Part Number: TPS7H5001-SP Hi Team,
I designe
I have a question about TPS7H5001-SP.
TPS7H5001-SP is a current-mode FET-less PWM controller, so I thought it could be used in a Cuk converter if the feedback voltage was set correctly.
Is this possible…
Part Number: TPS7H5001-SP Other Parts Discussed in Thread: TPS7H4001-SP Hello,
I am using a TPS7H5001-SP in my design but don't plan on using any of the synchronization modes. How should I handle the SYNC 1/2 and the RT pins if they are unused? I currently…
Part Number: TPS7H5001-SP Other Parts Discussed in Thread: TPS7H5004-SP , TPS7H4010-SEP
Hello, I quote from the datasheet : ''Each controller can be used in external synchronization mode by leaving the RT pin floating and applying a clock to the SYNC…
Part Number: TPS7H5001-SP Hi, I have a some questions realted to using TPS7H5001-SP in a Push Pull converter: 1) Figure 9-1 in the datasheet, the SR GaN FETs are driven with respect to GND to avoid using BOOTstrap effect in GaN driver ? 2) this will lead…
Part Number: TPS7H5001-SP Hello, I wanted to know if there is any reference design or a recommended product to make a power supply of 300W from 48V to 12V in an isolated topology for an aerospace application.
Thanks in advance,
Joaquin.
Part Number: TPS7H5001-SP When inducing hiccup intentionally by driving my converter into overcurrent (CS_ILIM > 1.05V), the hiccup is not being released when the overcurrent condition clears (CS_ILIM < 1.05V). Instead, the voltage at HICC (pin #5) is…
Part Number: TPS7H5001-SP Hi, for the flyback calculator, I found some formulas that seem not correctly subsituted. row 81: RfBU should be RCOMP not RBOTTOM, correct ? row 82: Gcs is subsituted as 3, GCS should be RCS/g_cssp which is row63/row52, correct…
Part Number: TPS7H5001-SP Hello Team,
While reviewing the TPS7H5001 application note (Section 9.2.2.12), I noticed that the sense resistor ILIM on the primary is set with a ~45% margin above the nominal primary current.
Could you please clarify: …
Part Number: TPS7H5001-SP Other Parts Discussed in Thread: LM5156 , TPS7H5020-SEP , ISOS510-SEP Hello,
we are currently designing a flyback converter with an input range of 8–16 V and an adjustable output voltage between 30 V and 100 V (up to 100 V…
Part Number: TPS7H5001-SP Tool/software: Hi, this VSR 0.5V, what does it represent ? and can I change it ? equation 42 & 46 seems not correct, how did we get 22.58A and 17.42A from what is written ? Thanks! Mohamed
