Part Number: UCC2813-1 Hello. Datasheet has parameters for "Current sense"(page 6). Which element on the Block diagram (page 9) do these parameters refer to?
Thanks
Part Number: UCC2813-1 We got a problem with accurate calculation/simulation of UCC2813-1 oscillator frequency.
We found that the frequency from formula 1 (datasheet) is perfectly coincide with simulation but does not coincide with Fig.18 (datasheet…
Part Number: LM5050-1-Q1 Tool/software: Hi!
I have 200A application, I want to put 10 MOSFETs in parallel.
Should I drive all 10 MOSFETs from one LM5050
Or it is better to parallel whole LM5050 solution?
I have noisy environment with transients, that…
Part Number: DS90UB983-Q1 Tool/software: 983‘s ’I2C port Randomly send out a byte of data,983 just like a i2C master, why 983 send data autonomously? Even without any peripherals and master control, the default configuration of the 983 will…
Part Number: DRV3946-Q1 Tool/software: I am using the drv3946 to control solenoids. When using the CMD1 register, I am unable to get the Channel 1 solenoid to turn off. Channel 2 seems to work fine, however when using CMD1 with 0x09 or 0x08 as per the…
Part Number: TAS6424E-Q1 Tool/software: Hi expert,
The project uses the TAS6424E-Q1 chip. Recently, 1000 vehicles from the factory reported 11 amplifier diagnostic trouble codes (DTC), all related to the left front speaker (Channel 1) malfunction. The…
Part Number: TMP63-Q1 Other Parts Discussed in Thread: TMP61 , TMP63 , TMP64 Hi Team,
My customer report that the question of how to define pin#1 on TMP63-Q1.
I found the similar post in E2E and it said that the dot on "G" word is pin#1. It's hard to…
Hi Kevin,
Kevin Peng said: If theoretically it will also impact other parts inside the chip which also use the PLL7 as clock source, then customer prefer to keep the default setting.
Can you please confirm that we have the decreased power consumption?
…
Part Number: DS90UB9722-Q1 Dear Team,
in DS is stated if ADC on DS90UB9722-Q1 measure voltages up to 1.207V.
Our questions is:
-> if VDDIO is connected to 1.8V then ADC input ( GPIO0 or GPIO1) is tolerant up to 1.8V but it will measure the same value…