Download (別添 書式5) 購 買 (英 文) 規 格 書 Commodity Description 關稅分類

(別添 書式 5)
購 買 (英 文) 規 格 書
Commodity Description
關稅分類番號
HSK. NO
品目 番號
Item No.
(4 단계모두)
9027.80.1000
品 目 및 規 格
單 位
數 量
Description
Unit
Quantity
8CH Impedance Analyzer System
set
1
I. GENERAL FEATURES
1. This system is for versatile electrochemical experiments and AC Impedance experiment for multichannel
application.
2. This multichannel system is not sequential type using multiplexer. Each channel should work independently and
simultaneously.
3. Each channel can be operated independently or group operation is available
4. Each channel has it’s own FPGA, DSP and internal memory for independent control and data acquisition
nevertheless of PC communication.
5. Each channel has its own FRA for EIS technique
6. System can be expanded max 32 channels.
7. This is for the application such as battery, surface engineering, corrosion research, electrochemical power
generation, catalyst and general electrochemical study.
8. Wide electrochemical applications are available such as chrono-potentiometry, coulometry, stationary and cyclic
voltammetry or series measurement.
9. This system has fitting function to fit experiment data to one of equivalent circuit models by automatic model
searching function.
10. This system can do Mott-Schottky plot with voltage steps as one experiment.
11. Voltage Pulse or bipolar Current pulse should be available for charge/discharge test(GSM,CDMA etc) in battery
test package & pulse plating
12. To check actual pulse shape, Pulse shape monitoring function should be supplied.
13. Independent ZRA(zero resistance ammeter) circuit is provided
14. Even if PC failure or USB failure happened, System should run and gathering the data as programmed
independently and can transfer the data to PC automatically after recovering the communication.
15. Safety limit function and Fail function is provided
16. User can select axis parameter anytime without reloading the data file
17. During EIS measurement, real time sine wave graph or Lissajous (I vs. E) graph should be provided to
check data quality
18. Independent DC analysis software and EIS data analysis software are provided
II. SYSTEM CONFIGURATION
1. 8CH Impedance Analyzer System
including
 USB cable
 Dummy cell
 Power cable
 Smart Manager Software
 IVMAN DC analysis software(without license)
 ZMAN EIS data analysis software
(without license)
1 set
1 ea
1 ea
1 ea
1 ea
1 ea
1 ea
2.
3.
4.
5.
Energy software package (BAT)
EIS software package (EIS)
Cell cable (1m)
Control & Data acquisition System
1 pkg
1 pkg
8 ea
1 set
III. SPECIFICATION
A. Hardware
1. Potentiostat/Galvanostat
a. Power amplifier
1) Compliance voltage : ±12V
2) Maximum output current : ±2A
3) Bandwidth ; >5MHz
4) Slew rate ; 10V/usec
5) Minimum pulse width ; 200usec
6) Time resolution ; 50usec
b. Potentiostat mode
- Voltage control
1) Applied Voltage Range : ±10V, ±1V, ±0.1V
2) Accuracy ; <±0.1% of full scale
3) ScanRange ; ±10V
4) Resolution ; 0.0015% of full scale
- Current measurement
1) FullScaleRanges ; ±20pA - ±2A in 12 ranges
2) Resolution ; 0.0015% f.s
3) DC Accuracy ; ±10pA±0.3% of range
c. Galvanostat Mode
- Current control
1) Applied Current Range : ±20pA - ±2A in 12 ranges
2) DC Accuracy ; ±0.1%(2A~2uA), 1%(200nA~20pA)
3) Resolution ; 0.0015% f.s
- Voltage Measurement
1) FullScaleRange ; ±10V, 1V, 100mV
2) Resolution ;16bit (0.3mV, 30uV, 3uV)
3) DC Accuracy; ±1mV±0.2% of reading
d. Electrometer
1) Max input voltage range ; ±10V
2) Reference electrode Input Impedance ; >10^13 Ohms
3) Bandwidth ; >16MHz
4) CMRR ; >60dB @ 100kHz
2. Zero resistance Ammeter
1) Independent ZRA circuit and cable
2) Current range: 2mA, 200uA, 20uA
3. EIS measurement
1) Frequency range; 10uHz to 1MHz
2) Max. AC amplitude ; 5V rms (potentiostatic) or 90%
3) Min AC amplitude ; 1mV rms (potentiostatic) or 0.1%
(galvanostatic)
(galvanostatic)
4) Mode ; Potentiostatic, Galvanostatic, Psuedo-Galvanostatic, OCP, HFR, fixed frequency Mott-Schottky,
Frequency scanning Mottschottky
4. Data acquisition
1) min. sampling time ; 50usec at burst mode
2) max. sampling time : unlimited
3) Sampling condition : time, dV/dt, dI/dt, temp
5. Aux I/O
1) Analog Out : 1 output, +/-10V range
2) Aux voltage Input : 3 inputs, +/-10V range (simultaneous measurement)
3) Digital Input : 2
4) Digital Output : 3
4) Signal Generator Output
5) Voltage input port and Current Input port
6. Misc I/O
1) I2C port
2) Signal Generator Output
3) Voltage input port
4) Current Input port
7. Temperature input : one for K type thermocouple
8. System
1) Internal data memory size: 350,000 points
2) One USB interfacing between System and PC.
3) Front Panel LED: 2 LED( RUN, BUSY)
4) Scanning & Bias DAC: Two set 16bit (50MHz) for scanning and Bias
5) Aux Vout DAC: one set 16bit (1MHz) for auxiliary analog output
6) ADC: Two set of 16 bit 500kHz ADC for reading voltage / current and 4 channel 16bit 250kHz
7) Control speed selection:
8
8) analog filter selection:
4
9) Current input capacitor selection: 2
B. Software
a. schedule file
1. Universal sequence file for user defined test by setting each step
2. Batch file for batch operation using sequence file and/or technique file
3. Technique file
1) Standard function
 Static
Potentiostatic
Galvanostatic
 Dynamic
Voltage sweep
Current sweep
Cyclic voltammetry
2) Battery Test techniques
CC/CV test for Lithium battery
CC/CC test for NiCd or NiMH etc battery
Discharging test
EVS(Electrochemical voltage spectroscopy)
Pulse mode is available for GSM & CDMA profile
Cutoff condition; Time,voltage,current,power,temperature,AuxV etc
3)
EIS technqiues (EIS)
Potentiostatic EIS
Galvanostatic EIS
Pseudo Galvanostatic EIS
OCP EIS
Dynamic frequency Mottschottky Plot
Fixed frequency Mottschottky Plot
Galvanostatic HFR Monitor
Potentiostatic HFR Monitor
- Real time display
- Automatic current ranging
b. Control & Monitor
1) Specified channel control in virtual control panel with real time graph
2) Multichannel control panel is provided
3) Operation is using task buttons (Run, Stop, Pause, Jump, Skip)
4) EIS & DC Real time data monitor is provided
5) Group( several channels at once) control is available
6) Simple monitor with color representing status is provided.
c. graph functions
- Data graph
3 kind of graph categories are provided.
Each graph’s has 4 y axis
User can change each axis without reloading the data file.
1) DC graph
Graph parameters: Time, Eref, I, Eoc, Id, Aux1, Aux2, Aux3, Temp, LogI, Load, ChQ, DchQ, ChQs, DchQs, Ch
P, Dch P, Ch-Wh, Dch-Wh, Sum Wh, Sum Q, Sum |Q|, |Q|,Rp, Ch Q/Q0, dQ/dV, Q-Q0
2) EIS graph
Graph parameters: Frequency, Zre, -Zim, Zmag, Zph, Y’, Yimg, Y , |Y|, Yph, LogZ, LogY, Rs(R-C), Cs(R-C),
Rp(R|C), Cp(R|C), Rs(R-L), Ls(R-L), Q(R-L),time, Vdc, Idc, Temp, Aux(1,2,3)
3) Cycle graph
Graph parameters: cycle number, Ch Q, Dch Q, Sum Q, Coulomb Eff, Ch-Wh, Dch-Wh, Sum Wh, Energy Eff,
MinV, MaxV, ChQs, DchQ, ChVavg, DchVavg, Vavg
- Real time graph
1) User can define real time graph format per technique and changed the format automatically following
techniques.
2) 3 real time graph format display in 1 window simultaneously for specified channel
3) Multichannel Realtime graph in one window.
d. EIS data analysis software
1) simple model editor
2) Automatic model searching with application model library
3) Automatic fitting
- circular fiting
- genetic algorithm
4) Parameter plot
5) 2D/3D plot
6) EIS simulation
7) series analysis
8) Mott schottky analysis
9) CV analysis: Cs, Cp, Rs, Rp graphic and analysis
10) KK consistency
11) Model add/substraction
e. DC data analysis software
1) Data smoothing
2) Tafel analysis
3) Differential/semi differential analysis
4) Charge/discharge analysis
5) Electrochemical voltage spectroscopy analysis
6) Peak searching analysis
7) 3D graphic
8) Polarization resistance analysis
IV. Remark
1. One year warranty service will be provided by contractor.