MA40S4R Spec Datasheet by Murata Electronics

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Agril 30 2015 N Part Description: Ultrasonic Transducer MURATA Part No.: MA4OS4R
Reference Only
Product Specification for Reference Only
Issued Date: April 30, 2015
Rev.: N
Part Description: Ult r as o ni c Tr an sd u c e r
MURATA Part No.: MA 4 0 S4 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.
Sensor products department 1
Sensor products division
Murata Manufacturing Co., Ltd.
Reference Only
P 1 / 6
MURATA MANUFACTURING Co., LTD.
Rev.N
Reference specification of Ultrasonic Transducer
Type: MA40S4R
1. Scope
This product specification is applied to the Receiver of Ultrasonic Transducer
(Open Type Structure).
2. Customer Part Number
3. Murata Part Number
MA40S4R
4. Structure
Dimension : As per Fig.1
5. Absolute Maximum Ratings
Items
Specification
Note
5-1
Operating temperature range
-40 to +85 degC
-
5-2
Storage temperature range
-40 to +85 degC
-
6. Specifications (* Temperature 25 ± 3°C, 45 to 75 % R.H, unless otherwise noted)
Items
Specification
Note
6-1
Operating Frequency
40.0 kHz
For reference
6-2
Sensitivity
-63 dB +/- 3 dB
at 40 kHz / 0 dB = 10 V/Pa
(per measuring circuit Fig.2)
6-3
Capacitance
2,550 pF +/- 20 %
at 1 kHz
6-4
Insulation Resistance
More than 100 Mohm
at 50 V D.C.
6-5
Temperature Characteristics
Within +/- 3dB against initial
value at 25 degC
-40 to +85 degC
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MURATA MANUFACTURING Co., LTD.
Rev.N
7. Environmental tests (Standard Test Condition: 25 +/- 3 degC, 45 to 75 %R.H)
7.1 Shock Test
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with initial stage at 25 degC
after applied following test conditions
Acceleration : sine 980 m/s2 (100 G), 6 ms
Direction : 3 directions
Shock time : 3 times / directions
7.2 Vibration Test
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with initial stage at 25 degC
after applied following test conditions
Vibration frequency : 10 to 55 Hz
Sweep Period : 1 min.
Amplitude : 1.5 mm
Directions : 3 directions
Time : 2 hours / direction
7.3 Resistance to Soldering Heat
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with Initial stage at 25 degC in
1hour after touching soldering iron (Iron temperature : 350 degC), 3 seconds with the terminal.
(Touching point must be 2mm or more away from the transducer body.)
7.4 High Temperature Test
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with initial stage at 25 degC in
24 hours after applied following test conditions
Temperature : +85 +/-2 degC
Time : 100 hours
7.5 Low Temperature Test
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with initial stage at 25 degC in
24 hours after applied following test conditions
Temperature : -40 +/- 2 degC
Time : 100 hours
7.6 Humidity Test
The variation of the sensitivity at 40 kHz is within +/-3 dB compared with initial stage at 25 degC in
24 hours after following test conditions
Temperature : +60 +/-2 degC
Humidity : 90 to 95 %R.H.
Time : 100 hours
7.7 Pull Strength
There should be no substantial damage until 9.8 N pulling force.
’?\
Reference Only
P 3 / 6
MURATA MANUFACTURING Co., LTD.
Rev.N
8. Caution
8-1 Limitation of Applications
Please do not use in the applications listed below which require a high reliability to prevent the
defects which might cause a damage to the Peoples’ life and/or property.
1) Aircraft equipment
2) Aerospace equipment
3) Undersea equipment
4) Power plant control equipment
5) Medical equipment
6) Transportation equipment (trains, ships, etc.)
7) Traffic signal equipment
8) Disaster prevention / crime prevention equipment
9) Data-processing equipment
10) Military equipment (regardless of directly/indirectly)
11) Security device/system
12) Outside-usage, in which the transducer is exposed to splashes or dusts
13) Application of similar complexity and/or reliability requirement to the applications listed in
the above
8-2 Fail-safe
Please make sure to provide an appropriate fail-safe function on your product to prevent a second d
amage that may be caused by the abnormal function or the failure of our product.
9. Caution in use
9-1 (Notice in design and usage)
1) The transducer may generate surge voltage by mechanical or thermal shock.
2) Please do not apply D.C. voltage for ultrasonic transducer to avoid migration.
3) Please do not use this ultrasonic transducer in water.
4) Please do not apply an excessive mechanical shock or force on the top of this ultrasonic
transducer and terminal pins. It may cause of disconnection and malfunction.
5) Please do not use nor storage this ultrasonic transducer in heavy dust condition. It may be
a cause of clogging and low performance. Also, please do not use this transducer in high
humidity or high concentrated exhaust gas. It may be a cause of corrosion and
malfunction.
6) Care should be taken when select the material to hold, or cover backside of transducer. If
it contains sulfur or sulfide, electrode on piezo-electric element may be corroded and
became malfunction.
7) This transducer does not have a definition of terminal polarity. Please check a signal
before using if you need a signal phase control for your application.
9-2 (Notice in storage)
1) The products should not be used or stored in a corrosive atmosphere, especially where
chloride gas, sulfide gas, acid, alkali, salt or the like are present. Store the products in the
room where is normal temperature and humidity, and avoid the sunlight, sudden changes
in temperature and humidity. It may cause of failure or malfunction in such conditions.
2) Store the products where the temperature and relative humidity do not exceed -10 to 40
degC, and 30 to 80 %RH. Use the products within 6 months after receiving.
9-3 (Notice in mounting)
1) Please do not apply excessive force to terminals, when soldering.
2) Please use soldering temperature with not exceeds 350 degC, 3 seconds.
3) Flow soldering is not applicable.
4) Please do not clean by water and dissolving agent.
5) This product cannot be used mounted on PCB. Soldering fillet at the bottom of case may
interfere with throughhole of PCB. Please contact products engineering section of Murata if
you will use this product mounted on PCB.
so‘derinfi x x xxxx _|_— T—
Reference Only
P 4 / 6
MURATA MANUFACTURING Co., LTD.
Rev.N
10. Note
1) Please make sure that your product has been evaluated in view of your specifications
with our product being mounted to your product.
2) You are requested not to use our product deviating from the agreed specifications.
3) We consider inappropriate to include any terms or conditions with regard to the business
transaction in the product specifications, drawings or other technical documents.
Therefore, if your technical documents as above include such terms and conditions such
as warranty clause, product liability clause, or intellectual property infringement liability
clause, they will be deemed to be invalid.
Dimensions
2- 0.64± 0.1
7.1 ± 0.3
Dia. 9.9 ± 0.3
10.0 ± 1.0
Lot No. 6 digits
X X XXXX
Year (1 digit) Month (1 digit) Serial Number (4 digits)
0~9 (cycle 10 years) Jan.~Sep. → 1 ~ 9 0001~9999
Ex.. 2013 → 3 Oct. → X
2014 → 4 Nov. → Y
2015 → 5 Dec. → Z
2016 → 6
Run number is reset
every month.
Unit: mm.
R
xxxxxx
Fig.1: Product Dimension
Caution)
There is a fillet of solder in this area.
Please refer to 9-3 (Notice in mounting)
(2.0)
() : Reference value
Prohibited area of customer
soldering
U.S. and S.C.M must be aliqned with the line of SP. and fixed distance: 30 cm when measuring. An inQut Sound Pressure Level iS 94 dB at 40 kHz. Aiier inpuiiinq a product into the thermostatic chamber in 15 min. or more Measure the product accordinq to the above method immediately
Reference Only
P 5 / 6
MURATA MANUFACTURING Co., LTD.
Rev.N
Measuring Circuit
Fig. 2: Murata standard measuring
Condition : U.S. and S.C.M must be aligned with the line of SP., and fixed distance: 30 cm when
measuring.
An input Sound Pressure Level is 94 dB at 40 kHz.
How to measure a temperature characteristic :
After inputting a product into the thermostatic chamber in 15 min. or more,
Measure the product according to the above method immediately
SP.
S.C.M.
30 cm
U.S.
Amp.
OSC.
Freq. Counter
Voltmeter
OSC. : Oscillator (Brüel & Kjær 1013)
U.S. : Ultrasonic Sensor
S.C.M : Standard Condenser Microphone (Brüel & Kjær 4135)
Amp. : Amplifier (Brüel & Kjær 2610)
SP. : Tweeter
RL : 3.9 k ohm
RL

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