Responsiveness: Indirect liquid conveyance
1:17
In this demonstration, pressurized air is used convey liquids indirectly. Two microblowers are used, one for expulsion and one for suction.
Related Videos
In New Videos
-
Play video Thin and vibration-free: Aeration
Thin and vibration-free: Aeration
The features of the microblower include thinness and vibration-free operation. In this demonstration, microblowers are used as an air pump in a small water tank.
0:40
-
Play video Thermistor Workshop - Basics: Part 2 - Temperature Sensor Circuit Creation and Usage Examples
Thermistor Workshop - Basics: Part 2 - Temperature Sensor Circuit Creation and Usage Examples
This video describes the use of thermistors in temperature sensor circuits, alert circuits, and for temperature compensation circuits. The basics consist of three parts.
11:44
-
Play video Thermistor Workshop - Basics: Part 1 - NTC Thermistors and Temperature Sensor Circuits
Thermistor Workshop - Basics: Part 1 - NTC Thermistors and Temperature Sensor Circuits
This video explains the characteristics of thermistors, comparing SMD-type components used in temperature sensor circuits. The basics consist of three parts.
7:29
-
Play video Pressurizing (expansion): Balloon
Pressurizing (expansion): Balloon
In this demonstration, multiple microblowers are used, arranged in parallel. The thinness and compactness of the microblowers allows them to be incorporated flexibly into various layouts.
0:59
-
Play video Negative pressure: Crushing a plastic bottle (with suction)
Negative pressure: Crushing a plastic bottle (with suction)
The high pressure and high airflow volume generated by the MZB4001T05 can be used to produce suction. Here we will show how this high negative pressure can quickly crush an empty plastic bottle.
0:43
-
Play video Negative pressure: Adhesion by suction
Negative pressure: Adhesion by suction
The microblower can produce adhesion by suction using air pressure. In this demonstration, an MZB1001T02 microblower is used to raise a weight.
0:53