MFC2030/MFC2070 Bi-Directional Digital MEMS Gas Flow Sensor

MFC2030/MFC2070 Bi-Directional Digital MEMS Gas Flow Sensor


Negotiable Min Order Quantity Unit

Required Quantity
Place of Origin
U.S.A
Brand name
MEMSIC
Payment Terms
Others,T/T
Production method
Negotiable
Shipping / Lead Time
Negotiable / Negotiable
Keyword
air flow sensor, gas flow sensor
Category
Sensors

Shenzhen ISweek Technology LTD

Membership
BIZ
Country / Year Established
China China / 2014
Business type
Trading Company
Verified Certificate

8

Product name MFC2030/MFC2070 Bi-Directional Digital MEMS Gas Flow Sensor Certification -
Category Sensors Ingredients -
Keyword air flow sensor , gas flow sensor Unit Size -
Brand name MEMSIC Unit Weigh -
origin U.S.A Stock -
Supply type - HS code -

Product Information

 

High Performance Bi-Directional
Digital MEMS Gas Flow Sensor
MFC2000 Series

MFC2030/MFC2070 Digital MEMS Gas Flow Sensor DESCRIPTION
MFC2000 series is a new gas flow sensing module platform based on MEMSIC’s proprietary CMOS technology for thermal mass flow sensing. It can measure up to 70 SLM bi-directional flow rate with +/-3.0% accuracy. 

The sensing element is monolithically integrated with CMOS signal processing circuitry and embedded software capable of converting gas flow rates to a digital or analog output with very high repeatability. The  module  has  very  low  operating  power consumption (< 5 mA) and a low power consumption sleep mode (<100 µA) for optimal power management in portable applications. The MFC2000 series is externally powered, up to 5.5V (3.3V typ.). I2C digital output is standard. Other output available upon request.

MFC2030/MFC2070 Digital MEMS Gas Flow Sensor FEATURES
•  Bi-directional flow
•  High dynamic range
•  ±3% m.v. accuracy
•  ±0.6% m.v. repeatability
•  Low power consumption
•  Fast response time
•  Single 2.7 - 5.5Vdc power supply
•  Digital I2C and analog outputs
•  Standard fitting sizes
•  Custom fluid connector available
•  Temperature compensated
•  Highly configurable firmware
•  Easy-to-use PC-based GUI
•  RoHS and WEEE compliant

MFC2030/MFC2070 Digital MEMS Gas Flow Sensor APPLICATIONS
• Medical gas flow measurement and control
• Industrial gas flow measurement and control
• Consumer products

MFC2030/MFC2070 Digital MEMS Gas Flow SensoCHARACTERISTICS
(Measurements performed with air at 23°C temperature, 1 Atm pressure, 50% RH, at 5.0V DC power supply, unless otherwise specified). Calibration conditions for standard liters per minute slm: 20°C, 1013mbar.

Parameter
Condition
30 SLM
70 SLM Unit
Measurement Range
Direct port
+/- 30
+/- 70 SLM
Flow Direction

Bi-directional N/A
Supply DC Voltage (VDD)

2.7 - 5.5
Vdc
Interface Voltage (VDDIO)
(See note 1)
2.7 - 3.0
Output Range
I2C Mode
0 - 65,535
LSB
Analog Mode
0 - VDDIO Vdc
Operating Temperature

(20) - 80
°C
Calibrated Temperature

0 - 50
°C 
Storage Temperature

(40) - 85 °C
Relative Humidity
non-condensing
0 - 95
%
Supply Current
 
Continuous, Fs = 100Hz
5mA 
Sleep mode
100µA
Accuracy
 
1% Qmax ≤ Q < 100% Qmax
3.0% m.v. 
Q < 1% Qmax
0.03% FS
Repeatability
ODR =100Hz
0.1Qmax ≤ Q ≤ Qmax
0.6% m.v.
Q < 0.1Qmax
0.06% FS
ODR =10Hz
0.1Qmax ≤ Q ≤ Qmax
0.2% m.v.
Q < 0.1Qmax
0.02% FS
ODR =1Hz
0.1Qmax ≤ Q ≤ Qmax
0.05% m.v. 
Q < 0.1Qmax
0.005% FS
Offset Shift w/Temp.
0 - 50°C
2SCCM/°C
Span Shift
0 - 50°C
0.1 % m.v./°C
Pressure Drop
Q max
418mbar
Sample Rate/Response Time

10ms
Orientation Sensitivity

TBD % m.v
Wake Time
Wake up from sleep mode
40ms 
Working Pressur

0 - 8
Bar 
Module Weight
Includes aluminum inserts
< 100 g
Wetted Material
Si, SiO 2 , Si 3 N 4 , Aluminum, PPSU, Stainless steel, Viton, Nitrile rubber,
Aluminum alloy 3003, Epoxy, Silicone

MFC2030/MFC2070 Digital MEMS Gas Flow SensoABSOLUTE MAXIMUM RATINGS
Supply Voltage (VDD)
2.7 to +5.5V
Storage Temperature
-40°C to +85°C
Pressure
0 - 8 Bar Gauge
Shock
10g, 0.5ms
Vibration
1g, 5 to 200 Hz
ESD
4kV/8kV (contact/air discharge)

MFC2030/MFC2070 Digital MEMS Gas Flow SensoORDERING INFORMATION

editorimg 

B2B Trade

Price (FOB) Negotiable transportation -
MOQ Negotiable Leadtime Negotiable
Payment Options Others,T/T Shipping time Negotiable

Shenzhen ISweek Technology LTD

Country / Year Established
China China / 2014
Membership
BIZ
Business type
Trading Company

8

President
Li xiaoyang
Address
16 Floor, Building #3, Zhongke Mansion, Gaoxin South 1st Rd, Hi-Tech Park, Nanshan
Product Category
Sensors
Year Established
2014
No. of Total Employees
101-500
Company introduction
<p> 

ISweek is the industry sourcing and direct marketing platform launched by OFweek, Chinese high-tech web portal. 

ISweek has gathered abundant high-quality industrial products around the world, and is dedicated to providing one-stop product distribution and procurement services for buyers, suppliers, traders, and manufacturers of industrial technology products.

For the projects of telecom communications power, dynamic environmental monitor and access networks ring controllers, we provide fully imported sensing component solutions and support the manufacturers in the industry with necessary techniques and information.

In industrial auto-control and building auto-control, we provide our customers with total solutions of sensing 
components, control systems, general cabling and system integration.

The gas sensor combined with the well-developed related temperature and humidity sensors can provide the increasing programs such as air purification, environment protection and granary monitor with excellent sensing and control component services.

 

Main Product

Related Products

Other buyers also search

Membership Grade

BUYER

Biz Pro VIP

SELLER

Biz Pro VIP
팝업닫기
Live Chat A new message arrives
from a business partner.

No Data

  • There is no data to load
  • Check out the My TK > My Inquiries list.
  • After agreeing to the use of the Live Chat service, the list is printed only when there is at least one history of receiving or sending a Live Chat request.

If you have not yet agreed to use the Live Chat service,

You can use the Live Chat freely after agreeing to the use of the Live Chat service.

View more
View more