DescriptionThe S-7041B is a kind of fully integrated CMOS POCSAG (CCIR Radio Paging code No.1) decoder and page controller for display pagers which also has an improved synchronization algorithm for efficient power saving. The decoded POCSAG data are transferred over a serial interface to a microc...
S-7041B: DescriptionThe S-7041B is a kind of fully integrated CMOS POCSAG (CCIR Radio Paging code No.1) decoder and page controller for display pagers which also has an improved synchronization algorithm for...
SeekIC Buyer Protection PLUS - newly updated for 2013!
268 Transactions
All payment methods are secure and covered by SeekIC Buyer Protection PLUS.
The S-7041B is a kind of fully integrated CMOS POCSAG (CCIR Radio Paging code No.1) decoder and page controller for display pagers which also has an improved synchronization algorithm for efficient power saving. The decoded POCSAG data are transferred over a serial interface to a microcontroller according to its commands for processing and subsequent storage and display. Its on chip buffer register allows the microcontroller to stay in subclock (lower frequency) mode in receiving interrupt requests from S7041B. In addition to its conventional decoding and error correcting function, it has a data conversion function for Chinese characters. With 76.8kHz X'tal oscillator, the decoder can be applied to any one of 512, 1200 and 2400 bps system by using its internal registers.
The features of S-7041B can be summarized as (1)low voltage operation 1.7Vmin; (2)low current consumption 30A max. @3.0V; (3)8bit serial interface; (4)data conversion function (data lenghth of 4, 7 or 8 bits); (5)512/1200/2400bps register selectable; (6)6 addresses and two frames (programmable address assignment); (7)programmable receiver warm-up's.
The absolute maximum ratings of s-S-7041B are (1)supply voltage VCC: -0.3 to 5.5V; (2)input voltage VIN: VSS-0.3 to VDD + 0.3V; (3)output voltage VOUT: VSS to VDD V; (4)storage temperature Tbias: -40 to + 125°C; (5)operating temperature Topr: -10 to + 70°C.