• Part: SN9P701-00X
  • Description: OPTICAL ID IMAGE Decoder
  • Manufacturer: SONiX
  • Size: 162.08 KB
Download SN9P701-00X Datasheet PDF
SONiX
SN9P701-00X
SN9P701-00X is OPTICAL ID IMAGE Decoder manufactured by SONiX.
Description SN9P701 is the second generation of OID decoder. It is designed for implementing SONi X newly developed D.H.R.T. Technology (Data Hiding & Retrieving Technology), which integrates the solution that includes CMOS sensor interface, image pattern recognizing engine, voltage regulator, RC oscillator and retrieved index output interface. 2. Feature of SN9P701 - Support dot pattern format : OID_Code_v2 - Core voltage operation range : 3.0V ~ 3.6V ( Reference design ) - Regulator input : 3.6V ~5.0V ( Reference design ) - Low power dissipation : 5m A (typ) - Shot down current : <10u A - Embedded 16 bit-DSP for sensor control and image pattern recognition - Light source timing control - Built-in voltage regulator - Built-in 16Mhz RC type oscillator ( not remended in RF/IR version ) - Built-in low battery detection - Bi-directions munication in two wire serial interface - Output Optical_ID in two_wire_serial_interface ( Please refer to two_wire_interface_v2.pdf ) - 48 pin LQFP package. 3. Feature of OID_Code_V2 OID_Code_V2 is the 2nd generation of dot pattern used in OID system. - Dimension of single dot pattern : 1.3mm x 1.3mm - Number of index : 65,536(can extend to 262,144) - Low visual artifact - Low visual fixed pattern noise - Suggested paper type :art coated paper, mid-grade paper- All rights strictly reserved any portion in this paper shall not be reproduced, copied or transformed to any other forms without permission. SONi X TECHNOLOGY CO., LTD. E-mail: yaohung@sonix..tw V1.0 ,MAR. 2006 松翰科技股份有限公司 SONi X TECHNOLOGY CO., LTD. Preliminary SN9P701-00X 4. Specification of 2nd generation OID decoding system The 2nd generation OID decoding system is a low cost active detection module that provides a non-platform positioning engine for implementing Optical ID system, which reads the dot pattern on printed media by optically acquiring the surface image and translates the dot pattern into digits. The acquiring module includes the SONi X CMOS Image Sensor, an...