ADP5100 - Panasonic - Pdf.Support

PS-A (ADP5)

New

ORDERING INFORMATION

Pressure sensor with built-in ampliﬁcation

and temperature compensation circuit.

Low pressure type ideal for water level

detection applications added to lineup.

PS-A PRESSURE SENSOR

(built-in ampliﬁcation and

temperature compensating circuit)

FEATURES

1. Contains built-in ampliﬁcation and

temperature compensation circuit.

Circuit design and adjustment of

characteristics are not required by

users.

2. High-level precision and high

reliability realized.

• Overall accuracy is ±1.25% FS

(Standard type)

• Overall accuracy is ±4% FS

(Economy type)

• Overall accuracy is ±2.5% FS

(Low pressure type)

3. Compact pressure sensor unit that

saves space.

Same size and as previous PS pressure

sensor.

• Footprint 7.0 mm (W) x 7.2 mm (D)

• 10.4 mm (W) x 10.4 mm (D)

(Low pressure type)

Example of pressure characteristics

(ADP5140)

Drive voltage: 5V DC rated voltage;

ambient temperature: 25°C77°F

TYPICAL APPLICATIONS

(Please evaluate under actual conditions

before using.)

• Industrial use (pressure switches

and pneumatic devices, etc.)

• Medical use (blood pressure

monitors, oxygen concentrators, air

beds, etc.)

• Other pneumatically operated

pressure devices

1. Water level detection for household

appliances

Washing machines and dishwashers.

2. Air pressure control

Clean rooms and separate rooms for

smokers.

3. Medical applications

Respiratory equipment monitoring, etc.

RoHS Directive compatibility information

http://www.mew.co.jp/ac/e/environment/

00 50 100

Pressure (gauge pressure), (kPa)

Output voltage, V

Low pressure type

New

PS-A pressure sensor

1: DIP terminal

ADP5

B6: (Low pressure type)

±100 kPa

–100 kPa

25 kPa

50 kPa

100 kPa

200 kPa

500 kPa

1,000 kPa

40 kPa

6 kPa

0: length 3 mm, diameter 3 mm

1: length 5 mm, diameter 3 mm

2: length 13.5 mm, diameter 5.45 mm

<Type>

None: S

Standard type (with glass base)

Economy type (without glass base)

Note: Some part numbers may not be available depending on the combination.

Please refer to the Table of Product Types on the next page.

PS-A (ADP5)

PRODUCT TYPES

SPECIFICATIONS

1. Standard type

Notes) 1. Please consult us for pressure media other than air.

2. Indicates output when drive voltage is 5 V. Although output ﬂuctuates due to ﬂuctuations in the drive voltage, this is not included.

3. Overall accuracy indicates the accuracy of the offset voltage and rated output voltage at temperatures between 0 to 50°C32 to 122°F (Low pressure type:

0 to 70°C32 to 158°F). (FS=4V)

4. Overall accuracy indicates accuracy after adjusting auto offset to zero.

2. Economy type

Notes) 1. Please consult us for pressure media other than air.

2. Indicates output when drive voltage is 3 V. Although output ﬂuctuates due to ﬂuctuations in the drive voltage, this is not included.

3. Overall accuracy indicates the accuracy of the offset voltage and rated output voltage at temperatures between 5 to 45°C41 to 113°F (Low pressure type:

0 to 70°C32 to 158°F). (FS=4V)

Item Standard type (with glass base) Remarks

Type of pressure Gauge pressure

Pressure medium Air Note*1

Rated pressure Unit: kPa ±100 –100 25 50 100 200 500 1,000

Max. applied pressure Twice the rated pressure

1.5 times

the rated

pressure

Drive voltage 5±0.25V DC

Temperature compensation range 0 to 50°C32 to 122°F

Offset voltage 2.5±0.05 0.5±0.05V Note*2

Rated output voltage

4.5±0.05

(when

+100kPa)

4.5±0.05V Note*2

Overall accuracy ±1.25%FS Note*2

Note*3

Current consumption Max. 10mA

Output impedance Approx. 50Ω

Source current Max. 0.2mA

Sink current Max. 2mA

Item Economy type (without glass base) Remarks

Type of pressure Gauge pressure

Pressure medium Air Note*1

Rated pressure Unit: kPa 40

Max. applied pressure Twice the rated pressure

Drive voltage 3±0.15V DC

Temperature compensation range 5 to 45°C41 to 113°F

Offset voltage 0.3±0.09V Note*2

Span voltage 2.4±0.03V Note*2

Overall accuracy ±4%FS Note*2

Note*3

Current consumption Max. 3mA

Output impedance 20Ω (typ.)

Source current Max. 0.15mA

Sink current Max. 1.5mA

Pressure

Pressure inlet

hole length

Part No.

3mm 5mm Low pressure type

5mm 14.5mm

Terminal

DIP terminal DIP terminal DIP terminal DIP terminal

Standard type

(with glass base)

±100kPa ADP5100 ADP5101 — —

–100kPa ADP5110 ADP5111 — —

25kPa ADP5120 ADP5121 — —

50kPa ADP5130 ADP5131 — —

100kPa ADP5140 ADP5141 — —

200kPa ADP5150 ADP5151 — —

500kPa ADP5160 ADP5161 — —

1,000kPa ADP5170 ADP5171 — —

Economy type

(without glass base) 40kPa — ADP51A11 — —

Low pressure type 6kPa — — ADP51B61 ADP51B62

PS-A (ADP5)

3. Low pressure type

Notes) 1. Please consult us for pressure media other than air.

2. Indicates output when drive voltage is 5 V. Although output ﬂuctuates due to ﬂuctuations in the drive voltage, this is not included.

3. Overall accuracy indicates the accuracy of the offset voltage and span voltage at temperatures between 0 to 70°C32 to 158°F (FS=4V)

4. Overall accuracy indicates accuracy after adjusting auto offset to zero.

5. Where no particular temperature is indicated, the speciﬁcation is for use at 25°C77°F.

DATA

1. Standard and Economy types

Item Low pressure type Remarks

Type of pressure Gauge pressure

Pressure medium Air Note*1

Rated pressure Unit: kPa 6

Max. applied pressure Twice the rated pressure

Drive voltage 5±0.25V DC

Temperature compensation range 0 to 70°C32 to 158°F

Offset voltage 0.5V Note*2

Span voltage 4.0V Note*2

Overall accuracy ±2.5%FS Notes*2, *3 and *4

Current consumption Max. 10mA

Output impedance Approx. 50Ω

Source current Max. 0.2mA

Sink current Max. 2.0mA

Rated pressure

voltage, V

Pmeas 6kPa0kPa

ΔVoff

(V)

ΔVoff = Vioff-Vmoff

Vioff = Ideal offset voltage (25°C)

Vmoff = Measured offset voltage (25±5°C)

Auto offset zero: Measured output “Vmout” compensated to ideal output “Viout”.

Viout = Vmout–ΔVoff

Viout = ideal output voltage at “Pmeas”

Vmoff = ideal output voltage at “Pmeas”

Vmout

Viout

Vmoff

Vioff

Ideal line

1.-(1) Output voltage

ADP5170

Drive voltage: 5V DC

Temperature: 25°C77°F

Applied pressure: 0 to +1,000kPa

1.-(2) Overall accuracy (Offset voltage)

ADP5170

Drive voltage: 5V DC

Temperature: 0 to 50°C32 to 122°F

Applied pressure: 0kPa

1.-(3) Overall accuracy (Rated output voltage)

ADP5170

Drive voltage: 5V DC

Temperature: 0 to 50°C32 to 122°F

Applied pressure: +1,000kPa

Pressure (kPa)

Output voltage, V

500 1000

Temperature, °C

Accuracy, %FS

-1.25

-1.00

-0.75

-0.50

-0.25

0.00

0.25

0.50

0.75

1.00

1.25

25 50

-1.25

-1.00

-0.75

-0.50

-0.25

0.00

0.25

0.50

0.75

1.00

1.25

Temperature, °C

025

Accuracy, %FS

2.-(1) Output voltage

ADP5100

Drive voltage: 5V DC

Temperature: 25°C77°F

Applied pressure: –100 to +100kPa

2.-(2) Overall accuracy (Offset voltage)

ADP5100

Drive voltage: 5V DC

Temperature: 0 to 50°C32 to 122°F

Applied pressure: 0kPa

2.-(3) Overall accuracy (Rated output voltage)

ADP5100

Drive voltage: 5V DC

Temperature: 0 to 50°C32 to 122°F

Applied pressure: +100kPa

Pressure, kPa

-100

0 100

Output voltage, V

-1.25

-1.00

-0.75

-0.50

-0.25

0.00

0.25

0.50

0.75

1.00

1.25

Temperature, °C

Accuracy, %FS

025

-1.25

-1.00

-0.75

-0.50

-0.25

0.00

0.25

0.50

0.75

1.00

1.25

Temperature, °C

Accuracy, %FS

025

PS-A (ADP5)

2. Low pressure type

1. Output voltage

ADP51B61

Drive voltage: 5V

Temperature: 25°C77°F

Applied pressure: 0 to 6kPa

Applied pressure, kPa

Output voltage, V

0.0

1.0

2.0

3.0

4.0

5.0

3.0 6.0

2. THB (high temperature high humidity bias test)

ADP51B61

Within 85°C and 85% RH

5 V applied between No. 2 (Vdd) and No. 3 (GND)

Applied pressure: 0kPa

intial 100h 500h

1.00

0.80

0.60

0.40

0.20

0.00

Offset voltage, V

intial 100h 500h

4.5

4.3

4.1

3.9

3.7

3.5

Span voltage, V

3. Ambient temperature characteristics

Ambient temperature: 25°C→ 0°C→ 10°C→ 60°C→ 70°C

025 10 60 70

1.00

0.80

0.60

0.40

0.20

0.00

Temperature, °C

Offset voltage, V

025 10 60 70

4.50

4.30

4.10

3.90

3.70

3.50

Temperature, °C

Span voltage, V

4. Shock test

ADP51B61

Shock applied:

981 m/s2 3 times in x, y and z directions

Applied pressure: 0kPa

intial after test

1.00

0.80

0.60

0.40

0.20

0.00

Offset voltage, V

intial after test

4.50

4.30

4.10

3.90

3.70

3.50

Span voltage, V

5. Vibration test

ADP51B61

Vibration applied: 10 to 55 Hz, amplitude: 1.5mm, x, y and z directions, 2 hrs each

Applied pressure: 0kPa

intial after test

1.00

0.80

0.60

0.40

0.20

0.00

Offset voltage, V

intial after test

4.50

4.30

4.10

3.90

3.70

3.50

Span voltage, V

6. Temperature/humidity cycle test

ADP51B61

Exposed to 10 cycles in the temperature and humidity

conditions given below.

Applied pressure: 0kPa

1 cycle (24h)

65°C

−10°C

25°C

0% RH

95% RH

Temp.

Time

䡺䡺䡺

2.5h 2.5h 2.5h 2.5h 1.5h 3.5h 3h3h 3h

intial 10cyc

1.00

0.80

0.60

0.40

0.20

0.00

Offset voltage, V

10cycintial

4.50

4.30

4.10

3.90

3.70

3.50

Span voltage, V

PS-A (ADP5)

3. Evaluation test

DIMENSIONS mm inch General tolerance: ±0.3 ±.012

Classiﬁcation Tested item Tested condition Result

Environmental

characteristics

Storage at high temperature Temperature: Left in a 85°C185°F constant temperature bath; Time: 100 hrs. Passed

Storage at low temperature Temperature: Left in a –20°C–4°F constant temperature bath; Time: 100 hrs. Passed

Humidity Temperature/humidity: Left at 40°C104°F, 90% RH; Time: 100 hrs. Passed

Temperature cycle Temperature: –20°C to 85°C–4°F to 185°F; 1 cycle: 30 min.; Times of cycle: 100 Passed

Endurance

characteristics

High temperature/high humidity

operation Temperature/humidity: 40°C104°F, 90% RH; Operation times: 106, rated voltage applied Passed

Mechanical

characteristics

Vibration resistance Double amplitude: 1.5 mm .059 inch; Vibration: 10 to 55 Hz;

Applied vibration direction: X, Y, Z 3 directions; Times: 2 hrs each Passed

Dropping resistance Dropping height: 75 cm 29.528 inch; Times: 2 times Passed

Terminal strength Pulling strength: 9.8 N {1 kgf}, 10 sec.; Bending strength: 4.9 N {0.5 kgf}, left and right 90° 1 time Passed

Soldering

Resistance

Soldered in DIP soldering bath Temperature: 230°C446°F; Time: 5 sec. Passed

Temperature (DIP) Temperature: 260°C500°F; Time: 10 sec. Passed

1. DIP terminal (Pressure inlet hole: 3mm) ADP51∗0

Atmospheric pressure

inlet hole

0.5

.020

3.0 dia.

.118 dia.

2.5

.098

2.5

.098

NCGND NC

JAPAN

Vcc NC Vout

NC NC

Vcc

GND

Vout

Pressure inlet hole

2.2 dia. .087 dia.

7.2 max.

.283 max.

7.0 max.

.276 max.

4-R0.7

4-R.028

R0.2

R.008 1.8

.071

3.0

.118

6.5

.256

9.5

.374

0.25

.010

7.2

.283

7.0

.276

Recommended PC board pattern

(TOP VIEW 2:1)

Terminal connection diagram

Terminal No. Name

1 Vcc (Power supply [+])

2 NC (No connection)

3 Vout (Output)

4 NC (No connection)

5 NC (No connection)

6 GND (Ground)

2.52.5

6-0.9 dia.

6-.35 dia.

7.5

.295

.098.098

Vcc (5V DC) Vout

GND

2. DIP terminal (Pressure inlet hole: 5mm) ADP51∗1/ADP51A11

GND NCNC

JAPAN

Vcc NC Vout

NC NC

Vcc

GND

Vout

7.2 max.

.283 max.

7.0 max.

.276 max.

4-R0.7

4-R.028

Pressure inlet hole

2.2 dia. .087 dia.

R0.2

R.008

3.0 dia.

.118 dia.

5.0

.197

8.5

.335

0.5

.020

1.8

.071

2.5

.098

2.5

.098

7.2

.283

7.0

.276

Atmospheric pressure

inlet hole

9.5

.374

0.25

.010

Recommended PC board pattern

(TOP VIEW 2:1)

Terminal connection diagram

Terminal No. Name

1 Vcc (Power supply [+])

2 NC (No connection)

3 Vout (Output)

4 NC (No connection)

5 NC (No connection)

6 GND (Ground)

2.52.5

6-0.9 dia.

6-.35 dia.

7.5

.295

.098.098

Vcc (5V DC) Vout

GND

PS-A (ADP5)

3. Low pressure type (Pressure inlet hole length: 3mm) ADP51B61

Atmospheric pressure inlet hole

out

Gnd

NCNCNCNC

Pressure inlet hole

P/N,Lot

1B61

70124

JAPAN

14.0

.551

10.7

.421

2.7

.106

10.4

.409

10.4

.409

2.54

.100

P2.54×3=7.62

P.100×3=.300

3.0 dia.

.118 dia.

R0.5

R.020

5.0

.197

0.25

.010 0.76

.030

Recommended PC board pattern

Terminal connection diagram

Terminal No. Name

1NC

2 Vcc (Power supply [+])

3 GND (Ground)

4 Vout (Output)

5NC

6NC

7NC

8NC

P2.54×3=7.62

P.100×3=.300

2.54

.100

8-1.2 dia.

8-.047 dia.

13.97

.550

1.0 μF

0.01 μF

mm inch General tolerance: ±0.3 ±.012

4. Low pressure type (Pressure inlet hole length: 5.45mm) ADP51B62

Atmospheric pressure inlet hole

Pressure inlet hole

P/N,Lot

70124

JAPAN

out

Gnd

NCNCNCNC

1B61

14.0

.551

2.7

.106

19.3

.760

2.54

.100

P2.54×3=7.62

P.100×3=.300

0.25

.010

10.4

.409

10.4

.409

R0.5

R.020

C0.3

R.012

0.76

.030

5.45 dia.

.215 dia.

(13.6)

(.535)

Recommended PC board pattern

Terminal connection diagram

Terminal No. Name

1NC

2 Vcc (Power supply [+])

3 GND (Ground)

4 Vout (Output)

5NC

6NC

7NC

8NC

P2.54×3=7.62

P.100×3=.300

8-1.2 dia.

8-.047 dia.

2.54

.100

13.97

.550

1.0 μF

0.01 μF

PS-A (ADP5)

NOTES

1. Mounting

Use lands on the printed-circuit boards to

which the sensor can be securely ﬁxed.

2. Soldering

Due to its small size, the thermal capacity

of the pressure sensor DIP type is low.

Therefore, take steps to minimize the

effects of external heat.

Damage and changes to characteristics

may occur due to heat deformation.

Use a non-corrosive resin type of ﬂux.

Since the pressure sensor DIP type is

exposed to the atmosphere, do not allow

ﬂux to enter inside.

1) Manual soldering

• Set the soldering tip from 260 to 300°C

500 to 572°F (30W), and solder for no

more than 5 seconds.

• Please note that output may change if

the pressure is applied on the terminals

when the soldering.

• Thoroughly clean the soldering iron.

2) DIP soldering (DIP terminal type)

• Please keep the DIP solder bath

temperature no higher than 260°C500°F.

When soldering, heat should be applied

no longer than ﬁve seconds.

• When mounting onto a PCB of low

thermal capacity, please avoid DIP

soldering as this may cause heat

deformity.

3) Solder reworking

• Finish reworking in one operation.

• For reworking of the solder bridge, use

a soldering iron with a ﬂat tip. Please do

not add more ﬂux when reworking.

• Please use a soldering iron that is

below the temperature given in the

speciﬁcations in order to maintain the

correct temperature at the tip of the

soldering iron.

4) Too much force on the terminals will

cause deformation and loss in

effectiveness of the solder. Therefore,

please avoid dropping and careless

handling of the product.

5) Please control warping of the PCB

within 0.05 mm of the sensor width.

6) When cut folding the PCB after

mounting the sensor, take measures to

prevent stress to the soldered parts.

7) The sensor terminals are designed to

be exposed, so contact of the terminals

with metal shards and the like will cause

output errors. Therefore, please be

careful and prevent things such as metal

shards and hands from contacting the

terminals.

8) To prevent degradation of the PCB

insulation after soldering, please be

careful not to get chemicals on the

sensor when coating.

9) Please consult us regarding the use of

lead-free solder.

3. Connections

1) Please perform connections correctly

in accordance with the terminal

connection diagram. In particular, be

careful not to reverse wire the power

supply as this will cause damage or

degrade to the product.

2) Do not connect terminals that are not

used. This can cause malfunction of the

sensor.

4. Cleaning

1) Since the pressure sensor chip is

exposed to the atmosphere, do not allow

cleaning ﬂuid to enter inside.

2) Avoid ultrasonic cleaning since this

may cause breaks or disconnections in

the wiring.

5. Environment

1) Please avoid using or storing the

pressure sensor chip in a place exposed

to corrosive gases (such as the gases

given off by organic solvents, sulfurous

acid gas, hydrogen sulﬁdes, etc.) which

will adversely affect the performance of

the pressure sensor chip.

2) To ensure resistance to power supply

superimposed noise, you must provide a

capacitor at the power supply input

terminal of the sensor in order to stabilize

the power supply voltage. We

recommend to provide 0.1 μF and 1,000

pF capacitor in parallel. Please conﬁrm

the noise resistance with the actual

equipment and choose adequate

capacitor.

3) Since the internal circuitry may be

destroyed if an external surge voltages is

supplied, provide an element which will

absorb the surges.

4) Malfunctioning may occur if the

product is in the vicinity of electrical noise

such as that from static electricity,

lightning, a broadcasting station, an

amateur radio, or a mobile phone.

5) Since this pressure sensor chip does

not have a water-proof construction,

please do not use the sensor in a location

where it may be sprayed with water, etc.

6) Avoid using the pressure sensors chip

in an environment where condensation

may form.

Furthermore, its output may ﬂuctuate if

any moisture adhering to it freezes.

7) The pressure sensor chip is

constructed in such a way that its output

will ﬂuctuate when it is exposed to light.

Especially when pressure is to be applied

by means of a transparent tube, take

steps to prevent the pressure sensor chip

from being exposed to light.

8) Avoid using the pressure sensor chip

where it will be susceptible to ultrasonic

or other high-frequency vibration.

6. Quality check under actual loading

conditions

To assure reliability, check the sensor

under actual loading conditions. Avoid

any situation that may adversely affect its

performance.

7. Other handling precautions

1) That using the wrong pressure range

or mounting method may result in

accidents.

2) The only direct pressure medium you

can use is dry air. The use of other

media, in particular, corrosive gases

(organic solvent based gases, sulfurous

acid based gases, and hydrogen sulﬁde

based gases, etc.) and media that

contains moisture or foreign substances

will cause malfunction and damage.

Please do not use them.

3) The pressure sensor chip is positioned

inside the pressure inlet. Never poke

wires or other foreign matter through the

pressure inlet since they may damage

the chip or block the inlet. Avoid use

when the atmospheric pressure inlet is

blocked.

4) Use an operating pressure which is

within the rated pressure range. Using a

pressure beyond this range may cause

damage.

5) Since static charge can damage the

pressure sensor chip, bear in mind the

following handling precautions.

• When storing the pressure sensor

chips, use a conductive material to short

the pins or wrap the entire chip in

aluminum foil. Plastic containers should

not be used to store or transport the

chips since they readily become charged.

• When using the pressure sensor chips,

all the charged articles on the bench

surface and the work personnel should

be grounded so that any ambient static

will be safely discharged.

6) Based on the pressure involved, give

due consideration to the securing of the

pressure sensor DIP type and to the

securing and selection of the inlet tube.

Consult us if you have any queries.