SAS3

Abstract: HD494 picture-in-picture motion interpolation HM63021P
Contextual Info: HD49406 -Memory Controller Description The HD49406 controls HM53051P frame memory and HM63021P line memory. It also distributes pulses to YSP, INT, and CSP. Functions • Frame memory control: generates HM53051P signals CGW, CGR, SAD, SAS, TAS, WE, and

Contextual Info: MITSUBISHI ICs TV M50571FP SYNC SIGNAL PROCESSING DESCRIPTION The M50571FP is a semiconductor integrated circuit for generating various sync signals and clock signals for EDTV system. A specially designed standard signal/non-standard signal detecting circuit also responds to non-standard signals. It

Contextual Info: MITSUBISHI ICs TV M50570FP COLOR SIGNAL SEPARATION/INTERPOLATION PROCESSOR DESCRIPTION The M50570FP is a semiconductor integrated circuit for processing color signals in response to the movement in EDTV system. It also has noise reduction and special functions.

ha1921

Contextual Info: MITSUBISHI ICs TV M50570FP COLOR SIGNAL SEPARATION/INTERPOLATION PROCESSOR 8| I • D E S C R IP T IO N The M 5 0570 F P is a s e m ic o n d u c to r in te g ra te d c irc u it fo r processing color signals in re sponse to th e m o v e m e n t in EDTV s y s te m .

Contextual Info: HD49404 Luminance Signal Processor Functions • • • • Motion adaptive Y/C separation Motion detection Edge detection Noise reduction Features • Separates Y signal based on amount of motion using the following filters: — Still picture: Frame comb filter

picture-in-picture motion interpolation

Contextual Info: HD49405 Scanning Line Interpolator Functions • Motion adaptive scan line interpolation • Tw o-dim ensional enhancer: horizontal and vertical enhancement adjusted independently • Motion time-space filter Features • Internal scan line interpolation based on amount

ha-1547

Abstract: HA1154 HD494 ha11547
Contextual Info: MITSUBISHI ICs TV j M50571FP SYNC SIGNAL PROCESSING \ DESCRIPTION The M 5 0571 F P is a s e m ic o n d u c to r in te g ra te d c irc u it fo r ge nera ting various sync signals and clock signals fo r EDTV