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Part # Distributor Manufacturer Product Category Description
F5472K-Y/L2000BKX Global Industrial Allied Plastics Co Inc Not Provided Activity Table, 48" X 72", Kidney, Standard Adj. Height, Yellow

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  • MICRO: Products
    by other industrial solid-state lasers. The low-noise unit has pulse power variations <4% peak to peak. With an average power >8 W at 1064 nm, the laser offers high throughput for high-speed applications based on galvanometer scanning or rapid x-y table motion. The Q-switched laser produces
  • Improving Motion Positioning With Dual-Loop Control and Scurve
    Microscope x-y stages need fast, smooth, and accurate motion for highest performance. In addition, we want to use the most cost effective hardware that can get the job done. What control techniques are available to achieve these goals?. The diagram on page two shows an all-in-one motion card design
  • Medical Device Link .
    /DGQ 3441 of +-0.3 um. This high-precision, high-accuracy performance is achievable throughout the machine 's x-y work envelope of 500 x 500 mm. The machine bed features symmetrical construction from the manufacturer 's own Armorith material. The thermally stable and vibration-dampening base helps
  • Machining - Five-Axis Machining: What Are The Benefits and How Can You Achieve this Capability? - 09/07
    applications and needs that determine how a given manufacturer gets the job done. In both vertical and horizontal milling, two additional axes are added to the existing X, Y and Z axes. These two axes are typically a rotary axis that rotates around the Z axis and a tilting axis that rotates around the Y
  • Efficient Fixed-Point Trigonometry Using CORDIC Functions for PIC16F
    of trigonometric and hyperbolic functions on a EQUATION 1: ROTATION OF VECTOR digital computer. (X, Y) BY ? With proper modification, these routines can also be -1 -1 xx= cos? – ysin?, cos , polar/rectangularused to implement the sin yy= cos? + xsin? coordinate conversion, hyperbolic, and even
  • Efficient Fixed-Point Trigonometry Using CORDIC Functions for PIC16F
    of trigonometric and hyperbolic functions on a EQUATION 1: ROTATION OF VECTOR digital computer. (X, Y) BY ? With proper modification, these routines can also be -1 -1 xx= cos? - ysin?, cos , polar/rectangularused to implement the sin yy= cos? + xsin? coordinate conversion, hyperbolic, and even

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