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LP5912-1.1DRVR

500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON -40 to 125

Manufacturer Texas Instruments
Price Range $0.8690

Part Details

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Part Number Description Manufacturer Compare
LP5912Q1.1DRVTQ1 Power Circuits Automotive 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON -40 to 125 Texas Instruments LP5912-1.1DRVR vs LP5912Q1.1DRVTQ1
LP5912Q1.1DRVRQ1 Power Circuits Automotive 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON -40 to 125 Texas Instruments LP5912-1.1DRVR vs LP5912Q1.1DRVRQ1
LP5912-1.1DRVT Power Circuits 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON Texas Instruments LP5912-1.1DRVR vs LP5912-1.1DRVT
Part Number Description Manufacturer Compare
LP5912Q1.1DRVTQ1 Power Circuits Automotive 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON -40 to 125 Texas Instruments LP5912-1.1DRVR vs LP5912Q1.1DRVTQ1
LP5912-1.1DRVT Power Circuits 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON Texas Instruments LP5912-1.1DRVR vs LP5912-1.1DRVT
LP5912Q1.1DRVRQ1 Power Circuits Automotive 500-mA, low-noise, low-IQ, low-dropout voltage regulator with reverse current protection 6-WSON -40 to 125 Texas Instruments LP5912-1.1DRVR vs LP5912Q1.1DRVRQ1

Global Popularity

Popularity in Power Circuits

Popularity in Linear Regulator ICs

Popularity by Region

Very High

Medium

Good

Low

  • 1. Denmark
    100
  • 2. Netherlands
    92
  • 3. Algeria
    91
  • 4. United States
    91
  • 5. Namibia
    91
  • 6. Serbia
    90
  • 7. Vietnam
    90
  • 8. Eritrea
    89
  • 9. Australia
    88
  • 10. Montenegro
    87

Estimated Price History

Estimated Stock History

Market Price Analysis

No data available
  • 1. Texas Instruments $0.8690 Buy Now

Datasheets & Reference Designs

Reference Designs

  • TIDA-01097 <125μA Standby High Efficiency Power Supply Reference Design for Neutral-less Wireless Lighting | TI.com
    TIDA-01097: Lighting control devices such as wired or wireless switches and dimmers may be used in retrofit environments or in new installations. New installations may have separate line, neutral, and earth wires where the lighting control unit can be powered by connecting it between the line and neutral, whereas in most of the retrofit installations only line and earth wires may be available. In such cases, the lighting control unit has to be powered by connecting it between line and earth terminals while ensuring that the current flowing to earth is limited to 0.5 mA. This necessitates the use of a very low standby consumption, high efficiency power supply. The TIDA-01097 TI Design is a wireless lighting control unit using a low quiescent current offline converter that enables excellent efficiency at low power levels, a low-noise, high-PSRR, low quiescent current, good line and load transient response LDO, and a very low standby and low active current specs wireless microcontroller.
  • TIDA-00897 High-Accuracy Logarithmic RMS Power Detector Reference Design for WLAN Applications | TI.com
    TIDA-00897: Dynamic transmit-power control is critical for improving spectral efficiency and reducing adjacent channel interference in wireless local area networks (WLANs). In addition, regulatory agencies worldwide require that transmit power be limited to certain level to reduce interference with other communication equipment. Another benefit of transmit power control in WLAN systems is to prolong battery life by reducing power-supply voltage to the power amplifier. This TI design provides a solution for closed-loop dynamic transmit power control for WLAN application. Although this particular design implements WLAN transmit power control, similar concepts can be used to implement power control schemes for other wireless technologies, such as LTE. Applications for transmit power control span a very wide range: from mobile handheld devices to industrial to automotive applications. For example, LMH2110 can be employed in automotive electronics to satisfy transmit power control needs of LTE or WiFi communication systems.

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