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ITT - Index of

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<strong>ITT</strong>54H60<br />

DUAL 4-INPUT EXPANDER<br />

(FOR USE WITH <strong>ITT</strong>54H50. <strong>ITT</strong>54H53. CIRCUITS)<br />

ELECTRICAL CHARACTERISTICS (unless otherwise noted TA = -55°e to 125°e)<br />

Parameter Min Typ Max Unit Test Conditions<br />

Vin(l) Logical 1 input voltage required 2 V<br />

at all input terminals to ensure<br />

output is in the on state<br />

Vin(O) Logical 0 input voltage required 0.8 V<br />

at any input terminal to ensure<br />

output is in the <strong>of</strong>f state<br />

Von On-state output voltage 0.4 V Vee<br />

4.5V. Vin 2V.<br />

V1 = lV.lon = 5.85mA.<br />

TA =-55°e<br />

0.4 V Vee = 5.5V. Vin = 2V.<br />

V1 = 0.6V.lon = 7.85mA.<br />

TA = 125°C<br />

l<strong>of</strong>f Off-state output current 320 uA Vce - 4.5V. Vin - 0.8V<br />

V 1 = 4.5V.R = 575n<br />

TA = -55°C<br />

Ion On-state output current -470 uA Vee - 4.5V. Vin - 2V.<br />

V, = lV. TA = -55°C<br />

lin(O) Logical 0 level input current -2 mA Vee - 5.5V. Vin - 0.4V<br />

(each input)<br />

lin(l ) Logical 1 level input current 50 uA Vee - 5.5V. Vin - 2.4V<br />

(each input)<br />

1 mA Vee = 5.5V. V'n = 5.5V<br />

lee(on) On-state supply current 1.9 3.5 mA Vee - 5.5V. Vin = 4.5V.<br />

V 1 = 0.85V<br />

lee(ott) Off-state supply current 3 4.5 mA Vee - 5.5V, Vin -:- O.<br />

1 All typical values are at Vee = 5V. T A = 25° e. V1 = 0.85V<br />

OUTPUT CAPACITANCE. Vee and GND terminals open, TA = 25°e<br />

ex<br />

I<br />

Parameter Min Typ Max Unit Test Conditions<br />

Effective capacitance <strong>of</strong> output 1.3 pF f = 1 MHz<br />

transistor 01<br />

3-273

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