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SCA1000-D01 View Datasheet(PDF) - Murata Manufacturing

Part NameDescriptionManufacturer
SCA1000-D01 PRODUCT SPECIFICATION FOR XY-DUAL AXIS ACCELEROMETER Murata
Murata Manufacturing Murata
SCA1000-D01 Datasheet PDF : 18 Pages
1 2 3 4 5 6 7 8 9 10 Next Last
SCA1000-D01
2.3 Electrical Specification of the SCA1000 – D01
2.3.1 Analog Output
Vdd = 5.00V and ambient temperature (23°C±5°C) unless otherwise specified. .
KPC(16 Parameter
Condition
Min. Typ
Max.
X axis (Out_1) Measuring range (1
Y axis (Out_2) Measuring range (1
Nominal
Nominal
-1.7
+1.7
-1.7
+1.7
Supply voltage Vdd
4.75
5.0
5.25
<CC> Current consumption
Vdd = 5 V; No load
5.0
Operating temperature
-40
+125
<CC>
<CC>
<SC>
<SC>
Resistive output load (Analog Output)
Capacitive load (Analog Output)
Min. output voltage; Vdd = 5V
Max. output voltage; Vdd = 5V
X axis (Out_1) Offset (output at 0g) (3, 13
X axis (Out_1) Sensitivity (4, 13
Vout to Vdd or Vss
Vout to Vdd or Vss
10k from Vout to Vdd
10k from Vout to Vss
@ room temperature
@ room temperature
X axis (Out_1) Offset Error (output at 0g) (5,
13
X axis (Out_1) Sensitivity error (6, 13
-40...+105°C
-40…+125°C
-40...+105°C
-40...+125°C
10
0
4.75
-80
-100
-4
Vdd/2
0.24 x
Vdd
-
-
±3
-
20
0.25
5.00
+80
+100
+4
<CC>
<CC>
<SC>
<SC>
<SC>
Y axis (Out_2) Offset (output at 0g) (3, 13
Y axis (Out_2) Sensitivity (4, 13
@ room temperature
@ room temperature
Y axis (Out_2) Offset Error (output at 0g) (5,
13
Y axis (Out_2) Sensitivity error (6, 13
Typical non-linearity (7
X axis (Out_1) Frequency response -3dB(8
Y axis (Out_2) Frequency response -3dB(8
Ratiometric error (9
Cross-axis sensitivity (10
Output noise (11
Start-up delay
Self test input pull down current
T1: T st-on(14
T2: Tsat.del. (14
T3: T recov. (14
T4: T stab. (14
= T2+T3
T5: T r(14
V2(14
V3(14, 15
-40...+105°C
-40…+125°C
-40...+105°C
-40...+125°C
Range = -1g...+1g
Vdd = 4.75...5.25V
@ room temperature
From DC...4kHz
Reset and parity check
Vdd = 5V
Self test ON period.
Controlled externally by
user
Saturation delay. Time
when element beam
remains still out from
linear operating range.
Recovery time when
element is back in linear
operating range
Stabilisation time, when
self test is released.
Rise time during self test,
when Vout reach V2
Vout during self test
Stabilised output voltage
after self test is released.
-80
-100
-4
-20
20
20
-2
10
10
4.75
0.95*
V1
Vdd/2
0.24 x
Vdd
-
-
±3
-
-
50
50
-
21
V1
+80
+100
+4
+20
80
80
2
3.5
5
10
30
100
20
50
70
10
1.05 *
V1
Units
g (2
g (2
V
mA
°C
kOhm
nF
V
V
V
V/g
mg
%
V
V/g
mg
%
mg
Hz
Hz
%
%
mVrms
ms
µA
ms
ms
ms
ms
ms
V
Murata Electronics Oy
www.muratamems.fi
Doc. Nr. 8225700
7/18
Rev.C
Direct download click here

 

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