PKGS-00LDP1-R Spec Datasheet by Murata Electronics

Issued Date: Jun. 05 2013 Rev. : 2 Part Description: SHOCK SENSOR MURATA PartNo.: PKGS»00LDP1-R
Reference only P.1 /15
Product Specification for Reference Only
Issued Date: Jun. 05, 2013
Rev. : 2
Part Description: SHOCK SENSOR
MURATA Part No.: PKGS-00LDP1-R
The product specification in this sheet is for reference only.
The contents of this specification are subject to change.
You are requested to receive the latest specification and to return one
copy of the specification to us with your receipt signature before going
into mass production.
Product engineering section
Sensor Products Department
Sensor Products Division
Murata MFG. Co.,Ltd.
Approved by Issued by Issued Date Drawing No.
H. Kita
T. Kawamoto
Nov. 1, 2010
Reference only
Ref.
Reference only P.2 /15
MURATA MANUFACTURING CO., LTD
SPECIFICATION for TRANSDUCER
Part Number: PKGS-00LDP1-R
1. Scope
This product specification is applied to surface mountable acceleration sensors used for hard
disk drive in a personal computer. Please contact us before using any of the products in the
applications not described above.
2. Part Number
2-1 Murata Part Number :PKGS-00LDP1-R
2-2 Customer Part Number :
2-3 Customer Drawing Number :
3. Outline Drawing and Dimensions
3-1 Appearance : As per paragraph 10.Appearance criteria.
3-2 Dimensions : See Figure 2.
3-3 Construction : A piezo ceramic element is stuck between two ceramic substrate.
4. Characteristics
(∗ Temperature 25±3°C, unless otherwise noted)
Parameter Test Condition Min. Typ. Max. Units Note
4-1 Electric Charge
Sensitivity
1kHz, 98.1m/s2(10G) applied
in the direction of D axis at Fig.1
-15% 85.7
{0.840}
+15% fC/(m/s2)
{pC/G} 1,2,5
4-2 Insulation
Resistance
10V DC, after 1 min. 500 10000 MΩ
4-3 Non-Linearity % of the Full-Scale output at 490
m/s2(50G). Range : ±50G
1% 5%
4-4 Resonance
Frequency
17 20 kHz 3
4-5 Inclined Angle of
Sensitivity Axis
Maximum deviation
from initial value at +25°C.
-3 0 +3 Degree
4-6 Electric Charge
Sensitivity
Temperature Drift
Maximum deviation
from initial value at
+25°C
Ta:70°C 0% +4% +10%
Ta:0°C -5% -2.5% 0%
4-7 Capacitance 1Vrms,1kHz -30% 770 +30% pF
Ref. <reference Only>
Voltage Sensitivity
1kHz, 98.1m/s2(10G) applied in the
direction of D axis at Fig.1 {1.10} {mV/G} 1,2,4
Note:
1. As measured with an applied acceleration in the direction of D at figure 1. In this case, positive
voltage and electrical charge are generated at electrode B.
2. 1[G] = 9.80665 [m/s2]
3. Resonance frequency of inner bimorph element.
4. Input impedance of measurement circuit is 10 MΩ(Zi), and amplified gain is 0 dB.
5. f (femto)= 10-15
6. Absolute Rating Apply voltage between elec1rode A and B : 10 V ture range : ,40 rature range : ,40 MU RATA MANUFAC
Reference only P.3 /15
MURATA MANUFACTURING CO., LTD
Figure 1.
Axis D : This axis is an acceleration applied direction, when electric charge sensitivity is checked.
5. Standard land pattern
6. Absolute Rating
Apply voltage between electrode A and B : 10 Vp-p within 60 sec. max.
Storage temperature range : -40 to 85 °C
Operating temperature range : -40 to 85 °C
Electrode B
Electrode A
Polarity marking
Z
Y
X
0±1°
D
Land pattern
Unit : mm
2.0 3.4
2.8
2.0
Reference only P.4 /15
MURATA MANUFACTURING CO., LTD
7. Physical Characteristics
Test Item
Condition of Test
Performance Requirements
7-1 Mechanical
Shock
The transducer shall be measured after being
applied three impacts in plus and minus
directions of three mutually perpendicular
planes.
The shock is specified as 14700m/s2(1500G)
half sine pulse of 0.5 ms duration.
No visible damage and the
measured values shall meet
Table 2
7-2 Vibration The transducer shall be measured after being
applied vibration of amplitude of 1.5 mm with 10
to 55 Hz band of vibration frequency to each of 3
perpendicular directions for 2 hours.
( 5 minutes × 24 cycles )
7-3 Bend Strength
PCB
The transducer is soldered onto the center of
PCB (1.6 mm thickness) which is laid on the 2
small supporters spaced 90 mm.
PCB is deflected to 1 mm below from horizontal
level by the pressing force with 20 × 10. R10
stick. The force is supplied for 1 second, 5 times
repeatably.
No visible damage and the
measured values shall meet
Table 3
7-4 Resistance to
Reflow
Soldering
The transducer shall be mounted on PCB, then
measured after being applied following reflow
conditions.
<Test flow>
Pre-heating :
60 to 150 sec. at 150 to 180 °C
Heating :
Within 60 sec. at 200 °C (or more)
Within 30 sec. at 250 °C (or more)
Peak Temperature:
Within 10 sec. at 260 °C
Shock sensor should be tested 2 times of this
test flow.
PCB size : 115 × 80 × 0.8 mm
A
fter being placed at ambient conditions for 8
hours, the transducer shall be measured.
No visible damage and the
measured values shall meet
Table 2
7-5 Solderability End terminals are immersed in rosin for
5 seconds then immersed in soldering bath of
+230±5°C for 3±0.5 seconds.
75% min. end terminals shall
be wet with solder.
7-6 Washability See Table 1 No visible damage and the
measured values shall meet
Table 2
Part
Stick
PCB
45
45
10
20
R10
φ
5 Supporter
±
1 Off-Cente
1
Unit: mm
Load
Deflection
C‘eamng Solvent Item
Reference only P.5 /15
MURATA MANUFACTURING CO., LTD
Table 1 Wash
Cleaning
Solvent
Item
Alcohol
(Iso-propanol)
Water
(Tap water,
Demineralized
water)
Cleaning Water
Solution
(Cleanthrough
750H, Pine alpha
100S )
Silicon
(Techno care FRW)
Temperature
Difference: ΔT *1
[ΔT = Component
- Solvent]
ΔT<100°C
Condition
(1) Ultrasonic
Wash
1 minute max. in above solvent at 60°C max.
( Frequency : 28 kHz, Output : 20 W/L )
(2) Immersion
Wash
5 minutes max. in above solvent at 60°C max.
(3) Shower or
Rinse Wash
5 minutes max. in above solvent at 60°C max.
(4) Drying
1 to 5 minutes. by air blow at 80°C max.
*1 ex. In case the component at 90°C immerses into cleaning solvent at 60°C,
then ΔT = 30°C.
Note(Wash)
1.Please insure the component is thoroughly evaluated in your application circuit.
2.The component may be damaged if it is washed with alkali cleaning solvent.
3.Flux should be washed out before use.
Reference only P.6 /15
MURATA MANUFACTURING CO., LTD
8. Environmental Characteristics
Test Item
Condition of Test
Performance Requirements
8-1 High
Temperature
A
fter being placed in a thermal chamber with at
+85±2°C for 1000 hours and then being placed at
ambient conditions for 8 hours, the transducer shall be
measured.
The measured values shall
meet Table 2
8-2 Low
Temperature
A
fter being placed in a thermal chamber with at
-40±2°C for 1000 hours and then being placed at
ambient conditions for 8 hours, the transducer shall be
measured.
The measured values shall
meet Table 2
8-3 Humidity After being placed in a humidity chamber with
90 to 95% R.H. at +60±2°C for 500 hours
and the being placed at ambient conditions for
8 hours, the transducer shall be measured.
The measured values shall
meet Table 2
8-4 Heat Shock
A
fter being kept at room temperature, the transducer
shall be placed in a thermal chamber at temperature of
-40°C.
A
fter 30 minutes at this temperature, the transducer
shall be immediately placed in a chamber at
temperature of +85°C.
After 30 minutes at this temperature, the transducer
shall be returned to -40°C again.
A
fter 10 of the above cycles, the transducer shall be
returned to ambient conditions where it shall remain for
8 hours prior to being measured.
The measured values shall
meet Table 2
Table 2
Electric Charge Sensitivity ±10% ( from initial value )
Table 3
Capacitance ±10% ( from initial value )
2.8 :02 \ Electrode A Bottom Figure 2. Dimensions Indication contents Part number code -------- A Manuiacturing company mark -------- M Monthly code -------- Monthly code based on EIAJ70901 MURATA MANUFACTURING 00., LTD
Reference only P.7 /15
MURATA MANUFACTURING CO., LTD
9. Dimensions and Indication
Figure 2. Dimensions
Indication contents
Part number code⋅⋅⋅⋅⋅⋅⋅⋅ A
Manufacturing company mark⋅⋅⋅⋅⋅⋅⋅⋅ M
Monthly code⋅⋅⋅⋅⋅⋅⋅⋅Monthly code based on EIAJ-0901
6.4 ±0.2
1.5 ±0.3 1.2 +0.1/-0.2
2.8 ±0.2
Electrode A Bottom
Top
Polarity marking
1.5 ±0.3
2.3 Min.
Indication: Indication may lap
over on the electrodes.
Electrode B
1.5 ±0.3 1.5 ±0.3
Unit: mm
C
Part number code
Monthly code
Manufacturing
company mark
Dot
. If crack or ship exist at corners, apply the above Bipar . In case crack or chip reaches internal cavity, it is judge [a], [c] are met this specification. . If there are two or more chips on B pan, total length oi Criteria table ior A |/\ 0
Reference only P.8 /15
MURATA MANUFACTURING CO., LTD
10. Appearance criteria
10-1. Crack, Chip and Partial lack of electrode
• If crack or chip exist at corners, apply the above B-part standard.
• In case crack or chip reaches internal cavity, it is judged as failure even if length [b], [d] and width
[a], [c] are met this specification.
• If there are two or more chips on B part, total length of [d] should be < 1.2mm
Criteria table for A part
Unit [mm]
0 < b < 0.4 0.4 < b
0 < a < 1.2 G G
1.2 < a G NG
Criteria table for B part
Unit [mm]
0 < d < 0.4 0.4 < d < 1.2 1.2 < d
0 < c < 0.4 G G G
0.4 < c < 1.2 G G NG
1.2 < c G NG NG
A-part
(Along with long edge)
b
B-part
(Along with short edge)
c
d
a
Electrode Electrode for
Polarity marking
Corner
(*1) Any chips which is covered by electrode are judged as good.
Reference only P.9 /15 1072. Electrode peeling and delamination . Apply Arpan standard to top and bottom electrode including polarity marking. . Apply Biparl standard to tworend electrode. Criteria table lor A pan Unit [mm] 0< a="" 5="" 0.4="" g="" g="" g="" 0.4="">< a="" 51.0="" g="" g="" ng="" 1.0="">< a="" g="" ng="" ng="" criteria="" table="" lor="" b="" pan="" unit="" [mm]="" 0="">< d="" 5="" 0.4="" 0.4="">< d="" 0="">< c="" 51.0="" g="" g="" 1.0="">< c="" g="" ng="" muflata="" manufacturing="" 00.,="" ltd="">
Reference only P.9 /15
MURATA MANUFACTURING CO., LTD
10-2. Electrode peeling and delamination
• Apply A-part standard to top and bottom electrode including polarity marking.
• Apply B-part standard to two-end electrode.
Criteria table for A part
Unit [mm]
0 < b < 0.4 0.4 < b < 1.0 1.0 < b
0 < a < 0.4 G G G
0.4 < a < 1.0 G G NG
1.0 < a G NG NG
Criteria table for B part
Unit [mm]
0 < d < 0.4 0.4 < d
0 < c < 1.0 G G
1.0 < c G NG
A-part
(Top, bottom,
polarity marking) b
B-part
(Two-end)
c
d
a
Side View Crpart T’ M [Allan] . If electrode protrusion reaches apposite electrode, it should be lailure . The same criteria are applied on the bottom electrode. Criteria table lor A part U 0 < b="" 5="" 0.4="" 0.4="" 0="">< a="" 5="" 1.2="" g="" g="" 1.2="">< a="" g="" ng="" [3793”]="" criteria="" table="" lor="" b="" part="" unit="" [mm]="" c="" 5="" h="" h="">< c="" g="" (-1)="" ng="" (*1)="" in="" case="" electrode="" protrude="" reaches="" to="" polarity="" marking,="" it="" should="" be="" [cepart]="" criteria="" table="" for="" c="" part="" unit="" [mm]="" d5m+1.2="">
Reference only P.10 /15
MURATA MANUFACTURING CO., LTD
10-3. Electrode protrusion and bridge
[A-part]
• If electrode protrusion reaches opposite electrode, it should be failure.
• The same criteria are applied on the bottom electrode.
Criteria table for A part
Unit [mm]
0 < b < 0.4 0.4 < b
0 < a < 1.2 G G
1.2 < a G NG
[B-part]
Criteria table for B part
Unit [mm]
c < h h < c
G (*1) NG
(*1) In case electrode protrude reaches to polarity marking, it should be good.
[C-part]
Criteria table for C part
Unit [mm]
d < M+ 1.2 M+ 1.2 < d
G NG
M
Side view
C-part
d
a
A-part B-part
c
Electrode for
polarity marking
h
b
Top view
Reference only P.11 I15 nnection electrode iV - It is judged as good regardless of the position oi connection electrode Unit [mm] azo — MUFiATA MANUFACTURING CO., LTD
Reference only P.11 /15
MURATA MANUFACTURING CO., LTD
10-4. Position of connection electrode
• It is judged as good regardless of the position of connection electrode
Unit [mm]
a > 0 G
a a > 0
Top view Connection electrode
1 ‘ 1 1‘ 1 J a» <> ~e a 1 1:1 ‘ i i 1 * \ ‘\<\117$ g="" \%/\1/\1/\1/\/\17="" +="" figure="" figure.4="" dimensio="" mu="" rata="" manufact="">
Reference only P.12 /15
MURATA MANUFACTURING CO., LTD
11. Taping Method
11-1 The tape for transducer shall be would clockwise. The feeding holes shall be to the right side
as the tape is pulled toward the user.
11-2 A reel shall contain 2,000 pcs of transducers and be clearly marked with part number,
quantity, inspection number.
Figure.3 Dimension of Plastic Tape
Figure.4 Dimension of Plastic Reel
12.5 –0.0
+1.0
19.5 Max
φ13 ±0.5 2 –0.2
+0.5
110 to 190
Trailer
160 Min.
400 to 560
Cover Tape
Leader
Unit : mm
(φ178)
100 Min. weld
4.0 ±0.1
0.3±0.1
2.0 ±0.1
φ
1.5 -0.0
+0.1
1.65 ±0.1
(2.0 Max.)
6.9 ±0.1
5.5 ±0.1
12.0 ±0.3
4.0 ±0.1
3.2 ±0.1
1.75 ±0.1
φ
1.5 -0.0
+0.3
(3° )
196 to 686mN (20 to 70gf)
300mm/min. Cover Tape
10°
Direction of Feed Unit: mm
Reference only P.13 /15
MURATA MANUFACTURING CO., LTD
12. Caution (Application, Fail-safe)
12-1.Application Limitations
This product, the PKGS type shock sensor, has been designed for hard-disk drive applications,
used in personal computers and consumer audio-visual equipments.
Please contact Murata before using this product in the applications listed below, which require
especially high reliability for the prevention of defects which might directly cause damage to the
third party's life, body or property, or when this product is intended for use in applications other
than those specified in this data sheet. We shall not be liable for any claims on the product in
case it is used in the listed applications below, without contacting us.
(1) Cellular phone (2) Automotive equipment other than the above mentioned
(3) Outside use equipment (4) Aircraft, Avionics equipment (5) Aerospace equipment
(6) Under sea equipment (7) Power plant control equipment (8) Medical equipment
(9) Transportation equipment (vehicles, trains, ships, etc.) (10) Industrial equipment
(11) Traffic signal equipment (12) Disaster prevention / crime prevention equipment
(13) Safety device / system (14) Military equipment (regardless of direct/indirect use)
(15) Applications of similar complexity and/or reliability requirements to the applications listed
in the above.
12-2.Fail-safe
Be sure to provide an appropriate fail-safe function on your product to prevent damage that may
be caused by the abnormal function or the failure of our product.
13. Caution (Handling)
1) This product may be degraded by electrostatic discharge. We would suggest countermeasures
against electrostatic discharge, before handling this product.
2) Please evaluate this product in your product; with it mounted to a Printed Circuit Board (PCB) or
similar. We recommend that this product not be repeatedly mounted on or removed from a PCB
by soldering, because of the possibility of degradation due to excessive heating to this product or
electrostatic discharge (in case electrostatic discharge is not guarded against).
14. Caution (Storage condition and usage environment)
1) Maximum storage period is for 6 months under the condition of 30°C and 70%RH before PCB
mounting. If this product is kept in an especially high humidity environment, the product may
degrade because of decreased insulation resistance value due to such conditions.
2) Please do not store and do not use this product in conditions that differ greatly from atmospheric
pressure, such as a vacuum space, a high mountain, water, and so on. A pressure cooker test is
not applicable for this product.
3) Please do not expose this product to dust, oil, corrosive gas, acid, or alkali. This product may be
degraded if exposed.
15. Caution (Design)
1) Please use a charge amplifier circuit. This specification is only valid for use with charge amplifiers.
For instance, if you use a voltage amplifier circuit that is used with this product, we shall not be
liable for any claims.
2) Please do not apply DC bias voltage to this product, because it causes degradation of insulation
resistance value. Please try to keep minimizing the input bias current at front-end of amplifier
circuit as well.
3) Please thoroughly evaluate this product for noise immunity. Noise, coming from the product (EMI)
and/or generated by signal lines on PCB or other mechanical device (like a spindle motor), may
result in the miss-operation or the non-operation of this product.
4) Please thoroughly evaluate this product in terms of mechanically accelerated transmission system,
because this product may detect unexpected acceleration that is transmitted through PCB and/or
through the frame of your product. Mechanical resonance on your product or individual vibration
frequency of installed components/devices may create mutual interference, and it may result in
incorrect measurement by the sensor.
Reference only P.14 /15
MURATA MANUFACTURING CO., LTD
5) Please do not apply excessive strain force or shock to this product that deviates from the
conditions in this specification, because mechanical failure or damage could occur.
6) Please thoroughly evaluate this product in your manufacturing if you will use any conformal coating
or potting process. These processes (for instance, in case resin type of material is used) could
result in package breaks, due to heat shrink. Also, humidity that remains inside of the case, may
affect circuit operation due to decreased insulation resistance value.
7) Physical and environmental characteristics for this product are described in this specification.
Please consider these characteristics in evaluating this part in your product.
8) Please carefully design the application’s housing to minimize dew and humidity. An amplifier circuit
would have high impedance, 50M ohm for instance, but this value may decrease under a high
humid environment. Due to this; you may not be able to see the intended performance from your
circuit design, unless you consider theses factors in your product design.
9) Please do not use this product in the presence of radiation rays or cosmic rays.
10) Please do not use this product in the presence of high electromagnetic fields.
11) Please consider the possibility of unexpected output signal-level generated by sharp temperature
change. Please evaluate this product under all expected environmental conditions. We
recommend a fail-safe function to compensate for any unexpected signal levels.
12) Pyroelectric noise may be seen on the output signal of this product, where there is a temperature
variation (delta-t) around the product. Delta-t may likely occur by airflow that is generated by a
cooling fan that is often used in a computer. If your application requires a very small acceleration
resolution, less than 0.1G with 50Hz or less for instance, we would suggest shutting off the airflow
for increased accuracy in sensor detection.
13) This product is very sensitive to bending stress occurring on PCB, therefore please locate the
sensor in an area on the PCB that is unaffected by bending stresses.
16. Caution (Mounting)
16-1. Reflow soldering
1) Please use the standard footprint as shown in the specification. If you use a different one, we shall
not be liable for any claims.
2) Please follow soldering conditions described in the specification. This product can permanently
stop operating if the piezoelectric characteristic is decreased due to excessive heating.
3) Please follow the recommended washing conditions, as described in the specification.
4) Please make sure to evaluate the soldering condition with this product mounted on your PCB.
<Reflow temperature profile (reference only)>
16-2. Soldering Iron
Use iron (3mm diameter or less, 45W max.) and iron temp should be 300°C max.
within 3 sec. at only one point. Please take care to avoid soldering iron from touching the
product directly.
Peak Temp.
245 °C max.
Gradual cooling
in air
Pre-heating
in air
60 to 120 sec. Within 30 sec.
100
150
180
230
Temp. [°C]
Reference only P.15 /15
MURATA MANUFACTURING CO., LTD
17. Note
1) Please make sure that the final product has been evaluated to all your product’s specifications,
with this product mounted inside.
2) All the items and parameters in this product specification have been prescribed on the premise that
our product is used for the purpose, under the conditions, and in the environment agreed upon
between us. You are requested not to use our product deviating from this product specification.
3) We consider it inappropriate to include any terms or conditions with regard to the business
transactions in the product’s specification, drawing, or other technical document. Therefore, if your
technical document includes any of the above items, such as warranty clause, product liability
clause, or intellectual property infringement liability clause, they will be deemed to be invalid.