DescriptionThe FDC37N769 is a 3.3V PC 97-compliant super I/O controller with infrared support. The feature of FDC37N769 are as follows: (1)3.3 volt operation; (2)inteligent auto power management; (3)16 bit address qualification; (4)2.88MB super I/O floppy disk controller; (5)floppy disk available ...
FDC37N769: DescriptionThe FDC37N769 is a 3.3V PC 97-compliant super I/O controller with infrared support. The feature of FDC37N769 are as follows: (1)3.3 volt operation; (2)inteligent auto power management; (3...
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The FDC37N769 is a 3.3V PC 97-compliant super I/O controller with infrared support. The feature of FDC37N769 are as follows: (1)3.3 volt operation; (2)inteligent auto power management; (3)16 bit address qualification; (4)2.88MB super I/O floppy disk controller; (5)floppy disk available on parallel port pins; (6)ACPI compliant; (7)enhanced digital data separator; (8)serial ports; (9)infrared communications controller; (10)multi-mode parallel port with chiprotect; (11)ISA host interface; (12)game port select logic; (13)general purpose address decode; (14)100 pin TQFP package.
The absolute maximum ratings of the FDC37N769 are: (1)operating temperature range: 0 to +70; (2)storage temperature range: -55 to +150; (3)lead temperature range(soldering, 10 seconds): +325; (4)postive voltage on any pin, with respect to ground: +5.5; (5)negtive voltage on any pin, with respect to ground: -0.3; (6)maximum VCC: +5V
The following is about the electrical characteristics of FDC37N769: (1)low input level: 0.8V max at TTL level; (2)high input level: 2.0V min; (3)low input level: 0.8V at schmitt trigger; (4)high input level: 2.2V at schmitt trigger; (5)schmitt trigger hysteresis: 250mV typical; (6)low input level: 0.4V; (7)high input level: 2.2V; (8)low input leakage: -10A and +10A at VIN = 0; (9)high input leakage: -10A and +10A at VIN = Vcc; (10)input current: 75A typical and 150A max at VIN = 0; (11)low output level: 0.4V at IOL = 12mA; (12)high output level: 2.4V at IOL = -6mA; (13)output leakage: -10A and +10A at VIN = 0 to Vcc.