A1360, A1361,
and A1362
Characteristic
Symbol
Test Conditions
Min.
Typ.
Max.    Units
Drift Characteristics
Quiescent Voltage Output Drift
Through Temperature Range
1
V
OUT(Q)
A1360
V
OUT(Q)
 = 2.5 V; Sens = Sens(min)
20

20
mV
A1361
20

20
mV
A1362
60

60
mV
A1360
V
OUT(Q)
 = 2.5 V; Sens = Sens(max)
 35

35
mV
A1361
50

50
mV
A1362
160

160    mV
Sensitivity Drift Due to Package
Hysteresis
1
Sens
PKG
T
A
 = 25癈, after temperature cycling

< ?

%
1
 See Characteristic Definitions section.
2
 f
C
 varies up to approximately ?0% over the full operating ambient temperature range, T
A
, and process.
3
 V
CLP
 voltages are production-tested, with the sole exception of the A1360 V
CLP(HIGH)
, which is guaranteed by design (the low sensitivity and corresponding high
gauss levels required for testing A1360 V
CLP(HIGH)
 make production testing impractical).
4
 Noise is dependent on the sensitivity of the device and the filter capacitance. An 8 mV peak-to-peak noise floor exists that is independent of device sensitivity. This noise
floor attenuates proportionate to the filter capacitance (and device bandwidth).
5
 Unit of measure (phase degrees) in reference to the magnetic input signal.
6
 High-to-low transition of output voltage is a function of external load components and device sensitivity.
7
 Raw device characteristic values before any programming.
8
 V
OUT(Q)UNIinit
 typically starts below the lower clamp voltage, V
CLP(LOW)
. When programming the fine quiescent duty cycle for this parameter, several codes may need to be
addressed before V
OUT(Q)UNI
 can be measured above V
CLP(LOW)
.
9
 Bits for selecting between V
OUT(Q)UNI
 and V
OUT(Q)BI
 programming ranges.
10
V
OUT(Q)
guaranteed by design.
11
V
OUT(Q)
(max) is the value available with all programming fuses blown (maximum programming code set). The V
OUT(Q)
 range is the total range from V
OUT(Q)init
 up to and
including V
OUT(Q)
(max). See Characteristic Definitions section. Quiescent Voltage Output may drift by an additional ?0 mV over the lifetime of this product.
12
Step size is larger than required, in order to provide for manufacturing spread. See Characteristic Definitions section.
13
 Non-ideal behavior in the programming DAC can cause the step size at each significant bit rollover code to be greater than twice the maximum specified value of
Step
VOUT(Q)
 or Step
SENS
.
14
 Overall programming value accuracy. See Characteristic Definitions section.
15
 Sens guaranteed by design.
16
Sens(max) is the value available with all programming fuses blown (maximum programming code set). Sens range is the total range from Sens
init
 up to and including
Sens(max). See Characteristic Definitions section. Sensitivity may drift by an additional ?% over the lifetime of this product.
17
Programmed at 150癈 and calculated relative to 25癈.
18
 Linearity is only guaranteed for output voltage ranges of ? V from the quiescent output for bidirectional devices and +2 V from the quiescent output for unidirectional
devices. These linearity ranges are only valid within the operating output range of the device. The operating output range is confined to the region between the output clamps.
Linearity may shift by up to +/- 1 % over the lifetime of this product.
19
 Symmetry error is only valid for bidirectional devices. Symmetry may shift by up to ?% over the lifetime of this product.
20
 Percent change from actual value at V
CC
 = 5 V, for a given temperature, over the guaranteed supply voltage operating range.
21
 Percent change from actual value at V
CC
 = 5 V, T
A
 = 25癈, over the guaranteed supply voltage operating range.
OPERATING CHARACTERISTICS (continued) valid over full operating temperature range, T
A
; C
BYPASS
 = 0.1 糉, V
CC
 = 5 V, unless otherwise speci ed
Low-Noise Programmable Linear Hall Effect Sensor ICs with
Adjustable Bandwidth (50 kHz Maximum) and Analog Output
5
Allegro MicroSystems, LLC
115 Northeast Cutoff
Worcester, Massachusetts 01615-0036 U.S.A.
1.508.853.5000; www.allegromicro.com
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