All Sections: LT - 7

61. LT1176-5 — Datasheet Analog Devices
    Datasheets Analog Devices
    Step-Down Switching Regulator The LT1176 is a 1A monolithic bipolar switching regulator which requires only a few external parts for normal operation. The power switch, all oscillator and control circuitry and all current limit components are ...
    Jan 30, 2024

62. LT1176CN8#PBF — Datasheet Analog Devices
    Datasheets Analog Devices LT1176CN8#PBF
    Step-Down Switching Regulator The LT1176 is a 1A monolithic bipolar switching regulator which requires only a few external parts for normal operation. The power switch, all oscillator and control circuitry and all current limit components are ...
    Jan 30, 2024

63. LT1176CSW#PBF — Datasheet Analog Devices
    Datasheets Analog Devices LT1176CSW#PBF
    Step-Down Switching Regulator The LT1176 is a 1A monolithic bipolar switching regulator which requires only a few external parts for normal operation. The power switch, all oscillator and control circuitry and all current limit components are ...
    Jan 30, 2024
64. LT1176CSW#TRPBF — Datasheet Analog Devices
    Datasheets Analog Devices LT1176CSW#TRPBF
    Step-Down Switching Regulator The LT1176 is a 1A monolithic bipolar switching regulator which requires only a few external parts for normal operation. The power switch, all oscillator and control circuitry and all current limit components are ...
    Jan 30, 2024
65. LT1176 — Datasheet Analog Devices
    Datasheets Analog Devices
    Step-Down Switching Regulator The LT1176 is a 1A monolithic bipolar switching regulator which requires only a few external parts for normal operation. The power switch, all oscillator and control circuitry and all current limit components are ...
    Jan 30, 2024
66. Bridge measures small capacitance in presence of large strays
    Jeff Witt
    Circuits Analog Devices LT1004 LT1413 LT1462 LTC1043
    Capacitance sensors measure a wide variety of physical quantities, such as position, acceleration, pressure and fluid level. The capacitance changes are often much smaller than stray capacitances, especially if the sensor is remotely placed. I ...
    Dec 18, 2023
67. 0.05 µV/°C chopped amplifier requires only 5 µA supply current
    Jim Williams
    Circuits Analog Devices LT1495 LTC1440
    Figure 1 shows a chopped amplifier that requires only 5.5 µA supply current. Offset Voltage is 5 µV, with 0.05 µV/ C drift. A gain exceeding 10 8 affords high accuracy, even at large closed-loop gains. Figure 1. 0.05 µV/ C ...
    Dec 15, 2023
68. Bandpass filter has adjustable Q
    Frank Cox
    Circuits Analog Devices LT1228
    The bandpass filter circuit shown in Figure 1 features an electronically controlled Q. Q for a bandpass filter is defined as the ratio of the 3 dB pass bandwidth to the stop bandwidth at some specified attenuation. The center frequency of the ...
    Dec 12, 2023
69. Force/sense connection eliminates multiplexer on-resistance error
    Stephen Woodward
    Circuits Analog Devices LT1028
    Digitally controlled gain is an everyday analog-design element. You frequently find this element in an op-amp-based, transimpedance current-to-voltage converter. When you design digital gain control into such a converter, the usual scheme is to ...
    Dec 8, 2023
70. The golden rule of board layout for switch-mode power supplies
    Frederik Dostal
    Articles Analog Devices LT8640S
    This article explains the basis for achieving an optimized board layout, a critical aspect in the design of switch-mode power supplies. A good layout ensures stable functioning of the switching regulator and minimizes radiated interference as well ...
    Nov 29, 2023

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