Part Number: TLV700 Hello,
I downloaded the TLV70025 PSpice model from TI ( www.ti.com/.../slvm174) and attempted to use it in SIMetrix. The simulation fails with “Missing nodes …” type parser errors, which appear to be caused by the library being…
Part Number: TLV700 Other Parts Discussed in Thread: TLV702 Tool/software: Hi expert,
Customer mis-used TLV70012DSER with 1.8Vin which the TLV700 Vin(min) only supports 2V. Do we have any other p2p alternative solution?
Thanks,
Allan
Part Number: TLV700
Tool/software:
Hi team,
Please refer to the attached schematic diagram.
The current issue is that the output voltage of U4 is unstable during operation, causing the U1 MCU to repeatedly restart.
Using an oscilloscope to measure…
Part Number: TLV700 Tool/software: Thermal calculation is not compatible with figure 2:
for example:
Vin = 5V , Vout= 1.8V , Iout= 200mA, TJ = 85°C, RθJA= 235.9 (package: DDC) => Tj= 200mA* (5-1.8) +85 = 235.9 °C that is higher than allowed junction…
Part Number: TLV700 Hi TI,
When doing reverse current check, I found that the Vo > Vin +0.3V for few ms. Thus, I probe the output current to check any reverse current issue.
Question:
1. Is the red box showing reverse current happened once Vo…
Part Number: TLV700 I am looking at the TLV70022DDCR
2% accuracy over temperature is just on the edge (we are talking about 5 to 60 degC)
Datsheet figure 6 for TLV70018 is hard to read for actual voltage at different temp
Can you please send or…
Part Number: TLV700 Tool/software: Hello,
I want to be able to disable the TLV70033 output using the switch S1 as shown below, so that a user can connect an external voltage up to 5.5V instead of the regulated 3.3V. Would it be ok to apply 5.5V on the…
Part Number: TLV700
Hello,
we are using the TLV70033DSE in our electrical design of a PDU (power distribution unit) and measure inductive coupling from the power lines (230VAC) into the 5VDC supply of the TLV700 (when consumers of the PDU like servers…
Part Number: TLV700 Hi,
Currently we are using TLV70033 in our design. During power down, there is a small moment (<100ms) where the Vout>Vin by ~0.45V as below.
Question: Will the LDO damage if Vout>Vin+0.3V for such short period of time? Please…
