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AN82527F8 Datasheet(PDF) 13 Page - Intel Corporation |
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AN82527F8 Datasheet(HTML) 13 Page - Intel Corporation |
13 / 22 page ![]() 82527 AC Characteristics for 8-Bit Non-Multiplexed Asynchronous (Mode 3) Conditions VCC e 5V g10% VSS e 0V TA eb40 Cto a125 C CL e 100 pF Symbol Parameter Min Max 1tXTAL Oscillator Frequency 8 MHz 16 MHz 1tSCLK System Clock Frequency 4 MHz 10 MHz 1tMCLK Memory Clock Frequency 2 MHz 8 MHz tAVCL Address or RW Valid to CS Low 3 ns Setup tCLDV CS Low to Data Valid 0 ns 55 ns for High Speed Registers (02H 04H 05H) For Low Speed Registers 0 ns 15 tMCLK a 100 ns (Read Cycle without Previous Write)(1) For Low Speed Registers 0 ns 35 tMCLK a 100 ns (Read Cycle with Previous Write)(1) tKLDV DSACK0 Low to Output Data Valid 23 ns for High Speed Read Register For Low Speed Read Register k 0ns tCHDV 82527 Input Data Hold after CS High 15 ns tCHDH 82527 Output Data Hold after CS High 0 ns tCHDZ CS High to Output Data Float 35 ns tCHKH1 CS High to DSACK0 e 24V(3) 0ns 55ns tCHKH2 CS High to DSACK0 e 28V 150 ns tCHKZ CS High to DSACK0 Float 0 ns 100 ns tCHCL CS Width between Successive Cycles 25 ns tCHAI CS High to Address Invalid 7 ns tCHRI CS High to RW Invalid 5 ns tCLCH CS Width Low 65 ns tDVCH CPU Write Data Valid to CS High 20 ns tCLKL CS Low to DSACK0 Low 0ns 67ns for High Speed Registers and Low Speed Registers Write Access without Previous Write(2) tCHKL End of Previous Write (CS High) to 0 ns 2 tMCLK a 145 ns DSACK0 Low for a Write Cycle with a Previous Write(2) tCOPD CLKOUT Period (CDV a 1) tOSC(4) tCHCL CLKOUT High Period (CDV a 1) tOSC b 10 (CDV a 1) tOSC a 15 NOTES E and AS must be tied high in this mode 1 Definition of ‘‘Read Cycle without a Previous Write’’ The time between the rising edge of CS (for the previous write cycle) and the falling edge of CS (for the current read cycle) is greater than 2 tMCLK 2 Definition of ‘‘Write Cycle without a Previous Write’’ The time between the rising edge of CS (for the previous write cycle) and the rising edge of CS (for the current write cycle) is greater than 2 tMCLK 3 An on-chip pullup will drive DSACK0 to approximately 24V An external pullup is required to drive this signal to a higher voltage 4 Definition of CDV is the value loaded in the CLKOUT register representing the CLKOUT divisor 13 |
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