4515DO-DS3BK005DPL

Pressure Sensor, 5 Inch-H2O, I2C Digital, Differential, 3.3 VDC, Dual Side Port, 3 mA

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Manufacturer: TE CONNECTIVITY
Product type: Pressure Transducers
Port Style: Dual Side Port
Product Range: MS4515DO Series
Sensor Output: I2C Digital
Supply Current: 3mA
Voltage Rating: 3.3VDC
Operating Pressure Max: 5Inch-H2O
Pressure Measurement Type: Differential

Delivery and price
Units per pack	10
Price	35.59 €
Current stock	10+
Lead time	7 days

Datasheet

## WVRoHS 

## MS4515DO 

## SPECIFICATIONS 

- **PCB Mounted Digital Output Transducer** 

- **Combination Temperature and Pressure** 

- **Pressure Ranges from 2 to 30 inches H2O** 

- **I[2] C or SPI Protocol** 

- **Differential & Gage** 

- **Temperature Compensated** 

- **3.3 or 5.0 VDC Supply Voltage** 

- **Low Power Option Available (standby  < 1µA)** 

## FEATURES 

- Inches H2O Pressure Ranges 

- PCB Mountable 

- Digital Output 

- Barbed Pressure Ports 

## APPLICATIONS 

- Blocked Filter Detection 

- Altitude and Airspeed Measurements 

The MS4515DO is a small, ceramic based, PCB mounted pressure transducer from TE Connectivity.  The transducer is built using the latest CMOS sensor conditioning circuitry to create a low cost, high performance digital output pressure (14bit) and temperature (11bit) transducer designed to meet the strictest requirements from OEM customers. 

The MS4515DO is fully calibrated and temperature compensated with a total error band (TEB) of less than 1.0% over the compensated range. The sensor operates from single supply of either 3.3 or 5.0VDC and requires a single external component for proper operation. 

- Medical Instruments 

- Fire Suppression System 

- Panel Meter 

- Air Movement/Environmental Controls 

- Pneumatic Controls 

The rugged ceramic transducer is available in side port, top port, and manifold mount and can measure gage or differential pressure from 2 to 30 inches H2O. The 1/8” barbed pressure ports mate securely with 3/32” ID tubing. 

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MS4515DO 

## STANDARD RANGES (INCHES H2O) 

|**Range**|**Gage**|**Differential**|**Option Availability**|
|---|---|---|---|
|2||DS, SS, TP, MM|-L|
|4|DS, SS, TP, MM|DS, SS, TP, MM|-L|
|5|DS, SS, TP, MM|DS, SS, TP, MM|-L|
|10|DS, SS, TP, MM|DS, SS, TP, MM|-F, -L, -M|
|20|DS, SS, TP, MM|DS, SS, TP, MM|-F, -L, -M|
|30|DS, SS, TP, MM|DS, SS, TP, MM|-F, -L, -M|



**See Package Configurations:  DS= Dual Side Port, SS= Single Side Port, TP= Top Port, MM= Manifold Mount Only I[2] C Protocol is Available on “L” type Pin Styles; Reference Ordering Information for Details Pin Style “L” is only available SS and MM port types. Pin Style “C” is only available SS, TP and MM port types.** 

## BLOCK DIAGRAM 

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## ABSOLUTE MAXIMUM RATINGS 

|ABSOLUTE MAXIMUM RATINGS|ABSOLUTE MAXIMUM RATINGS|||||
|---|---|---|---|---|---|
|**Parameter**|**Conditions**|**Min**|**Max**|**Unit**|**Notes**|
|Supply Voltage|TA= 25 °C|2.7|5.5|V||
|Output Current|TA= 25°C||3|mA||
|Storage Temperature||-40|+125|°C||
|Humidity|TA= 25°C||95|%RH|Non Condensing|
|Overpressure|TA= 25 °C, both Ports|Not to Exceed 300||psi||
|Burst Pressure|TA= 25 °C, Port 1|||psi|See Table 1|
|ESD|HBM|-4|+4|kV|EN 61000-4-2|
|Solder Temperature||250°C, 5 sec max.||||



## **TABLE 1: BURST PRESSURE BY RANGE AND PACKAGE STYLE** 

|Style|Port||002|004|005|010|020|030|Unit|
|---|---|---|---|---|---|---|---|---|---|
|DS,MM|Port 1<br>Port 2|Port 1<br>Port 2|10<br>10|10<br>10|10<br>10|10<br>10|10<br>10|20<br>20|PSI<br>PSI|
|SS,TP|Port 1|Port 1||10|10|10|10|20|PSI|



## ENVIRONMENTAL SPECIFICATIONS 

|**Parameter**|**Conditions**|
|---|---|
|Mechanical Shock|Mil Spec 202F, Method 213B, Condition C, 3 Drops|
|Mechanical Vibration|Mil Spec 202F, Method 214A, Condition 1E, 1Hr Each Axis|
|Thermal Shock|100 Cycles over Storage Temperature, 30 minute dwell|
|Life|1 Million FS Cycles|
|MTTF|>10Yrs, 70 ºC, 1.188 Million Pressure Cycles, 120%FS Pressure|



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## PERFORMANCE SPECIFICATIONS 

**Supply Voltage[1] : 5.0V or 3.3 VDC Reference Temperature: 25°C (unless otherwise specified)** 

|**PARAMETERS**|**MIN**|**TYP**||**MAX**|**UNITS**|**NOTES**|
|---|---|---|---|---|---|---|
|Output|51E<br>1EB|||3AE0<br>3EB|Count Hex|Count Hex<br>1,2,3|
|Span|31EA<br>3852|3333<br>3998||347A<br>3AE0|%Span|1,2,3|
|Pressure Accuracy|-0.25|||0.25|%Span|2|
|Total Error Band (TEB)|-1.0|||1.0|%Span|3,7|
|TEB (4inH20 and Below)|-2.0|||2.0|%Span|3,7|
|Temperature Accuracy||1.5|||ºC|4|
|Supply Current||3|||mA|7|
|Load Resistance (RL)|10||||kΩ||
|Long Term stability (Offset & Span)||±0.5|||%Span||
|Compensated Temperature|0|||+60|ºC|5|
|Operating Temperature|-10|||+85|ºC||
|Output Pressure Resolution||||14|bits||
|Output Temperature Resolution|8|||11|bits||
|Update Time||0.5|||ms|6|
|Start Time to Data Ready||||8.4|ms|6|
|Weight||||3|grams||
||Non-Corrosive Dry Gases Compatible with Ceramic, Silicon, Borosilicate Glass,||||||
|Media|RTV, Gold, Aluminum and Epoxy.  See “Wetted Material by Port Designation” chart|||RTV, Gold, Aluminum and Epoxy.  See “Wetted Material by Port Designation” chart||RTV, Gold, Aluminum and Epoxy.  See “Wetted Material by Port Designation” chart|
|||||below.|||



## **Notes** 

1. Proper operation requires an external capacitor placed as shown in Connection Diagram.  Output is not ratiometric to supply voltage. 

2. The maximum deviation from a best fit straight line (BFSL) fitted to the output measured over the pressure range at 25C.  Includes all errors due to pressure non linearity, hysteresis, and non-repeatability. 

3. Total pressure error band includes all accuracy errors, thermal errors over the compensated temperature range and span and offset calibration tolerances.  For ideal sensor output with respect to input pressure and temperature, reference Transfer Function charts below. TEB values are valid only at the calibrated supply voltage. 

4. The deviation from a best fit straight line (BFSL) fitted to the output measured over the compensated temperature range. 

5. For errors beyond the compensated temperature range, see Extended Temperature Multiplier chart below. 

6. Start time to data ready is the time to get valid data after POR (power on reset). The time to get subsequent valid data is then specified by the update time specification. 

7. This product can be configured for custom OEM requirements, contact factory for lower power consumption or higher accuracy. 

## CONNECTION DIAGRAM 

## **Notes** 

1. Place 100nF capacitor between Supply and GND to within 2 cm of sensor. 

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MS4515DO 

## PRESSURE AND TEMPERATURE TRANSFER FUNCTION 

|**% of Count**|**Output Type A (inH20)**|**Output Type B (inH20)**|**Digital Counts (decimal)**|**Digital Counts (hex)**|
|---|---|---|---|---|
|**0**|PMIN-(PMAX-PMIN)*10/80|PMIN-(PMAX-PMIN)*5/90|0|0X0000|
|**5**||PMIN|819|0X0333|
|**10**|PMIN||1638|0X0666|
|**50**|||8192|0X2000|
|**90**|PMAX||14746|0X399A|
|**95**||PMAX|15563|0X3CCB|
|**100**|PMAX+(PMAX-PMIN)*10/80|PMAX+(PMAX-PMIN)*5/90|16383|0X3FFF|



|**OUTPUT(°C)**|**Digital Count(decimal)**|**Digital Counts(hex)**|
|---|---|---|
|**-50**|0|0X0000|
|**0**|511|0X01FF|
|**10**|614|0X0266|
|**25**|767|0X02FF|
|**50**|1023|0X03FF|
|**85**|1381|0X0565|
|**150**|2047|0X07FF|



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## EXTENDED TEMPERATURE MULTIPLIER CHART 

**==> picture [263 x 118] intentionally omitted <==**

**----- Start of picture text -----**<br>
2.5<br>2.0<br>1.5<br>1.0<br>0.5<br>0.0<br>-10 0 10 20 30 40 50 60 70 80 90<br>**----- End of picture text -----**<br>


## PACKAGE, PINOUT & PRESSURE TYPE CONFIGURATION 

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MS4515DO 

|**Pin Name**|**Pin**|**Function **|
|---|---|---|
|GND|1|Ground|
|SUPPLY|2|Positive Supply Voltage|
|SDA            MISO|SDA            MISO<br>3|I2C Data                          SPI Data|
|SCL            SCLK|SCL            SCLK<br>4|I2C Clock                         SPI Clock|
|INT                  SS|INT                  SS<br>5|I2C Interrupt            SPI Chip Select|
||6-8|No Connection|



INT is not available for Pin Style “L” models 

|**Pressure Type**|**Pmin**|**Pmax**|**Description**|
|---|---|---|---|
|Differential/<br>Bidirectional|-Prange|+Prange|Output is proportional to the difference between Port 1 and Port 2.  Output swings<br>positive when Port 1> Port 2.  Output is 50% of total counts when Port 1=Port 2|
|Gauge|0psiG|+Prange|Output is proportional to the difference between 0psiG (Pmin) and Port 1.  Output<br>swings positive when Port 1> Port 2.|



Prange is equal to the maximum full scale pressure specified in the ordering information. 

Standard Range (inH2O) by port style 

## WETTED MATERIAL BY PORT DESIGNATION 

|||||**Material**|**Material**||||
|---|---|---|---|---|---|---|---|---|
|Style|**Port**|**Ceramic**|**Ceramic**<br>**Silicon**|**Silicon**<br>**Borosilicate Glass**|**RTV**|**Gold**|**Gold**<br>**Aluminum**|**Aluminum**<br>**Epoxy**|
|DS, MM|Port 1<br>Port 2|X<br>X|X<br>X|X<br>X|X<br>X|X|X|X<br>X|
|SS, TP, SM|Port 1|X|X|X|X|X|X|X|



## "X” Indicates Wetted Material 

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MS4515DO 

## I[2] C INTERFACE 

## **I[2] C Interface Parameters** 

|Parameters|Symbol|Min|Typ|Max|Units|
|---|---|---|---|---|---|
|SCLK Clock Frequency|FSCL|100||400|kHz|
|Start Condition hold time relative to SCL edge|tHDSTA|0.1|||µs|
|Minimum SCL clock low width1|tLOW|0.6|||µs|
|Minimum SCL clock high width1|tHIGH|0.6|||µs|
|Start Condition Setup time relative to SCL edge|tSUSTA|0.1|||µs|
|Data hold time on SDA relative to SCL edge|tHDDAT|0|||µs|
|Data setup time on SDA relative to SCL edge|tSUDAT|0.1|||µs|
|Stop condition setup time on SCL|tSUSTO|0.1|||µs|
|Bus free time between stop and start condition|tBUS|2|||µs|



1 combined low and high widths must equal or exceed minimum SCL period 

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## SPI INTERFACE 

## **SPI Interface Parameters** 

|**Parameters**|Symbol|Min|Typ|Max|Units|
|---|---|---|---|---|---|
|**SCLK Clock Frequency**|FSCL|50||800|kHz|
|**SS Drop to First clock edge**|tHDSS|2.5|||µs|
|**Minimum SCL clock low width @1**|tLOW|0.6|||µs|
|**Minimum SCL clock high width @1**|tHIGH|0.6|||µs|
|**Clock Edge to data transition**|tCLKD|0||0.1|µs|
|**Rise of SS relative to last clock edge**|tSUSS|0.1|||µs|
|**Bus free time rise and fall of SS**|tBUS|2|||µs|



@1 combined low and high widths must equal or exceed minimum SCLK period 

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MS4515DO 

## DIMENSIONS 

Dimensions are in INCHES [mm] Model: MS4515DO-DSvoixxxyP 

Model: MS4515DO-DSvoixxxyS 

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MS4515DO 

Model: MS4515DO-SSvoixxxyP 

Model: MS4515DO-SSvoixxxyS 

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MS4515DO 

Model: MS4515DO-TPvoixxxyP 

Model: MS4515DO-TPvoixxxyS 

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MS4515DO 

Model: MS4515DO-SSvoixxxyL 

Model: MS4515DO-MMvoixxxyL 

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MS4515DO 

Model: MS4515DO-MMvoixxxyP 

Model: MS4515DO-MMvoixxxyS 

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MS4515DO 

Model: MS4515DO-SSvoixxxyC 

Model: MS4515DO-TPvoixxxyC 

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MS4515DO 

Model: MS4515DO-MMvoixxxyC 

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MS4515DO 

## APPLICATION NOTES 

Measurement Specialties offers a comprehensive selection of product support documentation. 

## _MS45xx Series Application Note_ 

- Bypass Capacitor Selection 

- Pressure Hose Recommendations 

- PCB Layout Recommendations 

## _Interfacing to MEAS Digital Pressure Modules_ 

- I[2] C or SPI Protocol Description 

- Data Fetch, Measurement Request Commands 

- Timing Diagrams 

## _Configuration, POR and Power Consumption_ 

- Standard and Low Power Configuration 

- Power On Reset (POR) 

- Current Consumption by Sampling Frequency 

## AVAILABLE OPTIONS 

## **Gel Coat (-F Option)** 

The MS4515DO is designed for non-ionic and clean dry air applications. Select this option for added protection in high humidity or slightly corrosive environments with the application of a silicone gel elastomer to sensor and ASIC. For questions concerning media compatibility, contact the factory. 

## **Low Power (-L Option)** 

Select this option for battery powered or handheld device applications.  In this configuration, the sensor and calibration microcontroller are powered down, drawing a current of ~ 0.6uA (Vs=5.0 VDC). When the master sends a **Read MR** (measurement request) command (I[2] C or SPI); the sensor is “awaken” and begins the measurement cycle; data is then placed onto the output registers. The sensor and calibration microcontroller are powered down again, awaiting the **Read DF** (data fetch) command from the master. 

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MS4515DO 

## ORDERING INFORMATION 

## 4515DO – DS 3 B K 030 D P M 

**Package Type SS** Single Sideport **DS** Dual Sideport **TP** Top Port **MM** Manifold Mount **Supply Voltage 3** 3.3 VDC **5** 5.0 VDC 

5.0 VDC 

**Output Type A** 10% to 90% **B** 5% to 95% **Interface Type I** I2C (Addr. 0x28H) **J** I2C (Addr. 0x36H) **K** I2C (Addr. 0x46H) **S** SPI (Not available for ‘L’ pin Style) **0** I2C (Addr. 0x48H) **:** : ~~=~~ **9** I2C (Addr. 0x51H) 

**Option Type [Blank]** No Option **F*** Gel Coating **L** Low Power **M*** Gel Coat & Low Power * Options available for pressure ranges ≥10inH2O **Pin Type P** Thru Hole **S** J Lead **L** In Line **C** Castellation **Pressure Type D** Differential **G** Gauge **Pressure Range [inH2O]** 002 004 005 010 020 030 

## **NORTH AMERICA** 

Measurement Specialties, Inc., a TE Connectivity company Tel:  +1 800-522-6752 Email: customercare.frmt@te.com 

## **ASIA** 

## **EUROPE** 

Measurement Specialties (Europe), Ltd., Measurement Specialties (China) Ltd., a TE Connectivity Company a TE Connectivity company Tel:  +31 73 624 6999 Tel:  +86 0400-820-6015 Email: customercare.bevx@te.com Email: customercare.shzn@te.com 

## **TE.com/sensorsolutions** 

## Measurement Specialties, Inc., a TE Connectivity company. 

Measurement Specialties, TE Connectivity, TE Connectivity (logo) and EVERY CONNECTION COUNTS are trademarks. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. 

The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as set forth in TE Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or consequential damages arising out of the sale, resale, use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine the suitability of each such product for the specific application. 

© 2015 TE Connectivity Ltd. family of companies All Rights Reserved. 

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Updated at February 9, 2023

TE Connectivity is a globally recognized engineering and manufacturing leader, specializing in highly reliable connectivity and sensing solutions. Renowned for innovation and durability, their components are engineered to perform in the most demanding environments, supporting critical advancements in industrial equipment, data communications, and automotive systems. Our extensive selection of TE Connectivity products is anchored by their industry-leading connector portfolio. We carry a comprehensive array of terminal blocks and accessories, including wire-to-board, pluggable, standard, and barrier configurations, alongside robust backplane connectors designed to ensure secure and efficient power and data transmission in complex circuit designs. Beyond physical connections, TE Connectivity is a premier manufacturer of precision sensors, antennas, and electromechanical switching components. Our inventory features a wide variety of RF antennas and highly accurate pressure, temperature, and force transducers. Additionally, we provide an expansive range of TE's dependable relays, encompassing automotive, power, and signal variants, alongside essential passive components like shielding gaskets and RF inductors to fully support your engineering requirements.

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