MLV-L20D-E1NS-N

Pressure Sensors Transducers Overview

The MLV-L20D-E1NS-N is a board mount pressure sensor from the Amphenol All Sensors MLV series. It features a differential measurement capability with a maximum pressure rating of 20 inches of water column (IN H2O). The device operates on a supply voltage of 5 volts and provides an analog output signal ranging from 0 mV to 20 mV. It utilizes a SIP-4 package configuration and is designed for operation within a temperature range of -25°C to 85°C.

Pressure Sensors Transducers Feature Summary

• Provides differential pressure sensing capabilities
• Features a compact SIP-4 surface mount package
• Delivers analog voltage output proportional to pressure

Pressure Sensors Transducers Applications

• HVAC system monitoring
• Medical equipment airflow detection
• Industrial process control

Pressure Sensors Transducers Procurement Notes

Verify component authenticity through authorized channels due to potential counterfeit risks. Confirm RoHS compliance status and specific manufacturing lot details prior to integration. Ensure storage conditions maintain integrity given the sensitive nature of MEMS-based sensing elements in this series.

Pressure Sensors Transducers Selection Notes

Select this model when differential pressure measurement up to 20 IN H2O is required. The 5V supply requirement and 0-20mV output must align with the host circuit's power budget and ADC input range. Verify that the SIP-4 footprint matches the PCB layout constraints.

Pressure Sensors Transducers Part Context

This component belongs to the MLV series of board mount pressure sensors manufactured by Amphenol All Sensors Corporation. These sensors are engineered for low-pressure applications requiring reliable performance in compact electronic assemblies, distinguishing them from higher-range industrial transducers.

Pressure Sensors Transducers Replacement Considerations

Cross-reference part numbers such as MLV-L20D-A6ECQ-N or MLV-L20D-E1NJ-N for mechanical compatibility. Verify pinout alignment and electrical specifications before substitution to ensure functional equivalence in the target application.