ISL70517SEH Datasheet, PDF (6/27 Pages) Intersil Corporation – Precision test and measurement

ISL70517SEH
Electrical Specifications V_CC = V_CO = 18V, V_EE = V_EO = -18V, V_CM = 0V, R_L = 10kΩR_FB = R_IN = 30.1kΩT_A = +25°C, unless otherwise
specified. Boldface limits apply across the operating temperature range, -55°C to +125°C and across a total ionizing dose of 75krad(Si) at +25°C with
exposure at a low dose rate of <10mrad(Si)/s, unless otherwise specified. (Continued)
PARAMETER
DESCRIPTION
TEST CONDITIONS
MIN
MAX
(Note 5)
TYP
(Note 5) UNIT
FEEDBACK DC SPECIFICATIONS
V_CMIRFB
+FB, -FB Common-Mode Input Voltage
Range
Verified via CMRR
V_EE + 3V
V_CC - 3V
V
V_OSFB
Feedback Input Offset Voltage
(Notes 10, 11) +25°C
-1600
±400
1600
µV
(Notes 10, 11) -55°C to +125°C
-3000
3000
µV
(Notes 10, 11) +25°C post 75krad -6000
6000
µV
TCV_OSFB
Feedback Input Voltage Temperature
Coefficient
15
±2.6
15
µV/°C
I_BV_FB
Input Bias Current at +V_FB Input
I_RFB
Feedback Resistor Drive Current
(Current through R_FB resistor)
OUTPUT DC SPECIFICATIONS
(Notes 8, 10, 11)
(Note 9)
-200
15
200
nA
87
102
117
µA
V_OL
Output Voltage Low, V_OUT to V_EO
V_CC = +18V, V_EE = -18V,
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = 0mA
(Note 13)
100
160
mV
160
mV
V_OH
Output Voltage High, V_OUT to V_CO
V_CC = +18V, V_EE = -18V,
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = 1.5mA
V_CC = +18V, V_EE = -18V,
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = 7.5mA
V_CC = +18V, V_EE = -18V,
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = 0mA
(Note 13)
150
200
mV
200
mV
450
550
mV
550
mV
-160
-100
mV
-160
mV
V_OLLV
Output Voltage Low, V_OUT to V_EO
V_OHLV
Output Voltage High, V_OUT to V_CO
I_SC
Output Short-Circuit Current
V_CC = +18V, V_EE = -18V,
-200
-150
mV
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = -1.5mA
-200
mV
V_CC = +18V, V_EE = -18V,
-550
-450
mV
V_CO = +4V, V_EO = -4V
R_IN = R_F = 121kΩI_OUT = -7.5mA
-550
mV
V_CC = +4V, V_EE = -4V,
V_CO = +1.5V, V_EO = -1.5V
R_IN = R_F = 121kΩI_OUT = 1.5mA
150
200
mV
200
mV
V_CC = +4V, V_EE = -4V,
-200
-150
mV
V_CO = +1.5V, V_EO = -1.5V
R_IN = R_F = 121kΩI_OUT = 1.5mA
-200
mV
Output sink current V_OUT = GND
20
45
mA
(Note 12)
Output source current V_OUT = GND
20
45
mA
(Note 12)
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6
FN8699.4
December 15, 2016