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G-MRCO-007 Datasheet(Fiches technique) 3 Page - TE Connectivity Ltd

Numéro de pièce G-MRCO-007
Description  Linear Magnetic Field Sensors
Télécharger  9 Pages
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Fabricant  TEC [TE Connectivity Ltd]
Site Internet  http://www.te.com/usa-en/home.html
Logo TEC - TE Connectivity Ltd

G-MRCO-007 Datasheet(HTML) 3 Page - TE Connectivity Ltd

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KMY_KMZ
Linear Magnetic Field Sensors
SENSOR SOLUTIONS ///KMY_KMZ Rev 4
1/2016
Page 3
Auxiliary field strengths below Hx<1.5 kA/m are not recommended, as small disturbances may flip the
magnetization domains. Sometimes, the magnetic conditions in the application may provide enough Hx bias
field stabilization. MEAS Germany can provide advice for customer specific magnet arrangements.
If a bias field Hx is not applied or
Hx is less than 2.5 kA/m, the
sensor may be used only in a
limited field range Hy, depending
on the present total bias field
Hx,tot. In this case, it is strongly
recommended to ‘premagnetize’
the sensor, i.e. align all magnetic
domains consistently, prior to the
measurement.
Hx,tot is the sum of all acting
magnetic fields in x direction at
the sensor die.
Do not use the sensor outside
the
safe
operating
area.
Leaving the save operating area
can
destroy
an
existing
premagnetization and therefore
will
lead
to
unreproducible
sensor signals.
Figure 2
: Safe operating area
CHARACTERISTIC VALUES / SENSOR SPECIFICATIONS
Parameter
Symbol
Condition
Min
Typ
Max
Unit
Operating Limits
max. supply voltage
Vcc,max
10
V
max. current
Icc,max
9
mA
operating temperature
Top
-40
+150
C
storage temperature
Tst
-40
+150
C
General Sensor Specifications
TC of amplitude
TCSV
Condition A, C
-0.35
%/K
TC of resistance
TCBR
Condition A, C
+0.35
%/K
TC of offset
TCVoff
Condition A, C
-4
0
+4
µV/V/K
Sensor Specifications KMY 20 S, KMZ 20 S, KMY 22 (T=25 °C, Hx=3 kA/m externally)
Supply voltage
Vcc
Condition A, B
5
V
Bridge resistance
Rb
Condition A, B
1200
1700
2200
Output signal range
V0/Vcc
Condition A, B
16
20
24
mV/V
Offset voltage
Voff/Vcc
Condition A, B
-1
0
+1
mV/V
Sensitivity
S
Condition A, B
3.7
4.7
5.7
mV/V/kA/m


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