Products




DY2300 Series Potentiostat/Bipotentiostat

IT_100sec_250.gifGeneral PurposeEasy to Use
Low NoiseLow Cost
Max. Current:±100 mA
Min. Current:
0.3 pA
Potential Range:±4.000 V
Compliance Voltage:±10.0 V
Cell Configuration: (CE, RE, WE1, WE2)
Tech: (iT, CV, LSV, DPV, NPV, MSP,SWV,CA...)
Cell Control, Stir, Purge, RRDE, Tafel Plot...

The DY2300 is a general purpose, high-performance and low-cost potentiostat/bipotentiostat based on modern semiconductor products and advanced software technology.

Innovative and powerful PC software, combined with a unique hardware design, makes using the DY2300 both convenient and productive. The DY2300 can perform many common electrochemical measurement tasks, as well as rotating ring disk electrode (RRDE) experiments, sub-picoampere current measurement, sensor conditioning, and user specified testing sequences.

There are several different models in the DY2300 series which can be selected from in order to fit your application and budget.

[More info...] Download DY2300.pdf (Jan. 07, 2011)



DY2100 Series Mini Potentiostat

PortableLow Noise
Easy to UseVery Low Cost
Max. Current:±2 mA
Min. Current:0.76 pA
Potential Range:±2.000 V
CV Scan Rate (V/sec):1e-5 – 10 (DY2113)
Cell On/Off Control, USB Powered
Tech: (iT, CV, LSV, DPV, NPV, MSP, SWV …)
Cell Configuration: (CE, RE, WE)

The DY2100 series is single channel miniature potentiostat powered through a USB connection. Combined with a notebook (or netbook) computer, a portable multi-purpose testing system can be used for sensor research, teaching lab classes, and many applications in the field.

[More info...] Download DY2100.pdf



DY2000 Series Multichannel Potentiostat

SensitiveLow Noise
Easy to UseLow Cost
Max. Current: ±2 mA
Min. Current:
76 fA
Potential Range:±2.000 V
Max. Sampling Rate:10 kHz (16-bit)
Cell On/Off Control, Ext Trigger, Analog Output
Tech: (iT, CV, LSV, DPV, NPV, MSP, SWV…)
Cell Config: (CE1, RE, WE1) (CE2, WE2)

The DY2000 series integrates either a one or two channel potentiostat into a single compact design. Each channel has a low-noise analog current-to-voltage pre-amplifier with seven selectable gain stages, analog filters, a high impedance voltage amplifier and a 16-bit bias DAC. A 16-bit, 200 kHz ADC is used for data acquisition.

The unique hardware design makes the DY2000 suitable for applications such as the detection of extremely low electrical currents, and the study of electrochemical phenomena using microelectrodes.

[More info...] Download DY2000.pdf



DY1000 Sweep DDS Lock-In Amplifier

Digital AccuracyPortable
Multi-FunctionEasy to Use
Auto Freq. Sweep3-Omega Method
Max. Freq.:10 kHz (DDS)
Min. Freq.:
0.008 Hz
Amplitude Range:±10.00 V
Harmonic Lock-In:1.0f to100.0f
Synchronized Dual Function Generators
Non Integral Harmonic Lock-In

Lock-in amplifiers can be widely used in physics, chemistry, biology, and many other fields to detect very weak signals in the presence of a noisy background. However, in many cases, such usefulness could be limited by the complicated operation of conventional lock-in amplifiers. The DY1000 Sweep DDS Lock-In Amplifier introduces a new and convenient way to operate lock-in amplifiers. The built-in frequency sweep function lets the DY1000 automatically experiment data for a user-defined frequency range and resolution. The frequency can be swept up or down in either linear or logarithmic modes. The amplitude and phase responses of an external system are measured simultaneously.

[More info...] Download DY1000.pdf