.
Port A signals connected with a 1.5Kohm pull-ups to different 1.8V then shown above. Meaning the LSF0102 can get…