DescriptionThe 54F64LMQB contains gates configured to perform a 4-2-3-2 input AND-OR-INVERT function.The absolute maximum ratings of the 54F64LMQB are: (1)storage temperature: -65 to +150; (2)ambient temperature under bias: -55 to +125; (3)junction temperature under bias: -55 to +175; (4)plastic: ...
54F64LMQB: DescriptionThe 54F64LMQB contains gates configured to perform a 4-2-3-2 input AND-OR-INVERT function.The absolute maximum ratings of the 54F64LMQB are: (1)storage temperature: -65 to +150; (2)ambien...
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The 54F64LMQB contains gates configured to perform a 4-2-3-2 input AND-OR-INVERT function.
The absolute maximum ratings of the 54F64LMQB are: (1)storage temperature: -65 to +150; (2)ambient temperature under bias: -55 to +125; (3)junction temperature under bias: -55 to +175; (4)plastic: -55 to +150; (5)VCC pin potential to ground pin: -0.5V to +7.0V; (6)input voltage: -0.5V to +7.0V; (7)input current: -30 mA to +5.0 mA; (8)voltage applied to output in high state (with VCC e 0V); (9)standard output: -0.5V to VCC; (10)TRI-STATE output: -0.5V to +5.5V; (11)current applied to output in low state (max) twice the rated IOL (mA).
The following is about the electrical characteristics of 54F64LMQB: (1)input high voltage: 2.0 V min at recognized as a high signal; (2)input low voltage: 0.8 V max at recognized as a low signal; (3)input clamp diode voltage: -1.2 V min at IIN = -18 mA; (4)output high voltage 54F 10% VCC: 2.5V min at IOH = -1 mA; (5)output low voltage 54F 10% VCC: 0.5V min at IOL = 20 mA; (6)input high current 54F: 20.0A max at VIN = 2.7V; (7)input high current breakdown test 54F: 100A max at VIN = 7.0V; (8)output high leakage current 54F: 250A max at VOUT = VCC; (9)input leakage test 74F: 4.75 V min at IID = 1.9 mA, all other pins grounded; (10)output leakage circuit current 74F: 3.75 A max at VIOD = 150 mV, all other pins grounded; (11)input low current: -0.6 mA Max at VIN = 0.5V; (12)output short-circuit current: -60mA min and -150 mA max at VOUT = 0V; (13)power supply current: 1.9mA typical and 2.8 mA max at VO = HIGH; (14)power supply current: 3.1mA typical and 4.7 mA max at VO = low.