Design of Low Voltage Cell Fusion Instrument

Feng Jiang; Jun Yu; Jian Jun Chen

doi:10.4028/www.scientific.net/AMM.268-270.1337

Paper Titles

Analysis & Study of Harmonics’ Impact on Analog Integrator’s Calibration
p.1313

KED Modeling of PLS Mechanism
p.1319

Experimental Study on Vibration of Pure Electric Bus
p.1327

The Design of an Electromagnetic Damping Vibration Absorber
p.1332

Design of Low Voltage Cell Fusion Instrument
p.1337

Simulation of Power Transformer Windings Displacement Caused by Multiple Short-Circuit Forces
p.1341

Auto-Bäcklund Transformations Derived via the Implicit C-D Pair
p.1345

The Gear Modification of Wind Gearboxes High-Speed Gears on Romax Software
p.1349

The Temporal Diffraction Characteristic of a Femtosecond Laser Pulse by a Serrated Aperture
p.1353

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 268-270Design of Low Voltage Cell Fusion Instrument

Design of Low Voltage Cell Fusion Instrument

Abstract:

Aimed at the deficiency in the existing cell-elctrofusion devices such as high fusion voltage and so on, a low voltage cell fusion system based on micro system technology is developed. This system is composed by cell fusion chip and low voltage signal generator, and locating cells by precisely designed microstructure and signal. In this chip, small distance between one pair of microelectrodes reduced required voltage. It has advantages of low energy consuming, small bulk and operation safety and easily compared with the existence apparatus. The experiment shows the system can generate cell fusion signal to meet the need for fusing. It can be popularized.