TE Connectivity M5600-000005-300PG

Factory Lead Time

10 Weeks, 1 Day

Package / Case

Cylinder, Threaded

Supplier Device Package

--

Working Pressure

300 PSI(2068.43 kPa)

Highest Pressure

600 PSI(4136.85 kPa)

Voltage-power

2.3 V ~ 3.6 V

Package/Enclosure

Cylindrical, Threaded

Mounting

Panel Mount

Dimensions

24 x 24 x 69mm

Maximum Operating Temperature

the maximum body temperature at which the thermistor is designed to operate for extended periods of time with acceptable stability of its electrical characteristics.

+85 °C

Minimum Operating Temperature

-20 °C

Maximum Operating Supply Voltage

3.6 V

Maximum Operating Pressure

20bar

Voltage, Rating

3VDC

Product Status

Active

Mfr

TE Connectivity Measurement Specialties

Base Product Number

M5600

Package

Bulk

Pressure Port

Port

Mounting Styles

Panel Mount

Rohs Code

Yes

Manufacturer Part Number

M5600-000005-300PG

Manufacturer

TE Connectivity

Part Life Cycle Code

Active

Ihs Manufacturer

TE CONNECTIVITY LTD

Risk Rank

2.36

Series

--

Tolerance

±0.25%

Pbfree Code

Yes

Part Status

Parts can have many statuses as they progress through the configuration, analysis, review, and approval stages.

Active

Applications

Industrial Automation

Voltage - Supply

2.3 V ~ 3.6 V

Reach Compliance Code

unknown

Output

24 b

Termination Style

--

Operating Supply Voltage

The voltage level by which an electrical system is designated and to which certain operating characteristics of the system are related.

3 V

Accuracy

±0.25%

Operating Pressure

An operating pressure is the amount of internal force applied to the walls of some type of pressure vessel during normal conditions.

300 PSI (2068.43 kPa)

Pressure Type

Exhaust Pressure Gauge

Port Style

Threaded

Port Size

Male-1/4 "(6.35mm) NPT

Sensor Type

Gauge Pressure Sensors

Maximum Pressure

600 PSI (4136.85 kPa)

Product

Transducers

Features

Temperature Compensated

Supply Current

Supply current refers to the input current to an LDO regulator at no load, which flows inside the IC in order to operate. The power consumption of an LDO regulator can be calculated as. (Input Voltage) x (Consumption current of IC itself) + (Input Voltage - Output Voltage) x (Load current)

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