Part Number: TPS61240-Q1 Hello ,
Currently the TPS61240-Q1 is not in stock so can you please provide the exact alternate which can be used in Production Awaiting your reply !!!
Thanks Jayjit Y
Part Number: TPS61240-Q1 Other Parts Discussed in Thread: TPS61240 Hello,
I have ordered evolution board of TPS61240 I am testing it using 100mA Load my power supply showing the drawn current is of 160mA I am using Electronic load as a load it can…
Part Number: TPS61240-Q1 Hello,
my customer is currently working on a new project and he is considering the TPS61240-Q1. However he wanted to know if we could please provide a Simetrix simulation model for this part. If not available then an unencrypted…
Part Number: TPS61240-Q1 Hi, Could you tell me about TPS61240-Q1 recommended operating Tj(max)? The following contents are described in the data sheet page5. However, the recommendations of Tj (max) is not listed. Please tell me the Tj (max) value in…
Part Number: TPS61240-Q1 Hi,
We got a question from the customer about TPS61240-Q1. Could you help us?
[Question] What is the condition of entering PFM Mode. They need to make sure the output current which entering PFM mode.
Best Regards, tateo
Part Number: TPS61240-Q1 Other Parts Discussed in Thread: TPS61240 , TPS62140 Hi team
I need to get a 3V to 12V programmable output voltage with 2A capability using TPS61240;
1, Why output voltage of TPS61240 is limited within 0.9V~6V?
2,I want…
Other Parts Discussed in Thread: TPS61240-Q1 , TPS61029-Q1 Hi Team,
I am evaluating the TPS61240-Q1 for the following specs:
Input: 3.3V
Output: 5V @ 600mA
Now, when I look in the datasheet, at 3.3V input, it looks as though this part will not…
Other Parts Discussed in Thread: TPS61240-Q1 , TPS61240 Hi, all.
The ripple voltage at light load by low temperature of TPS61240-Q1 is too big.
Our condition and result are below
Vin=3.3V, Vout=5V
Iload=0.5mA
Ta=25C Vripple=20~30mV
Ta=-40C…
Other Parts Discussed in Thread: TPS61222-EP , TPS61240-Q1 , TPS61240 , TPS61222 Would anybody please point me to the right direction where I can find the SPICE model for the TPS61222-EP and TPS61240-Q1 booster.
Thanks, Ali.
Hello Niklas,
They concern is how output voltage will be decreasing depends on Iout. It is not for the detection method of output current. Could you consider to issue Vout and Iout curve as like as below?
https://www.ti.com/jp/lit/ds/symlink/tps61240…
