Part Number:UCC28740
Hello E2E,
Please let me know about PMP30435.
I tried calculation about transformer using sluc487. Calculated result is Lp=10mH over. The calculation results and the specifications of the TID transformer do not match.
Can I have a design calculation document for transformer of PMP30435?
Regards,
ACGUY
Part Number:BQ4050
Hi,
Will the same CEDV coefficients obtained from TI GPC Tool for 4S8P pack with 3.2V per cell and 25.6 Ah with bq4050 work for a 4S6P pack with 3.2V per cell and 19.2 Ah.?
Or is it required to run the Temperature Chamber tests again and upload to GPC tool for 4S6P pack ?
And are the CEDV coffecients only dependent on no. of cells in series or also on the no. of cells in parallel?
Also in the GPC report sent from TI it is mentioned -(Accuracy Error: Deviation is so high that it is most likely due to anomaly in the data) but also provided with CEDV co-efficients ,so how likely and accurate are the CEDV coefficients provided from GPC tool considering the deviation.
Part Number:LMG3410R070
Customer wants to use LMG341x with only 1-2AMPs continuous current & over current trip around 7-10AMPS is needed. Datasheet shows Current Fault Trip Point of 36A. Is it possible to adjust the fault trip current ?
Voltage is 110V.
Or could you suggest any other part supporting above requirement ?
Part Number:BOOSTXL-TPS650861
HELLO
If I have relevant power-on timing and voltage output control by tps650861,this can be control by i2c only?the other pin such as CTL1-CTL6 and GPO1-GPO4 and IRQB,these pin can i do not connect to my soc?
Part Number:TPS2549-Q1
Dear all
Customer feedback will appear burning U disk phenomenon, Could you share me what might cause the damage of the U disk ? Thanks a lot.
Part Number:BQ25713
Hello,
I'd like to know how to calculate the switching time of BATDRV output voltage, external PFET gate from high to low.
I can find Rbatdrv_off=1.2kohm on the datasheet and guessed it may be calculated by this 1.2kohm and Ciss of the PFET, is it correct?
When the VBUS input is removed suddenly with pulling the system load, the supply should be switched to supplement mode. During the transition, the body diode on the BATFET can help suppling to the load and the voltage drop on the system can be clamped by the Vf, is this understanding also correct?
Thanks in advance,
S.Sawamoto
Part Number:TLV61046AEVM-833
Hello.
In TLV61046AEVM-833, it is used at Vin = 3V, Vout = 12V, Iload = 80mA.
When Vin = 2.8 V, the output voltage drops.
However, when the input voltage is gradually lowered from Vin = 3 V to 2.8 V, the output voltage does not drop.
Is this the performance of the TLV 61046A?
Part Number:LM431
Hi TI team,
We're using LM431 in a Crowbar OVP circuit. We have been facing something strange in this use case of LM431; it is that initially the crowbar was triggering way above the designated threshold and consequently we made changes in the resistor divider circuit that defines the threshold for LM431, At this point of time the crowbar seems to be working fine but whenever we try to measure the reference voltage being received by LM431 using multimeter it triggers the crowbar, even though the supply is 5V.
Below is the circuit: Version 1
Version 2: Modified resistor divider.
Part Number:CSD19538Q3A
Hi Expert
Please help to provide the pin 1 orientation in tape, and Tape and Reel Box dimension of CSD19538Q3A. Thanks.
Part Number:LM3429
LM3429 is used for both standing light and flashing light functions:
By controlling 3-pin analog signal and 7-pin PWM signal to achieve two conditions,
1: chang liang;We lower the PWO, that is to say, make the 7-pin voltage greater than 1.24v. At this time, the constant light value changes with the PWM change of 5600-flash-hold.
2: flashing light;We add a fixed PWM value in the 5600-flash-hold. When the MCU (P54 is low) receives a trigger signal, we lower the PWO 20ms and the light flashes.
However, the FLASH value does not change with the value of 5600-flash-hold here. It is always the maximum value!What is the reason?
(Please visit the site to view this file)
Part Number:TPS61222
Hello!
Please could you help me to get answer on the questions about working of TPS61222?
1. What is the current at the FB input in “disable” (Ven = 0) and “enable” (Ven = Vin) modes at a voltage of 5 V at this input?
2. What is the resistance of the internal divider connected to the input FB?
Thank you!
Is this issue pertaining to a military application? :: no
Is this issue pertaining to an automotive application? :: no
Part Number:CSD16407Q5
Hi Expert,
The customer sees the CSD16407Q5 is damage on their applicant.
The user case is Oring-Fet of power supply .
The engineer need TI to confirm the question below:
Pls check whether CSD16407Q5 is capable to sustain the turn on loss from the waveform. Pls advice CSD16407Q5 rating can support the switching energy or not.
Red:Vgs Blue:Vds Green: Ids
3.If the MOS stayed at the high temperature. The customer ask the rds still become lower than room temperature specified during vgs raise to 2 ~ 2.5V now.
Best regards,
Eric Lai
Field Application Engineer
Texas Instruments Taiwan Limited
O: +886-2-2175-2582
M: +886-909-262-582
E-Mail:Eric.Lai@ti.com
Part Number:TPS659037
Hi,
Part Number:TLC6C5912
TLC6C5912PWR coffee maker in off mode LED There will be flicker problems
Attached please find the project schematic for your reference, the symptom is when the MCU every four seconds waken up then during waken up time the LEDs will be flash.
For details please see below LED driver IC test waveform.Thanks.
1) MCU in sleeping mode:
Channel 1: LED_CLR (pulse time:100ms)
Channel 2: LED_G (pulse time:100ms)
Channel 3: LED_RCK
Channel 4: LED_SRCK
Waveform 1:
Waveform 2:
2) MCU in sleeping mode LED_SER_IN signal:
Waveform 1:
Waveform 2:
Part Number:LM5025B
Hi
customer want to know the min value of OTP and the min value of its hysteresis?
thanks.
