ITT - Index of

VrL
ITT7528, ITT7529
DUAL SENSE AMPLIFIERS WITH
PREAMPLIFIER TEST POINTS
ELECTRICAL CHARACTERISTICS (unless otherwise noted Vcc+ =5V, Vcc - = -5V,
TA=O°C to 70°c)
Test
Parameter Fig. Min Typ** Max Unit Test Conditions
VT Differential-input 10)11 15 (20)19 ITT7528 ( 5528 )* Vrer=15mV
threshold voltage (see
8 15 22 ITT7529/ 5529
Note 3, page 17) 20
,(35)36 40 (45)44 mV ITT7528( 5528 ) Vrer=40mV
33 40 47 ITT7529/5529
VrcF Common--mode input ±2.5 V Vref=40mV, VI(S) = VIR
firing voltage (see Note 4,
Common-Mode Input Pulse:
page 17)
tr::::;;15ns, tr::::;;15ns, tw =50ns
1m
ho
VIR
DifferentiaHnput bias
30 75 p.A Vcc+ = 5.25V, (S528/29)
2
current (100) Vcc - = -5.25V, VID=O
Differential-input offset'
current
High-level input voltage
(strobe inputs)
2
21
3 p.A Vcc+ =5.25V,
Vcc - =,-5.25V, VID=O
2 V
V1L Low-level input voltage 0.8 V
(strobe inputs) 21
VOH
VOL
High-level output voltage
Low-level output voltage
21
21
2.4 4 V Vcc+=4.7SV, Vcc-=-4.75V,
10H= -400p.A
0.25 0.4 V Vcc+ =4.75V, Vcc - = -4.75V,
IOL=16mA
IIH High-level input current 40 p.A Vce+ =5.2SV, Vee - = -S.2SV,
(strobe inputs)
VIH=2.4V
22
1 mA Vee+ =5.25V, Vee - = -5.25V,
VIR=5.2SV
hL
Low-level input current
(strobe inputs)
"
22
-1 -1.6 mA Vec+ =5.2SV, Vee - = -5.25V,
=O.4V
los Short-circuit output current 23 -2.1 -3.5 mA Vee+ =5.25V, Vee - = -5.25V,
Ice+
Supply current from Vee+
lee- Supply current from Vee -
6
6
25 40 mA Vce+ -5.25V, Vee - - -5.25V,
TA=25°C
-15 -18 rnA Vce+ =5.25V, Vee - = -5.25V,
I TA=2SoC
** All typical values are at Vee+ = 'S V, Vee - = -5 V, TA = 25°C
• Numbers in parenthesis apply to .5528 or 5529 as indicated.
6 -16