The LF201 easily enables you to measure electric impedance between electrodes. It makes it possible to find an abnormality before electrofusion start. This greatly enhances reproducibility. |
The LF201 is designed to output precise square wave pulses. The accurate square wave pulses bring high efficiency and renproducibility. Especially an accurate voltage output by 1V resolution setting is important for successful SCNT experiments. |
Switching time from alternate current (AC) ouput to direct current (DC) pulse output is less than 5 microseconds. The AC is for dielectrophoretic alignment of cells (Pearl Chain). After the cell alignment, DC square pulses are output for fusion. Then AC is re-applied for keeping cells together for the rounding off process. The shorter AC/DC switching time leads to an effective fusion. |
The LF201 can be used with a variety of electrodes which make it possible to do a wide range of cell fusion experiments. And custom-made electrodes are easily ordered and available for this LF201 Electro Cell Fusion Instrument. It enables you to realize the experiments which you have actually desired. |
The LF201 offers two DC pulse modes. A positive (+) square wave only or a bipolar (+/-) square wave. |
AC
Wave Shape | Sine Wave |
Voltage | 0-75V (Peak to Peak), 1V resolution |
Frequency | 1MHz |
Duration | 0-100s (1sec resolution) |
Post Fusion AC | 0-10s (Sine or Fade Wave) |
Shunt Resistor | Greater than 50ohm |
DC Pulse
Wave Shape | Positive
(+) Square Wave Pulse or Bipolar (+/-) Square Wave Pulse |
Voltage | 0-1200V (1V resolution) |
Pulse Length | 0-100μs (1μsec resolution) |
Pulse Interval | 0.1-10s (0.1 sec resolution) |
Number of Pulses | 1-100 (Automatic/Manual) |
Resistance Measurement | Up to 39.99kohm |
AC/DC Switching Time | Less than 5μs |
Memory | 99 protocols |
System Requirement | Windows 2000 and Windows XP |
Power | 100V-240V |
Dimensions, Weight | 375W x 360D x 170H mm, 9kg |
All features and specifications subject to change without notice.