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Continuously Variable

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Part # Distributor Manufacturer Product Category Description
D5-6804-30 ASAP Semiconductor ARRA Not Provided Continuously Variable Attenuator, 6-11GHz, SMA female connector

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  • Variable Attenuators
    A variable attenuator is an attenuator whose attenuation can be varied between two values in a specified range. Depending on how the changes are accomplished there are several types: • Continuously Variable: The attenuation can be varied in a continuous fashion. • Step Variable Attenuators
  • Co-Simulation Analysis of Transient Response and Control for Engines with Variable Valvetrains (.pdf)
    subsystems - - variable cam. continuously variable mechanical, electrohydraulic and. phasers on both intake and exhaust, along with various. electromechanical approaches [1-12]. Mechanical. kinds of variable valve lift mechanisms. Isolated. variable valve lift systems are generally used in. component
  • 2-step Variable Valve Actuation: System Optimization and Integration on an SI Engine (.pdf)
    . transient control and calibration. closing is a strategy for high fuel economy on spark-. ignited gasoline engines. Two discrete valve-lift profiles. INTRODUCTION. are used with continuously variable cam phasing. 2-step. VVA systems are attractive because of their low. Compromises inherent with fixed
  • Implementing Temperature-Based Variable Fan Speed Control in NLX Power Supplies
    consisting of two pulses per fan rotation. 2. FanC is an input to the NLX-compliant power supply used by the motherboard to regulate fan speed and to shut the fan down. FanC is a 0V to 12V analog signal. Implementing Temperature-Based Variable Fan Speed Controller in NLX Power Supplies M
  • 2002 Audi A4 1.8T CVT
    I wanted to test the continuously variable transmission (CVT) Just in case you can't decipher Audi's code for naming vehicles, the car I tested was an A4 with the 1.8-liter turbocharged engine and continuously variable transmission. It's a great little sedan, and I use the term a little bit loosely
  • 2003 Cadillac Seville STS
    , a revolutionary damper design that uses magnetorheological (MR) fluid in the shocks and struts. For continuously variable, real-time damping, the fluid's consistency can be varied by controlling the current to the electromagnetic coil inside the damper's piston. The result is
  • AC and DC Variable Speed Drives: Application Considerations
    , because of their constant torque capabilities, A-C V*S Drives can continuously produce full load torque without overheating over speed ranges dependent upon the type of motor being used. The first graph to the right show the speed-torque profile for A-C V*S Drives using an energy efficient Duty Master XE
  • Servocontrol with pneumatic actuators
    cylinders have long given machine designers a fast and convenient means of discrete state actuation. Pneumatics combined with flow controls and position switches can give acceptable acceleration smoothing on a Spartan budget. But industry increasingly needs actuators with continuously variable

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