Part Number: TPS628690EVM-135 Hello Expert,
We are testing it at Vin 5V, Vout 0.475V condition and have some inquiry.
Could you please check and give me your opinion about each items?
1) It was measured that switching occurred twice in the load current…
Hello Clemens,
We are then for our test prototype finalizing TXU0304 on both ends of the SPI bus.
The configuration is as follows:
SPI MCU Master (3.3V) > TXU0304 (3.3V to 5V) ~~~ SPI BUS ~~~ TXU0304 (5V to 3.3V) > SPI Sensor Slave.
Objectives: …
Hi Raymond,
The signal to be fed into OPA521 is a combination of a PWM and a signal from UART, both generated by an MCU. The PWM is 50% duty ratio with frequency of 88KHz, and the signal from UART is a series of byte data in RS232 protocol (1 start bit…
Part Number: LMZ30606 Dear Sir/Madam,
From the pg18 Table 7 of the LMZ30606 datasheet, it seems like I am not able to set Fsw=2MHz for Vin=3.3V/5V and Vout=0.85V.
I just want to reconfirm if it is possible to set Fsw=2MHz for this Vin=3.3/5.0V, Vout=0…
Part Number: TPS51396A
Hello,
I contact you because i have a problem with my TPS51396A Design.
I have chosen this component to create 2 buck at 1MHz in Eco-Mode:
- 4.5-20 Vin to 3V3 with 4.5A in max output current
- 5.8-20 Vin to 5V with 3A in max output…
Hello Clemens, Thanks for your quick response. LVDS surely seems like the perfect solution for our application, however per channel cost is beyond our budget for this project. Are there any cost-optimized LVDS solutions available?
The clock frequency we…
Hi Jack,
Thank you for your fast answer. The schematics of the passive components around the device is just as simple as it gets, but I'm unfortunately not able to provide you the values of C1 and C2.
I injected a 2MHz (the frequency of the SPI.…
Hello,
Thank you for your reply,
I think, the forum NO. became properly. so, please keep this thread. I will add the information in this thread.
The schematics is boost converter.
-Vin max; 16V, Vin min; 8V, Vout ; 25V
then, we have 2 spec. of Iout …
Hi Choi,
Thanks for reaching out.
SN6507 can certainly support 5V to 5V operation with suitable transformers. The biggest advantages SN6507 is that it supports input voltages of upto 36V due to this, most of the designs listed in the datasheet are for…
Part Number: TXB0108 Other Parts Discussed in Thread: TXU0104 , SN74AHCT541 , SN74LV541AT , SN74LV244AT , SN74AHCT244 Hello
I am currently using this level shifter to translate 3.3V(input) to 5V(output). However, we having issues on the output behaviour which…