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MCMA 400X400 OVM6946 90FOV 60CM
Electronics Part Number
MCMA 400X400 OVM6946 90FOV 60CM-WXManufacturer
NXP Semiconductors
MCMA 400X400 OVM6946 90FOV 60CM
Description
Micro-Camera Module MCMA, 400x400 Pixel ResolutionInventory
797 Pcs New Original In Stock
CMOS image sensor 400x400; clear image capture; used in industrial vision, embedded cameras, and biometric devices.
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Minimum 1
Minimum 1
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Freight
Basic cost: USD 70.00
Actual cost may vary depending on weight and destination
Shipping method
Shipped from Hong Kong via FedEx/DHL/UPS/TNT
Delivery Time
In-stock items: Ready to ship in 1-2 days
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Technical Specifications
Category
Pressure Sensors, Transducers
Manufacturer
NXP Semiconductors
Packaging
Tray
Operating Temperature
-40°C ~ 125°C
Mounting Type
Through Hole
Package / Case
4-SIP Module
Series
MPX2100
Features
Temperature Compensated
Base Product Number
MPX2100
Product Status
Active
Output Type
Wheatstone Bridge
Applications
Board Mount
Termination Style
PC Pin
Voltage - Supply
10V ~ 16V
Output
0 mV ~ 40 mV (10V)
Supplier Device Package
-
Accuracy
-
Pressure Type
Absolute
Operating Pressure
14.5PSI (100kPa)
Port Size
Male - 0.19" (4.93mm) Tube
Port Style
Barbed
Maximum Pressure
58.02PSI (400kPa)
Data Sheet Document (D)
Datasheets
Download MPX2100AP Product Specification (PDF)
HTML Datasheet
MPX2100AP-DG
Environmental & Export Classification
RoHS Status
ROHS3 Compliant
Moisture Sensitivity Level (MSL)
Not Applicable
REACH Status
REACH Unaffected
ECCN
EAR99
HTSUS
8542.39.0001
Additional Information
Other Names
935325256117
Standard Package
100
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Frequently Asked Questions (FAQ)
What are the key reliability risks when using the MPX2100AP in high-vibration automotive application
The MPX2100AP, while temperature-compensated and robust for board-mount applications, uses a through-hole 4-SIP package that is more susceptible to mechanical stress under high vibration compared to surface-mount alternatives. In automotive environments (e.g., engine bay or suspension systems), repeated mechanical fatigue can lead to cracked solder joints or delamination of the internal diaphragm. To mitigate this, use strain relief on the pressure tubing, secure the PCB with conformal coating and mechanical fasteners, and consider potting the module. For extreme vibration, evaluate surface-mount alternatives like the MPXV7002DP or add a vibration-damping mounting bracket.
Can the MPX2100AP be safely replaced with the MPX5100AP in a 12V industrial control system without c
No, direct replacement of the MPX2100AP with the MPX5100AP is not recommended without circuit adjustments. Although both are NXP absolute pressure sensors with similar packages, the MPX5100AP has a higher full-scale output (~45 mV at 10V supply) and different offset characteristics. The MPX2100AP outputs 0–40 mV over 0–14.5 PSI, while the MPX5100AP spans 0–14.5 PSI but with a different bridge sensitivity. Using it without recalibrating the signal conditioning amplifier may result in inaccurate readings or saturation. Always revalidate gain settings and offset nulling when substituting, or consider the electrically compatible MPX2100DP (dual-in-line variant) if footprint allows.
How does long-term exposure to humid or condensing environments affect the MPX2100AP’s accuracy and
The MPX2100AP lacks hermetic sealing and uses a barbed port with PC pin termination, making it vulnerable to moisture ingress in condensing environments. Over time, humidity can corrode internal bond wires or alter the Wheatstone bridge’s baseline resistance, leading to drift in zero-pressure output. To prevent this, avoid direct exposure to liquid water or condensation—use hydrophobic vented tubing if needed, and apply conformal coating (e.g., acrylic or silicone-based) over the sensor and PCB. For high-humidity applications (>85% RH), consider sealed alternatives like the NXP MPXHZ6115A6T1, which includes overmolding and better environmental protection.
What signal conditioning challenges arise when interfacing the MPX2100AP’s 0–40 mV output to a 3.3V
The MPX2100AP’s low-level 0–40 mV output (at 10V excitation) requires careful amplification to utilize the full dynamic range of a 3.3V ADC. A typical rail-to-rail instrumentation amplifier (e.g., AD623 or MCP6N11) with a gain of 60–80 is needed, but thermal drift and offset voltage become critical. Use a precision reference for excitation (not the MCU’s 3.3V rail) to avoid supply-induced errors, and include a low-pass RC filter (cutoff ~10–100 Hz) to reduce noise. Additionally, perform two-point calibration (zero and full scale) in firmware to compensate for initial offset and gain variation, as the MPX2100AP does not include onboard amplification.
Is the MPX2100AP suitable for measuring pulsating pressure in hydraulic systems, and what filtering
The MPX2100AP can measure pulsating pressure in hydraulic systems up to its maximum pressure rating (58.02 PSI), but rapid pressure spikes or frequencies above 100 Hz may cause mechanical resonance or diaphragm fatigue over time. The sensor’s natural frequency is not specified, so high-frequency pulsations can lead to inaccurate readings or long-term damage. To protect the MPX2100AP, install a mechanical snubber or restrictor in the pressure line to dampen transients, and use software averaging or a hardware low-pass filter (1–10 Hz cutoff) on the output. For high-cycle or high-frequency applications, consider ruggedized sensors like the Honeywell MLH010BG or add a bleed valve to limit peak pressure exposure.
What are the key reliability risks when using the MPX2100AP in high-vibration automotive application
The MPX2100AP, while temperature-compensated and robust for board-mount applications, uses a through-hole 4-SIP package that is more susceptible to mechanical stress under high vibration compared to surface-mount alternatives. In automotive environments (e.g., engine bay or suspension systems), repeated mechanical fatigue can lead to cracked solder joints or delamination of the internal diaphragm. To mitigate this, use strain relief on the pressure tubing, secure the PCB with conformal coating and mechanical fasteners, and consider potting the module. For extreme vibration, evaluate surface-mount alternatives like the MPXV7002DP or add a vibration-damping mounting bracket.
Can the MPX2100AP be safely replaced with the MPX5100AP in a 12V industrial control system without c
No, direct replacement of the MPX2100AP with the MPX5100AP is not recommended without circuit adjustments. Although both are NXP absolute pressure sensors with similar packages, the MPX5100AP has a higher full-scale output (~45 mV at 10V supply) and different offset characteristics. The MPX2100AP outputs 0–40 mV over 0–14.5 PSI, while the MPX5100AP spans 0–14.5 PSI but with a different bridge sensitivity. Using it without recalibrating the signal conditioning amplifier may result in inaccurate readings or saturation. Always revalidate gain settings and offset nulling when substituting, or consider the electrically compatible MPX2100DP (dual-in-line variant) if footprint allows.
How does long-term exposure to humid or condensing environments affect the MPX2100AP’s accuracy and
The MPX2100AP lacks hermetic sealing and uses a barbed port with PC pin termination, making it vulnerable to moisture ingress in condensing environments. Over time, humidity can corrode internal bond wires or alter the Wheatstone bridge’s baseline resistance, leading to drift in zero-pressure output. To prevent this, avoid direct exposure to liquid water or condensation—use hydrophobic vented tubing if needed, and apply conformal coating (e.g., acrylic or silicone-based) over the sensor and PCB. For high-humidity applications (>85% RH), consider sealed alternatives like the NXP MPXHZ6115A6T1, which includes overmolding and better environmental protection.
What signal conditioning challenges arise when interfacing the MPX2100AP’s 0–40 mV output to a 3.3V
The MPX2100AP’s low-level 0–40 mV output (at 10V excitation) requires careful amplification to utilize the full dynamic range of a 3.3V ADC. A typical rail-to-rail instrumentation amplifier (e.g., AD623 or MCP6N11) with a gain of 60–80 is needed, but thermal drift and offset voltage become critical. Use a precision reference for excitation (not the MCU’s 3.3V rail) to avoid supply-induced errors, and include a low-pass RC filter (cutoff ~10–100 Hz) to reduce noise. Additionally, perform two-point calibration (zero and full scale) in firmware to compensate for initial offset and gain variation, as the MPX2100AP does not include onboard amplification.
Is the MPX2100AP suitable for measuring pulsating pressure in hydraulic systems, and what filtering
The MPX2100AP can measure pulsating pressure in hydraulic systems up to its maximum pressure rating (58.02 PSI), but rapid pressure spikes or frequencies above 100 Hz may cause mechanical resonance or diaphragm fatigue over time. The sensor’s natural frequency is not specified, so high-frequency pulsations can lead to inaccurate readings or long-term damage. To protect the MPX2100AP, install a mechanical snubber or restrictor in the pressure line to dampen transients, and use software averaging or a hardware low-pass filter (1–10 Hz cutoff) on the output. For high-cycle or high-frequency applications, consider ruggedized sensors like the Honeywell MLH010BG or add a bleed valve to limit peak pressure exposure.
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Sep 15 2026
