国上清文大华 Cycloidal Displacement -怡云r c-mr部-中r别 a-c引-÷r别 =ro2 B cam angle 0 圆上清支大华 RDFD Cam,Cycloidal s=%0-3sim29% B Equation for a cycloid. Cam has a cycloidal displacement or sinusoidal acceleration Valid cam design(follows fundamental law of cam design) Acceleration and velocity are highel than other functions General procedure for design is to start with a continuous curve for acceleration and integrate. 0 B cam angle e 1717                                          1 cos 2 1 cos 2 2 h v C 2 2 2 sin 2 2 4 1 sin 2 2 sC C k h                                                           sin 2 2 sin 2 2 h a C              4 cos 2 3 h j Cycloidal Displacement RDFD Cam, Cycloidal  Valid cam design (follows fundamental law of cam design)  Acceleration and velocity are higher than other functions  General procedure for design is to start with a continuous curve for acceleration and integrate.   2 sin 2 h h s         Equation for a cycloid.  Cam has a cycloidal displacement or sinusoidal acceleration h