Agilent Technologies E4375A Instrukcja Użytkownika Strona 116
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A - Specifications
116
Tables A-2 through A-4 list the supplemental characteristics of the Agilent MCCD System.
Requirements for the external power bus source are also listed. Characteristics are not warranted but are
descriptions of typical performance determined either by design or by type testing.
Table A-2. Agilent E4370A/E4374A/E4375A MCCD Characteristics
Parameter Condition Value
E4374A E4375A
Ah Capacity Measurement Accuracy
% of reading + offset ≤ 2 A:
> 2 A:
± (0.1% +1mAh/h)
N/A
± (0.10% +1.5mAh/h)
± (0.15% +1.5mAh/h)
Wh Capacity Measurement Accuracy
% of reading + offset ≤ 2 A:
> 2 A:
± (0.1% +5mWh/h)
N/A
± (0.10% +7.5mWh/h)
± (0.15% +7.5mWh/h)
Maximum Deviation of Measured Current
from Programmed Output Current
constant current mode
± 2 mA ± 3 mA
Maximum Deviation of Measured Voltage
from Programmed Output Voltage
constant voltage mode
± 2 mV
ac Resistance Measurement
maximum measurable:
max. time/cell to measure:
time for 256 cells:
1 Ω
1 s
~ 5 min.
dc Resistance Measurement
maximum measurable:
max. time/cell to measure:
time for 256 cells:
1 Ω
1 s
~ 5 min.
Voltage Output Noise
(at MCCD connector; bandwidth = 20Hz - 20MHz)
rms
peak-to-peak
30 mV
100 mV
Current Output Noise
(at MCCD connector; bandwidth = 20Hz - 20MHz)
rms
peak-to-peak
1 mA
10 mA
Maximum Current Overshoot/Undershoot
(from first applied programmed current level)
with current <50 mA
with current >50 mA
± 15 mA for up to 500 ms
5 % for up to 5 ms
Maximum Voltage Overshoot/Undershoot
± 25 mV
Maximum Current Risetime
0.1 s
Minimum Programming Current
charging and discharging 25 mA
Measurement Interval
for data logging
for sequence tests
for probe check/channel
1 s
1 s
1 s
Step Time
maximum
minimum
resolution
596 hours
7 s
1 s
Maximum Readings in Data Buffer
349,504
Maximum Sequence Length
596 hours
Maximum Number of Steps in Sequence
100
Maximum Number of Defined Groups
per mainframe 8
ac Input Line Requirements
input voltage range
input frequency range
maximum input power
max. current @ 100/120Vac
max. current @ 220/240Vac
95 Vac - 250 Vac
47 Hz - 63 Hz
300 W
4 A
2 A
Maximum Sense Probe Resistance
1
1 kΩ
Auxiliary bias output power
max. @ 5 to 24V/0.42 to 2A 10 W
Auxiliary bias output voltage
max. @ 0 to 0.42A
min. @ 0 to 2 A
24 V
5 V
Auxiliary bias output current
max. @ 5 V output
min. @ 24 V output
2 A
0.42 A
1
To measure output probe resistance accurately there must be 50 mV between the +/− power leads and the +/− sense leads. To
measure sense probe resistance accurately, there must be 100 mV of cell voltage.
- USER’S GUIDE 1
- Multi-Cell Charger/Discharger 1
- Warranty Information 2
- Safety Summary 3
- Document Scope 4
- Table of Contents 5
- 3 - CONFIGURATION 37 6
- 5 - PROGRAMMING OVERVIEW 49 6
- 6 - LANGUAGE DICTIONARY 67 6
- General Information 9
- Hardware Description 10
- General Information - 1 11
- Agilent E4371A Powerbus Load 12
- POWERBUS LOAD 13
- External Power Source 14
- Measurement Capability 16
- Current Measurements 17
- Capacity Measurements 17
- Data Logging 18
- Protection Features 19
- Internal Protection Functions 20
- If AC Power Fails 20
- Remote Programming Interface 21
- Test Start 22
- Installation 23
- Company Address Contact 24
- Location 25
- Channel Connections 25
- Remote Sense Connections 27
- Power Bus Connections 28
- Digital Connections 32
- Wiring Guidelines 33
- RS-232 Connections 34
- Auxiliary Output Connection 35
- Visual C++ Configuration 36
- Configuration 37
- Configure 38
- Network Configuration 39
- Identification Configuration 40
- Configuring the Digital I/O 41
- Agilent MCCD User Interface 45
- Using the Interface 46
- Programming Overview 49
- Cell Forming Example 50
- 5 - Programming Overview 52
- Function Call Overview 53
- Grouping Functions 54
- Step/Test Functions 54
- Sequence Control 55
- Output Configuration 56
- Instrument Protection 57
- Power Fail Operation 58
- Instrument State Storage 58
- Measurement Log 60
- Time Stamp Function 61
- Output Measurements 61
- Direct output control 62
- General Server functions 62
- Selftest 63
- Serial port 64
- Digital port 64
- Probe check 65
- Language Dictionary 67
- API Function Summary 68
- Language Dictionary - 6 69
- API Function Definitions 70
- *config); 75
- CF_MAX_GROUP_NAME_LEN 93
- Description 100
- See Also 103
- C Program Examples 105
- 7 - C Program Examples 106
- Example 2 107
- C Program Examples - 7 109
- Example 3 112
- Specifications 115
- (measured at output; 117
- bandwidth = 20Hz - 20MHz) 117
- Calibration 119
- Transfer Calibration 120
- Calibration Connections 120
- Multimeter 121
- Accessing Calibration 122
- Calibration Error Messages 123
- Dimension Drawings 125
- C - Dimension Drawings 126
- 104103102101100999897 128
- In Case of Trouble 135
- Selftest Error Messages 136
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