LIANYIXIN · INDEPENDENT COMPONENT STORE
English / USD quote

Panasonic · Sensors & transducers

ADP5150

SENSOR 29.01PSIG 0.12" 4.5V

A multi-brand MCU and embedded-component workspace. Compare recorded cores, memory, interfaces and packages while retaining firmware, board and manufacturer constraints.

Request this exact part →
ADP5150 component illustration
Component illustration · verify actual package in documentation.

ADP5150 specifications

Recorded source facts. Missing values are kept explicit; verify the exact manufacturer document before design approval.

ManufacturerPanasonic
Ordering codeADP5150
FamilySensors & transducers
Package6-DIP Module
Product StatusActive
ApplicationsBoard Mount
Pressure TypeVented Gauge
Operating Pressure29.01PSI (200kPa)
Output TypeAnalog Voltage
Output0 V ~ 4.5 V
Accuracy±1.25%
Voltage - Supply5V
Port SizeMale - 0.12" (3mm) Tube
Port StyleBarbless
FeaturesAmplified Output, Temperature Compensated
Termination StylePC Pin
Maximum Pressure58.02PSI (400kPa)
Operating Temperature-10°C ~ 60°C
Mounting TypeThrough Hole
Package / Case6-DIP Module
Supplier Device PackageNot provided in source

Documents and evidence

ADP5150 ↗

Catalog sources

www.ic-components.com · ADP5150 ↗

Source directory identity match; source detail pending. Specifications remain from existing catalog.

Before sourcing ADP5150

  1. Start from engineering requirements
  2. Record toolchain and firmware dependencies
  3. Verify package, pinout and peripherals
  4. Approve alternatives before procurement
Embedded Design Matcher →

Questions about ADP5150

How do I request a current price?

Provide this full code, quantity, destination and arrival date. Budget estimates are conditional; final availability and price are confirmed by quotation.

Can a related record replace this device?

Related records aid discovery. Package, pinout, ratings, tooling and software require engineering approval before substitution.

Continue your Sensors & transducers review

Filter this family → · Selection resources · Upload your BOM