4-bit Grey Code Converter with Counter. Lincoln Chin Dat Tran Thao Nguyen Tien Huynh. Function Convert from binary to grey code Count from binary 0-15. Run with 200MHz Clock Load capacitance of 50fF Power = Area = (388 x 245)um^2 = 95060 um^2. Specifications. Design Converter

By4-bit Grey Code Converter with Counter. Lincoln Chin Dat Tran Thao Nguyen Tien Huynh. Function Convert from binary to grey code Count from binary 0-15. Run with 200MHz Clock Load capacitance of 50fF Power = Area = (388 x 245)um^2 = 95060 um^2. Specifications. Design Converter

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Vectors Test… oh my. Class Average was 51% We are re-evaluating how much we will count it for. I will have your marks next week. MOVING ON ! Forget about what happened and let’s start fresh. TRIGONOMETRY. Trig Ratios of Right Angle Triangles Section 5.1. Review….

Memory Test - Debugging Test Vectors Without ATE. Steve Westfall Director Visual Testbench Engineering Summit Design Inc. Why Do This?. Introduces Concurrent Engineering into the process Allows for Off-line Test Program development Improves Test Program Debug efficiency. Outline.

Vectors of Vectors. Representing Objects with Two Dimensions. Alan Abrams. Beth Bittner. Charles Chalmers. Debra DeVries. Ed Evans. Fran Ferguson. Gary Grodin. Hannah Hollister. Ingmar Illich. Joe Johnson. Louise Lamar. Mark Morris. Nancy Norris. Obadiah O’Hare. Pam

VECTORS. Do you remember the difference between a scalar and a vector?. Scalars are quantities which are fully described by a magnitude alone. Vectors are quantities which are fully described by both a magnitude and a direction. Vector Representation.

Vectors. What is the difference between a vector and a scalar number?. Vectors. Scalar. Both have a magnitude but only vectors have a direction. What kinds of things can be represent by vector. Displacement - Magnitude- how far you went Direction - which way. Velocity --

Have you ever drawn a treasure map as a child? Drawn a map to you home for someone else? ... The length of the arrow magnitude of quantity ( drawn to scale) ...

VECTORS. Eugene, Yelim, Victoria and Matt. Contents. Addition and subtraction of vectors Position vectors The scalar Product Vectors equations of a line. Introduction to Vectors (and position vectors). (the little pointy guys). What is a Vector? (Revision).

Vectors. A vector is a quantity that is characterized by both magnitude and direction. Vectors are represented by arrows. The length of the arrow represents magnitude. The direction of the arrow represents direction.

Vectors. Definitions. Scalar – magnitude only Vector – magnitude and direction I am traveling at 65 mph – speed is a scalar. It has magnitude but no direction. I am traveling north at 65 mph – speed is a vector. It has both magnitude and direction. Graphical Representation.

Vectors. Vector : a quantity that has both magnitude (size) and direction Examples: displacement, velocity, acceleration Scalar : a quantity that has no direction associated with it, only a magnitude Examples: distance, speed, time, mass. Vectors are represented by arrows.