on October 18th 159

MPX5010DP: Pinout, Features, and Datasheet

The MPX5010DP is a state-of-the-art silicon pressure sensor widely utilized in diverse applications. This sensor shines in scenarios involving a microcontroller or microprocessor with A/D inputs, adapting seamlessly to various system requirements. Celebrated for its versatility and reliability, the MPX5010DP elevates pressure measurement accuracy across multiple systems. As we delve deeper into its capabilities, we will explore its unique features, extensive applications, and the cutting-edge technology that underpins its operation, making it a core in the field of advanced pressure measurement solutions.

Catalog

What is the MPX5010DP?

The MPX5010DP is a dual-port silicon pressure sensor housed within a 6-pin SIP configuration. Utilizing cutting-edge micromachining, thin-film metallization, and bipolar processing technologies, this sensor ensures a precise analog output directly proportional to applied pressure. Its axial port is designed for industrial-grade tubing, making it highly suited for scenarios demanding exceptional accuracy and robust performance.

Several components mirror the MPX5010DP in their features. Parts such as the MPX5010GSX and MPX5010GP, from NXP USA Inc., exhibit identical characteristics. They include barbed port style, 6-SIP module package, operational temperature range of 40°C to 125°C, and sensitivity rating of 450 mV/V.

The MPX5010DP distinguishes itself through advanced micromachining and thin-film metallization. Precision in pressure measurement is required for applications such as medical devices and industrial automation. The sensor's sophisticated construction guarantees longevity and stability under diverse conditions, achieving an ideal blend of technology and practical utility.

The sensor’s robust design enhances its utility. Resilience to harsh environmental factors ensures consistent results over extended periods, validated by its widespread industrial adoption. Emphasis on durable performance leads to minimal maintenance and operational reliability, boosting system durability and efficiency.

MPX5010DP Alternatives

• MPX5010GSX

• MPX5010GP

• MPX5010GS

MPX5010DP Pin Configuration

MPX5010DP Symbols, Footprints, and CAD Models

Features of MPX5010DP

The MPX5010DP stands out with several features that render it a reliable component in diverse applications. It maintains a maximum error margin of 5% over a temperature range of 0° to 85°C, ensuring precision and dependability in accuracy-demanding conditions. Its compatibility with microprocessor or microcontroller-based systems allows seamless integration into complex electronic designs, enhancing overall versatility and efficiency.

Temperature Resilience and Durability

The device is designed to be temperature-compensated from -40°C to +125°C, ensuring consistent performance over a broad temperature range. This is highly beneficial in environments where fluctuating temperatures might otherwise compromise component efficacy. Its durable epoxy unibody and PPS (polyphenylene sulfide) surface mount package contribute to its robustness, making it well-suited for demanding industrial and automotive applications.

Advanced Sensor Technology

The patented silicon shear stress strain gauges incorporated in the device exemplify a sophisticated approach to pressure measurement. These gauges provide high accuracy and repeatability, enhancing the MPX5010DP's dependable performance. This advanced technology is advantageous in scenarios where meticulous pressure monitoring is needed, such as in automotive engine management systems and industrial equipment.

Versatile Configurations

The MPX5010DP is available in both differential and gauge types, offering flexibility for various application needs. The differential type, ideal for systems requiring precise measurement of pressure differences. Gauge type, suited for applications needing absolute pressure measurement. Additionally, the choice between through-hole or surface mount configurations augments its adaptability, catering to different design preferences and manufacturing processes.

MPX5010DP Specifications

Type	Parameter
Factory Lead Time	12 Weeks
Package / Case	6-SIP Module
Surface Mount	NO
Mounting Feature	THROUGH HOLE MOUNT
Operating Temperature	-40°C~125°C
Series	MPX5010
Published	1998
Part Status	Active
Moisture Sensitivity Level	Not Applicable
ECCN Code	EAR99
Applications	Board Mount
HTS Code	8542.39.00.01
Voltage - Supply	4.75V~5.25V
Output	0.2 V ~ 4.7 V
Termination Style	PC Pin
Body Length or Diameter	29.46mm
Body Breadth	10.67 mm
Output Type	Analog Voltage
Accuracy	±5%
Response Time	1000 µs
Operating Pressure	1.45PSI (10kPa)
Pressure Type	Differential
Port Style	Barbed
Port Size	Male - 0.19 4.93mm Tube Dual
Linearity	5%
Maximum Pressure	5.8PSI (40kPa)
Sensors/Transducers Type	PRESSURE SENSOR, PIEZORESISTIVE
Housing	PLASTIC
Pressure Range-Max	1.45 Psi
Offset-Nom	0.20V
Features	Temperature Compensated
Sensitivity (mV/V)	450 mV/V
Body Height	28.7mm
RoHS Status	ROHS3 Compliant

MPX5010DP Block Diagram

Applications of MPX5010DP

Hospital Beds

The MPX5010DP has gained traction in hospital beds due to its accuracy in monitoring patient position and mattress inflation. Proper patient positioning and appropriate mattress support in preventing bedsores and enhancing comfort. This sensor empowers healthcare providers to make data-driven adjustments, ensuring superior care. Traditionally, manual assessments were the norm, but sensor integration has revolutionized accuracy and improved patient outcomes.

Respiratory Systems

Ventilators rely on precise pressure measurements to deliver optimal airflow and ensure patient safety. The sensor's accuracy enables fine-tuned respiratory support, which is great in intensive care units.

HVAC Systems

The MPX5010DP excels in HVAC systems by monitoring and regulating air pressure. Accurate pressure measurements ensure efficient operation, resulting in energy savings and enhanced system performance. This sensor contributes to reliable and cost-effective climate control solutions.

Process Control

The sensor is also integral to various process control applications like monitoring fluid flow rates, detecting leaks, and ensuring the integrity of piping systems. These functions maintain consistent processes, improving safety and productivity in manufacturing environments.

Domestic Appliances

In domestic settings, such as washing machines, the MPX5010DP excels in measuring water levels with precision. Accurate water sensing optimizes water usage, conserving resources and maintaining appliance efficiency. This leads to superior washing performance and prolonged appliance longevity.

Microprocessors and Microcontrollers

The MPX5010DP shows high compatibility with systems based on microprocessors and microcontrollers. This integration enables the creation of smart systems capable of monitoring and parameter adjustments. For example, intelligent water management systems in washing machines optimize water usage based on load size and fabric type due to such integration.

Packaging of MPX5010DP

Manufacturer of MPX5010DP

NXP Semiconductors, offers expansive secure connectivity solutions tailored for embedded applications. The company's passion for innovation is abundantly clear in its trailblazing work across secure connected vehicles, comprehensive security, privacy solutions, and smart connected technologies. NXP Semiconductors leads the charge in developing advanced technologies to secure connected vehicles. NXP’s ongoing advancements exemplify a model of secure and avant-garde technology for modern embedded applications.

Datasheet PDF

MPX5010DP Datasheets:

Cylindrical Battery Holders.pdf

2.73KHz.pdf

NXP USA Inc REACH.pdf

NXP USA Inc RoHS Cert.pdf

Frequently Asked Questions [FAQ]

1. What are the practical applications of the MPX5010DP?

The MPX5010DP finds usage across medical, industrial, and consumer domains. In hospital beds, precise pressure measurements enhance patient safety and comfort. The sensor’s accuracy in respiratory systems aids in airflow monitoring and regulation, for medical treatments and patient care. HVAC systems benefit by optimizing air pressure control, leading to improved energy efficiency and indoor air quality. In manufacturing, maintaining specific pressure levels is good for product quality and safety. Many vehicles utilize the sensor to monitor and control tire pressure, enhancing road safety.

2. Is technical support available for MPX5010DP?

Yes, extensive technical support is accessible for the MPX5010DP. Detailed pinout information aids in correct sensor integration. Application notes provide insights and use-case scenarios, facilitating optimal utilization. Availability of replacement details ensures reliability in applications. Support documents including datasheets, manuals, and schematics furnish thorough technical specifications and guidance. Cross-references expand compatibility options, streamlining integration with other components.