Voltage References

ELECTRICAL CHARACTERISTICS - continued (0' < TA < 70'C. VCC = 5.0 V. VEE = - 5.2 V. VRT = + 1.0 V.
VRS = -1.0 V. except where noted.)
ANALOG INPUT (PIN 14)
Input Current @ Vin = VRS (See Figure 5) IINL -100
Input Current @ Vin = VRT (See Figure 5) IINH -
Input Capacitance (VRT - VRS = 2.0 V. See Figure 4) Cin -
Input Capacitance (VRT - VRS = 1.0 V. See Figure 4) Cin -
Bipolar Offset Error VOS -
REFERENCE
Ladder Resistance (VRT to VRS. T A = 25'C) Rref 104
Temperature Coefficient TC -
Ladder Capacitance (Pin 1 open) Cref -
ENABLE INPUTS (VCC = 55 V) (See Figure 6)
Input Voltage - High (Pins 19-20) VIHE 2.0
Input Voltage - Low (Pins 19-20) VILE -
Input Current @ 2.7 V IIHE -
Input Current @ 0.4 V @ EN (0 < EN < 5.0 V) IILI -400
Input Current @ 004 V @ EN (EN = 0 V) IIL2 -400
Input Current @ 004 V @ EN (EN = 2.0 V) IIL3 -20
Input Clamp Voltage (11K = -18 mAl VIKE -1.5
CLOCK INPUT (VCC = 5.5 V)
Input Voltage High VIHC 2.0
Input Voltage Low VILC -
Input Current @ 004 V (See Figure 7) IILC -400
Input Current @ 2.7 V (See Figure 7) IIHC -100
Input Clamp Voltage (11K = -18 mAl VIKC -1.5
DIGITAL OUTPUTS
High Output Voltage (lOH = -400 p.A. VCC = 4.5 V. See Figure 8) VOH 2.4
Low Output Voltage (lOL = 4.0 mAo See Figure 9) VOL -
Output Short Circuit Current" (VCC = 5.5 V) ISC -
Output Leakage Current (004 < Vo < 204 V. See Figure 3. ILK -50
VCC = 5.5 V. 00-07 in 3-State Mode)
Output Capacitance (00-07 in 3-State Mode) Cout -
*Only one output IS to be shorted at a time, not to exceed 1 second.
POWER SUPPLIES
VCC(A) Current (4.5 V < VCC(A) < 5.5 V) (Outputs unloaded) ICC(A) 10
VCC(O) Current (4.5 V < VCC(D) < 5.5 V) (Outputs unloaded) ICC(O) 50
VEE Current (-6.0 V < VEE < -3.0 V) lEE -14
Power Oissipation (VRT - VRB = 2.0 V) (Outputs unloaded) Po -
MOTOROLA LINEAR/INTERFACE ICs DEVICE DATA
6-29
0 -
60 150
36 -
55 -
0.1 -
130 156
+0.29 -
25 -
- -
- 0.8
0 20
-100 -
-100 -
-2.0 -
-1.3 -
- -
- 0.8
-80 -
-20 -
-1.3 -
3.0 -
0.35 0.4
35 -
- +50
9.0 -
17 25
90 133
-10 -6.0
618 995
p.A
p.A
pF
pF
LSS
n
%/DC
pF
V
V
p.A
p.A
p.A
p.A
V
Vdc
Vdc
p.A
p.A
Vdc
V
V
rnA
p.A
pF
mA
mA
mA
mW