WF200SPZ Analoge drukverschilsensor

WF200SPZ Analoge drukverschilsensor

Op voorraad

WF200SPZ pressure sensor is a MEMS differential pressure sensor with all silicon structure, which adopts Wheatstone full bridge. Under the standard working power supply, it can achieve accurate measurement of pressure of 0~10kPa, and has a good linear relationship with the output voltage. This series of pressure sensors are packaged with SOP16 with double air nozzles.

RoHS-compatibel

Gerelateerde bronnen

  • All-silicon MEMS structure — homogeneous silicon construction minimizes thermal mismatch and contributes to measurement stability over temperature
  • Good output linearity over 0–10 kPa — Wheatstone full-bridge configuration delivers an output voltage with a consistent linear relationship to applied differential pressure
  • SOP16 with dual air nozzles — standard SMT-compatible package with dedicated high and low pressure ports for direct pneumatic connection, simplifying mechanical integration
Key Attributes
Pressure Range:0Kpa~10Kpa SOP-16 Pressure Sensors, Transducers - Industrial RoHS
Linearity:± 0,3%FS
Temperature Compensation:Geen
Zero Point Output Temperature Coefficient0.25%FS/℃
Waterproof Rating:IP65
Response Rate:5ms
OverPressure:2X Damage pressure
Burst Pressure:3X FS
Features:Measure the force per unit area and convert it into an electrical signal
Pressure Media is Non-Corrosive Gases Only
ROHS-compatibel en halogeenvrij
TypeDetails
RoHSREACH en RHOS
ECCN
CNHTS9026201090
USHT9026204000
TARIC9026208000
CAHT9026200090
BRHTS90262010
INHTS90262000
MXHTS9026.20.99
WF WF200SPZ 0.1BG S16 op

Toepassingen

Home Appliance Industry
SENSORBREDE TOEPASSINGEN IN DE MEDISCH & GEZONDHEID-1
SENSORBREDE TOEPASSINGEN IN DE MEDISCH & GEZONDHEID-2
DRUKSENSOREN BREDE TOEPASSINGEN IN DE AUTO-ELEKTRONICA
DRUKSENSOREN BREDE TOEPASSINGEN IN DE INDUSTRIE & Automatisering-1
DRUKSENSOREN BREDE TOEPASSINGEN IN DE INDUSTRIE & Automatisering-2

Aanvullende informatie

TypeDetails
Minimum1
Meerdere1
Standaard verpakking50
VerkoopeenheidDeel

Drukberekening

0 kPa = 0 MPa

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