Circuits & Schematics Linear Technology - 9

Manufacturer: "Linear Technology"
Search results: 123 Output: 81-90
  1. Jesus Rosales, Linear Technology Design Note 545 Introduction Industrial, telecom, medical and automotive applications use a wide variety of regulated voltages to operate effectively, including high voltage and negative rails. When the designer is ...
    06-09-2016
  2. Sam Young, Afshin Odabaee Linear Technology Design Note 546 Introduction The top side of a typical system board, such as a PCIe card, is densely populated with FPGAs/ASICs/ microprocessors, transceivers, connectors, memory ICs and DC/DC regulators, ...
    02-08-2016
  1. Victor Khasiev, Linear Technology Design Note 1033 Introduction Generating a high voltage from a much lower voltage presents a number of challenges for the classical single stage boost topology. For instance, the maximum duty cycle limitation of a ...
    07-07-2016
  2. Design Note 445 Introduction Once relegated to the hinterlands of low cost indicator lights, the LED is again in the spotlight of the lighting world. LED lighting is now ubiquitous, from car headlights to USB-powered lava lamps. Car headlights ...
    28-06-2016
  3. Joel Shetton EDN The circuit in Figure 1 delivers programming voltages to an EEPROM under the control of an external DAC (not shown). You can replace the DAC with a potentiometer to create a general-purpose power supply operating from 12 V and able ...
    25-05-2016
  4. Guy Hoover, Linear Technology Design Note 1034 Introduction The high speed op amps required to buffer a modern 16 /18-bit analog-to-digital converter (ADC) typically dissipate as much power as the ADC itself, often with a maximum offset spec of ...
    25-05-2016
  5. This Design Idea applies a novel topology to an oscillator. It uses a series-connected LC (inductive-capacitive) tank circuit to give the circuit a higher tuning range than circuits that use a parallel-LC connection. The architecture of the ...
    12-05-2016
  6. Mike Shriver, Linear Technology Design Note 543 The LTC7138 is a 400 mA step-down regulator that can operate over an input voltage range of 4 V to 140 V, ideal for industrial, telecom, automotive and other applications subject to harsh line ...
    28-04-2016
  7. Jian Li, Yingyi Yan and Marvin Macairan, Linear Technology Design Note 542 Introduction The LTM4675 is a dual 9 A or single 18 A step-down uModuleR (micromodule) DC/DC regulator featuring remote configurability and telemetry monitoring of power ...
    19-04-2016
  8. Andy Mo, Linear Technology Design Note 515 Introduction An increasing number of applications occupy the 30 MHz to 300 MHz very high frequency (VHF) band. Television and radio broadcasting, navigation controls and amateur radios are a few examples. ...
    13-04-2016

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