Part Number: TPS55340EVM-017 Hi. I have realized a standalone power supply following TPS55340EVM-017, 5-V to 12-V Input, 24-V Output Boost Evaluation Module.
After PCB arrived the output is fixed to 30V, not 24.
Have checked all components, also formula…
Part Number: TPS55340EVM-017 Other Parts Discussed in Thread: TPS55340 Hi Team,
We have a requirement to have fast load transient response from the regulator TPS55340 as its used for TDD application.
Started with Fsw= 350KHz but the response time is not enough…
Part Number: TPS55340EVM-017 Dear Sirs,
The customer is testing TPS55340EVM and found the output voltage ripple is too high.
The Vin=7.2V and Vout=24V, Iout=0.5A
Below is the scope waveform for reference.
The ripple voltage is around 1.3V.
May I have…
Part Number: TPS55340
Hi team,
The customer's circuit design is as below, I cut the load off using a electrical load when testing.
I changed the Rfequ from 200kohm to 78.7kohm, copied other specifications to the EVM-017.
Test was down at Vin=5V…
Part Number: TPS55340EVM-017 Other Parts Discussed in Thread: TPS55340 Hi,
I'll make boost which is 18-24Vin to 24Vout with 4A. I searhed and find TPS55340. It looks good on datasheet, so i bought EVM board. But EVM board says Vin=5-12V and Vout=24V 1…
Part Number: TPS55340EVM-017 Need assistance as to why the evm is being damaged perhaps:
After power up (it is configured for 24V by default) I installed a FET across R2 and was using the FET to change the output voltage.
After seeing this being functional…
Part Number: TPS55340 Hi,
Could you please why EVM board which VIN pin have noise (Due to our customer board also have this kind of noise)
Warm Regards,
Lin
Part Number: TPS55340EVM-017 Other Parts Discussed in Thread: TPS55340 , TPS61500 Hello everyone,
I'm here with few questions. How can I regulate TPS55340 EVM-017 load current while keeping Vin constant? I want to regulate the intesity of light from diodes…
Part Number: TPS55340EVM-017 Hi team,
As we already provided TPS55340EVM-017, which 24V output boost EVM, my customer is evaluating this board without any changes. Based on our test report " slvu668a.pdf ", we can get 95% efficiency at 2A, Vo…