All Sections: LT - 6

51. 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 ...
    30-01-2024

52. 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 ...
    30-01-2024

53. 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 ...
    30-01-2024
54. 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 ...
    30-01-2024
55. Bridge measures small capacitance in presence of large strays
    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 ...
    18-12-2023
56. 0.05 µV/°C chopped amplifier requires only 5 µA supply current
    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 ...
    15-12-2023
57. Bandpass filter has adjustable Q
    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 ...
    12-12-2023
58. Force/sense connection eliminates multiplexer on-resistance error
    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 ...
    08-12-2023
59. The golden rule of board layout for switch-mode power supplies
    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 ...
    29-11-2023
60. Circuit's RMS output is linearly proportional to temperature over wide range
    Circuits Analog Devices LT1001
    It is known that the p-n diode can be the basis of an accurate thermometer for cryogenic temperatures up to about 200 C. A constant current is maintained through the diode and the voltage across it gives an indication of the temperature. The ...
    03-10-2023

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