logo
Startseite ProdukteGas-Sensor

FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

Bescheinigung
CHINA ShenzhenYijiajie Electronic Co., Ltd. zertifizierungen
CHINA ShenzhenYijiajie Electronic Co., Ltd. zertifizierungen
Ich bin online Chat Jetzt

FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring
FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

Großes Bild :  FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

Produktdetails:
Herkunftsort: USA
Modellnummer: FS7002-B
Zahlung und Versand AGB:
Min Bestellmenge: 1
Preis: Verhandlungsfähig
Verpackung Informationen: Papierbox
Lieferzeit: 3-5work Tage
Zahlungsbedingungen: L/C, D/A, D/P, T/T, Western Union, MoneyGram
Versorgungsmaterial-Fähigkeit: 5000 Stück

FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

Beschreibung
Durchflussmessbereich: 0 ~ 5 m/s Wiederholbarkeit: ± 3% fs
Ansprechzeit: ≤ 20 ms Versorgungsspannung: 5,0 VDC (4,75–5,25 V)
Arbeitsstrom: < 10 mA Stromverbrauch: < 50 mW
Hervorheben:

MEMS thermal mass flow sensor

,

medical ventilator airflow sensor

,

respiratory airflow monitoring sensor

 

          FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring

 

 

Product Features:

  • Adopts advanced MEMS thermal mass flow sensing technology for gas flow detection.
  • Ultra-fast response time less than 20ms, realizing real-time flow monitoring.
  • High measurement repeatability (±3%FS) with stable analog voltage output.
  • Low power consumption (<50mW), suitable for long-term continuous operation.
  • Built-in anti-blocking structure, effectively resistant to tiny dust interference.
  • Wide working temperature range and excellent environmental adaptability.
  • Simple circuit design, no extra amplifier required for easy integration.
  • RoHS compliant, compact structure for portable and embedded equipment.

Product Applications:

  • Medical Equipment: Medical ventilator, anesthesia machine and respiratory airflow monitoring.
  • Industrial Automation: Pneumatic system, gas pipeline flow detection and leakage judgment.
  • Environmental Monitoring: Air sampling equipment and environmental gas flow testing.
  • Smart Home Appliances: Air purifier, fresh air system flow feedback control.
  • Laboratory Instruments: Analytical instrument gas flow calibration and detection.

 

 

Sensor Type
 
MEMS Thermal Mass Flow Sensor
Measuring Medium Dry Clean Air & Non-corrosive Gas
Flow Detection Range 0 ~ 5 m/s
Repeatability ±3% FS
Response Time ≤ 20 ms
Output Signal Non-linear Analog Voltage (0.2~0.8 VDC)
Supply Voltage 5.0 VDC (4.75~5.25V)
Working Current < 10 mA
Power Consumption < 50 mW
Max Working Pressure 50 kPa
Working Temperature -10 ℃ ~ +70 ℃
Storage Temperature -20 ℃ ~ +80 ℃
Working Humidity <95% RH (Non-condensing)
Compliance RoHS3 Compliant

 

FS7002-B MEMS Thermal Mass Flow Sensor for Medical Ventilator Anesthesia Machine and Respiratory Airflow Monitoring 0

Kontaktdaten
ShenzhenYijiajie Electronic Co., Ltd.

Ansprechpartner: Miss. Xu

Telefon: 86+13352990255

Senden Sie Ihre Anfrage direkt an uns (0 / 3000)