SBVS375B July 2019 – April 2020 TPS7A03

PRODUCTION DATA.

- 1 Features
- 2 Applications
- 3 Description
- 4 Revision History
- 5 Pin Configuration and Functions
- 6 Specifications
- 7 Detailed Description
- 8 Application and Implementation
- 9 Power Supply Recommendations
- 10Layout
- 11Device and Documentation Support
- 12Mechanical, Packaging, and Orderable Information

- DQN|4

V_{OUT} = 1.8 V, V_{IN} = V_{EN} = 2.3 V |

V_{OUT} = 1.8 V, V_{IN} = V_{EN} = 2.3 V |

V_{OUT} = 1.8 V, V_{IN} = V_{EN} = 2.3 V |

V_{OUT} = 5.0 V, V_{IN} = V_{EN} |

I_{OUT} = 0 mA, V_{EN} = 1.1 V |

V_{EN} = 0 V |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, I_{OUT} = 1 mA, C_{OUT} = 1 µF, slew rate = 1 V/µs |

V_{OUT} = 1.8 V, I_{OUT} = 100 mA, C_{OUT} = 1 µF, slew rate = 1 V/µs |

V_{OUT} = 1.8 V, I_{OUT} = 1 mA |

V_{OUT} = 5.0 V, I_{OUT} = 1 mA |

V_{OUT} = 5.0 V, I_{OUT} = 1 mA |

V_{OUT} = 1.8 V |

I_{OUT} = 200 mA |

V_{OUT} = 0.8 V |

V_{OUT} = 0.8 V |

V_{OUT} = 5.0 V, I_{OUT} = 1 mA |

V_{OUT} = 1.8 V, I_{OUT} = 10 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF |

V_{OUT} = 5.0 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 0 mA |

I_{OUT} = 0 mA, V_{EN} = V_{IN} |

V_{OUT} = 1.8 V, V_{IN} = V_{EN} = 2.3 V |

V_{OUT} = 1.8 V, V_{IN} = V_{EN} = 2.3 V |

V_{OUT} = 5.0 V, V_{IN} = V_{EN} |

V_{EN} = 0 V |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, C_{OUT} = 1 µF, t_{r} = t_{f} = 1 µs |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF, slew rate = 1 V/µs |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF, slew rate = 1 V/µs |

V_{OUT} = 1.8 V, I_{OUT} = 1 mA |

V_{OUT} = 1.8 V, I_{OUT} = 1 mA |

V_{OUT} = 5.0 V, I_{OUT} = 1 mA |

V_{OUT} = 1.8 V |

V_{OUT} = 5.0 V |

I_{OUT} = 50 mA |

V_{OUT} = 1.8 V |

V_{OUT} = 5.0 V |

V_{IN} = 2.8 V, V_{OUT} = 1.8 V, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 100 mA, C_{OUT} = 1 µF |

V_{IN} = V_{OUT}+ 1.0 V, I_{OUT} = 1 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, V_{IN} = 2.8 V, I_{OUT} = 1 mA |

V_{OUT} = 1.8 V, I_{OUT} = 200 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 0 mA, C_{OUT} = 1 µF |

V_{OUT} = 1.8 V, I_{OUT} = 0 mA |