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Company: "Linear Technology"
Search results: 57   Output: 1-10
  1. Erjon Qirko and Kris Lokere, Linear Technology Design Note 1039 Introduction The LT6018 is an ultralow noise (1.2 nV/√Hz at 1 kHz) operational amplifier with ultralow distortion ( 115 dB at 1 kHz). It has a gain bandwidth product of 15 MHz, ...
    Circuits » Analogue Design » Linear Technology » LT1637, LT5400, LT6018, LTC2378-20, LTC2387-18
    06-03-2017
  2. Matthew Grant, Linear Technology Design Note 556 Introduction The LT®3952 monolithic LED driver includes a 4 A, 60 V DMOS power switch, excellent for driving high current LEDs in buck mode. Among its many features is an input current sense ...
    01-03-2017
  3. Fran Hoffart, Linear Technology Design Note 491 Introduction Advances in low power electronics now allow placement of battery-powered sensors and other devices in locations far from the power grid. Ideally, for true grid independence, the batteries ...
    Circuits » Supply · Power · Solar » Linear Technology » LTC3105, LTC4071
    01-02-2017
  4. Victor Khasiev, Linear Technology Design Note 553 Introduction Data loss is a concern in telecom, industrial and automotive applications where embedded systems depend on a consistent supply of power. Sudden power interruptions can corrupt data ...
    24-01-2017
  5. Glen Brisebois EDN Ideal triangle waves involve infinite d 2 V/dt 2 , so high-fidelity triangle waves entail very high bandwidths. Micropower circuits have fairly low bandwidth, so generating good triangle waves with such circuitry becomes ...
    19-01-2017
  6. Jim Williams EDN The VFC (voltage-to-frequency-converter) circuit in Figure 1 achieves a wider dynamic range and a higher full-scale output frequency 100 MHz with 10% overrange to 110 MHz by a factor of 10 over any commercially available converter. ...
    Circuits » Measurement » Linear Technology » LT1460, LTC1150, LTC6943
    19-01-2017
  7. Jim Williams EDN You use a JFET's self-biasing characteristics to build a dc/dc converter that operates from power sources such as solar cells, thermopiles, and single-stage fuel cells, all of which deliver less than 600 mV and sometimes as ...
    11-01-2017
  8. Raymond Zheng, Linear Technology EDN The demand for negative-voltage power supplies is increasing with the popularity of applications for portable devices. It can be expensive and relatively complicated to generate a negative supply from a positive ...
    Circuits » Supply · Power » Linear Technology » LTC1983ES6-5
    06-01-2017
  9. Keith Szolusha EDN In certain dc/dc-converter applications, on-chip, cycle-by-cycle current limit may be insufficient protection to prevent a failure during a short circuit. A nonsynchronous boost converter provides a direct path from the input to ...
    14-12-2016
  10. Bob Smith, Linear Technology Design Note 1036 Introduction The LTC®4370 is a 2-supply current sharing, diode- ORing controller that uses MOSFETs to form ideal diodes. In this way, the LTC4370 can actively balance the output currents of two ...
    Circuits » Supply · Power » Linear Technology » LT1716, LT6650, LTC4370
    02-12-2016
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