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參數(shù)資料
| 型號： | ADXL05JH |
| 廠商： | ANALOG DEVICES INC |
| 元件分類： | 模擬信號調(diào)理 |
| 英文描述： | Circular Connector; No. of Contacts:79; Series:LJTP02R; Body Material:Aluminum; Connecting Termination:Crimp; Connector Shell Size:21; Circular Contact Gender:Pin; Circular Shell Style:Box Mount Receptacle; Insert Arrangement:21-35 |
| 中文描述： | SPECIALTY ANALOG CIRCUIT, MBCY10 |
| 封裝： | HERMETIC SEALED, METAL CAN, TO-100, 10 PIN |
| 文件頁數(shù)： | 5/20頁 |
| 文件大?。?/td> | 281K |
| 代理商： | ADXL05JH |
ADXL05
–5–
REV. B
Polarity of the Acceleration Output
T he polarity of the ADX L05 output is shown in the Figure 1.
When oriented to the earth’s gravity (and held in place), the
ADX L05 will experience an acceleration of +1
g
. T his corre-
sponds to a change of approximately +200 mV at the V
PR
out-
put pin. Note that the polarity will be reversed to a negative
going signal at the buffer amplifier output V
OUT
, due to its
inverting configuration.
+1g
INDICATED POLARITY IS THAT
OCCURRING AT V
PR
.
TAB
PIN 5
+
–
Figure 1. Output Polarity at V
PR
Acceleration Vectors in T hree Dimensions
T he ADX L05 is a sensor designed to measure accelerations that
result from an applied force. T he ADX L05 responds to the
component of acceleration on its sensitive X axis. Figures 2a
and 2b show the relationship between the sensitive “X ” axis and
the transverse “Z” and “Y” axes as they relate to the T O-100
Z
Z
X
TRANSVERSE Z AXIS
SENSITIVE (X) AXIS
SIDE VIEW
X
TAB
PIN 5
Figure 2a. Sensitive X and Transverse Z Axis
TRANSVERSE Y AXIS
TOP VIEW
Y
X
Y
SENSITIVE (X) AXIS
X
TAB
PIN 5
Figure 2b. Sensitive X and Transverse Y Axis
GLOSSARY OF T E RMS
Acceleration:
Change in velocity per unit time.
Acceleration Vector:
Vector describing the net acceleration
acting upon the ADX L05 (A
X YZ
).
g:
A unit of acceleration equal to the average force of gravity
occurring at the earth’s surface. A
g
is approximately equal to
32.17 feet/s
2
, or 9.807 meters/s
2
.
Nonlinearity:
T he maximum deviation of the ADX L05 output
voltage from a best fit straight line fitted to a plot of acceleration
vs. output voltage, calculated as a % of the full-scale output
voltage (@ 5
g
).
Resonant Frequency:
T he natural frequency of vibration of
the ADX L05 sensor’s central plate (or “beam”). At its resonant
frequency of 12 kHz, the ADX L05’s moving center plate has a
peak in its frequency response with a Q of 3 or 4.
Sensitivity:
T he output voltage change per
g
unit of accelera-
tion applied, specified at the V
PR
pin in mV/
g.
Sensitive Axis (X ):
T he most sensitive axis of the accelerom-
eter sensor. Defined by a line drawn between the package tab
and Pin 5 in the plane of the pin circle. See Figures 2a and 2b.
Sensor Alignment E rror:
Misalignment between the
ADX L05’s on-chip sensor and the package axis, defined by
Pin 5 and the package tab.
T otal Alignment E rror:
Net misalignment of the ADX L05’s
on-chip sensor and the measurement axis of the application.
T his error includes errors due to sensor die alignment to the
package, and any misalignment due to installation of the sensor
package in a circuit board or module.
T ransverse Acceleration:
Any acceleration applied 90
°
to the
axis of sensitivity.
T ransverse Sensitivity E rror:
T he percent of a transverse ac-
celeration that appears at the V
PR
output. For example, if the
transverse sensitivity is 1%, then a +10
g
transverse acceleration
will cause a 0.1
g
signal to appear at V
PR
(1% of 10
g
). T rans-
verse sensitivity can result from a sensitivity of the sensor to
transverse forces or from misalignment of the internal sensor to
its package.
T ransverse Y Axis:
T he axis perpendicular (90
°
) to the pack-
age axis of sensitivity in the plane of the package pin circle. See
Figure 2.
T ransverse Z Axis:
T he axis perpendicular (90
°
) to both the
package axis of sensitivity and the plane of the package pin
circle. See Figure 2.
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