NVE Corporation 11409 Valley View Road, Eden Prairie, Minnesota 55344 USA
(800) 467-7141 Web: www.nve.com
Email: info@nve.com 11/15/02
Magnetic Characteristics, NVE ADH025-00:
Typical Operate
Point
Minimum
Operate Point
Maximum
Operate Point
Minimum
Differential
1
Maximum
Differential
1
10 8 12 3.5 10
Note: All Values in Oersteds (Oe); 1 Oe = 1 Gauss in Air
Electrical Specifications, NVE ADH0xx-xx:
Parameter Symbol Min Max Units Test Condition
Supply Voltage
4
V
CC
4.5 30 V Operating
Supply Current, Single Output I
CC
3.0 6.0 mA Output Off, V
CC
=12V
Current Sinking Output
3
I
O
0 20 mA
3
Operating
Output Leakage Current I
LEAK
10
μA
Output Off, V
CC
=12V
Sinking Output Saturation Voltage V
OL
0.4 V Output On, I
OL
=20mA
Absolute Maximum Ratings:
Parameter Symbol Min Max Units
Supply Voltage V
CC
33 V
Reverse Battery Voltage V
RBP
-33 V
Current Sinking Output Off Voltage 33 V
Current Sourcing Output Off Voltage 0 V
Current Sinking Reverse Output Voltage -0.5 V
Current Sourcing Reverse Output Voltage -0.5 V
Continuous Output Current I
0
24 mA
Operating Temperature Range
4
T
A
-40 125
°C
Storage Temperature Range T
S
-65 150
°C
Magnetic Field
5
H None Oe
Notes:
1. Differential = Operate Point – Release Point
2. Minimum Release Point for ADH0xx-xx = 2.0 Oe.
3. Output current must be limited by a series resistor. Exceeding absolute maximum continuous output
current ratings will result in damage to the part. See the figure in the GMR Switch Product Selection
Guide for an output current derating curve.
4. Thermal power dissipation for the packages used by NVE is 240°C/Watt for the SOIC8 package,
and 320°C/Watt for the MSOP8 and TDFN6 packages. See the Figure on Ambient Temperature vs.
Supply Voltage for derating information. Heat sinking the parts by attaching them to a PCB
improves temperature performance.
5. There is no maximum magnetic field that will cause damage to the device.
