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Showing 42 results View by: Thread Post Sort by
  • TPS562209: EN to SS start propagation delay time

    Toshiro Imi
    Toshiro Imi
    TI Thinks Resolved
    Part Number: TPS562209 hello, Our customer needs to know the propagation delay time from EN=High to VOUT start to raising as shown in below "t_delay" time as shown in attached file. He also needs to know the tolerance. best regards,
    • over 3 years ago
    • Power management
    • Power management forum
  • Answered
  • TPS562209: power consumption at no load

    Bart
    Bart
    Resolved
    Part Number: TPS562209 Other Parts Discussed in Thread: TPS562201 Team, we observed a high power consumption of the converter (12mA) at no load (Vout=4V; Vin=7V). We'd expect max 1mA. Can you advise if the schematic is fine? We can take into account…
    • Resolved
    • over 3 years ago
    • Power management
    • Power management forum
  • TPS562209: Output voltage abnormal

    Jerry Hsueh
    Jerry Hsueh
    TI Thinks Resolved
    Part Number: TPS562209 Other Parts Discussed in Thread: TPS562201 , Hi Ti We design TPS562201 circuit as follows. Voltage waveforms are normal. Vin(CH1) vs Vout(CH2) EN(CH1) vs Vout(CH2) When we changed to TPS562209 VIN (CH2) does not turn off at…
    • over 3 years ago
    • Power management
    • Power management forum
  • Answered
  • TPS562209: Is there any similar part to support 5V to 3.8V?

    Aki Li
    Aki Li
    Resolved
    Part Number: TPS562209 Other Parts Discussed in Thread: TLV62569 Customer wants to use integrated TPS562209 for 5V Vin, 3.8V Vout, with 2A Iout. However, the maximum recommended operating duty cycle is 65%. Could you help suggest any other similar part…
    • Resolved
    • over 3 years ago
    • Power management
    • Power management forum
  • Answered
  • solution for TPS562209 with low phase margin?

    Aki Li
    Aki Li
    Resolved
    Part Number: TPS562209 Customer tested the bode plot of TPS562209, and the phase margin is too low. [Conditions] (injection resistor=50 ohm, injection voltage =400mv) -Vin=12V Vout=5V The initial schematic is as below, with the R60 removed, R61 changed to…
    • Resolved
    • over 3 years ago
    • Power management
    • Power management forum
  • TPS562209: About IVIN spec

    Tsukui Yusuke
    Tsukui Yusuke
    TI Thinks Resolved
    Part Number: TPS562209 Hi, Could you tell me about Ivin spec of electrical characteristics? IVIN is the current consumed by the device itself. Is this understanding correct? When measured VIN current using EVM under no load conditions, the input current was…
    • over 3 years ago
    • Power management
    • Power management forum
  • Answered
  • TPS562209: When the inductance is too low, Vin is equal Vout

    Bryan Huang
    Bryan Huang
    Resolved
    Part Number: TPS562209 Other Parts Discussed in Thread: TPS562208 , , TPS562201 Hi Team When the inductance is too low, high side mode will always turn on and low side MOS always turn off , and this time , Vin will equal Vout Test condition: Vin=12V Vout…
    • Resolved
    • over 4 years ago
    • Power management
    • Power management forum
  • Answered
  • TPS562208: vs TPS562209

    Michael Biggs
    Michael Biggs
    Resolved
    Part Number: TPS562208 What is the difference between the TPS56x208 and TPS56x209? (other than a small difference in frequency and quiescent current) One says forced PWM, but they both say continuous conduction mode. I will be operating between 100 and…
    • Resolved
    • over 5 years ago
    • Power management
    • Power management forum
  • TPS562200: TPS562200/TPS562209

    eli
    eli
    TI Thinks Resolved
    Part Number: TPS562200 Other Parts Discussed in Thread: TPS562209 , Hi What are the main differences between these two converters?
    • over 5 years ago
    • Power management
    • Power management forum
  • Answered
  • TPS562209: Large Value of Output Voltage Resistors

    Hao Wang14
    Hao Wang14
    Resolved
    Part Number: TPS562209 Hi team, The datasheet of TPS562209 in page 13 says to improve efficiency at very light loads consider using larger value resistors, too high of resistance will be more susceptible to noise and voltage errors from the VFB input current…
    • Resolved
    • over 5 years ago
    • Power management
    • Power management forum
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