China Multi Channels Soure Meter Nano Temperature-Sensitive Material IV Curve Tracer Source Measurement, Find details about China Soure Meter, Multi Channels Soure Meter from Multi Channels Soure Meter Nano Temperature-Sensitive Material IV Curve Tracer Source Measurement
Introduction
Precise plug-in host machine adopts a custom framework, backboard bus bandwidth up to 3Gbps, support 16 trigger bus, to meet the needs of high speed communication of multi-card devices.
In order to meet the different needs of customers for the number of sub-cards, two host machine(1003C and 1010C) have been launched. 1003C can hold up to 3 sub-cards, and 1010C can hold up to 10 sub-cards.We also have developed four sub cards (CS100,CS200,CS300 and CS400) for users to flexibly configure different sub-cards according to their functional and performance requirements to achieve the optimal cost-effective collocation.
Applications
Nano material properties test: graphene, nanowires, etc
Organic material properties test: electronic ink, printing of electronic technology, etc
Energy and efficiency characteristic test: LED/AMOLED, solar cells, batteries, DC to DC converters, etc
Discrete semiconductor devices feature test: resistor, diode, light emitting diodes, Zener diodes, the PIN diode, BJT transistor, MOSFET, SIC, etc
Capabilities
Host machines need to be used with sub cards, if you use our plug-in type series of source meters for the first time, please mark how many channels need to be used when purchasing the plug-in source meter devices, so that our company will close the channel you don't need temporarily, to ensure the appearance of beauty.
Host machine
No. | 1003C | 1010C |
Card slot number | 3 slots | 10 slots |
Communication Interface | RS-232,GPIB,LAN | RS-232,GPIB,LAN |
Power supply | AC100V~240V 50/60Hz | AC100V~240V 50/60Hz |
Max output power | 500W | 500W |
Temperature coefficient | 25±10 ºC | 25±10 ºC |
Size | 552mm L x 482mm W x 178mm H | 552mm L x 482mm W x 354mm H |
Warranty | 1 year | 1 year |
NO. | SC100 |
Channel number | 1 channel |
Max output power | 30W, four quadrant source or sink operation |
Source/sink limits | ±30V (≤1A), |
±1.05A (≤30V) | |
Overrange | 105% of range, source and measure |
On-load capacitance | <22nF |
Noise (20MHz) | 2mV RMS, <20mV Vp-p |
Voltage guard | Output impedance 1 kΩ, Deflection-Voltage<10mV |
Max sampling rate | 1000 sample/s |
Warranty | 1 year |
Quadrant table |
Voltage | Source | Measure | ||
Range | Programming resolution | Accuracy±(% rdg.+ volts) | Programming resolution | Accuracy±(% rdg.+ volts) |
300mV | 30uV | 0.1%±300uV | 30uV | 0.1%±300uV |
3V | 300uV | 0.1%±500uV | 300uV | 0.1%±500uV |
30V | 3mV | 0.1%±3mV | 3mV | 0.1%±3mV |
Current | Source | Measure | ||
Range | Programming resolution | Accuracy±(% rdg.+ A) | Programming resolution | Accuracy±(% rdg.+ A) |
100nA | 10pA | 0.1%±0.5nA | 10pA | 0.1%±0.5nA |
1uA | 100pA | 0.1%±3nA | 100pA | 0.1%±3nA |
10uA | 1nA | 0.1%±5nA | 1nA | 0.1%±5nA |
100uA | 10nA | 0.1%±50nA | 10nA | 0.1%±50nA |
1mA | 100nA | 0.1%±300nA | 100nA | 0.1%±300nA |
10mA | 1uA | 0.1%±5uA | 1uA | 0.1%±5uA |
100mA | 10uA | 0.1%±20uA | 10uA | 0.1%±20uA |
1A | 100uA | 0.1%±2mA | 100uA | 0.1%±2mA |
Detailed Photos
Company Profile
Established in 2009,Wuhan Precise Electronic technology Co., Ltd is a high-tech enterprise, research and develop automatic test equipment, optical communication device production line monitoring and test program. We are a technology-based enterprise integrating research and development, production, sales and services. Meanwhile, R&D team consists of masters and doctors, and the management, marketing, service teams are composed of experienced professionals
Precise products include: CHIP,BAR,TO,OSA,optical model and BOB production line, etc.
Precise customers include: Huawei, Hisilicon, Accelink, HG Genuine ZTE, and Hisense, et
Wuhan Precise Instrument Co., Ltd is a wholly-owned subsidiary of Wuhan Precise Electronic technology Co., Ltd. Located in "Wuhan·Optics Valley of China ", Our main product are high-Precision digital source meter and system, mainly used in the testing process of semiconductor devices. Meanwhile, provide modular hardware, efficient drivers and algorithm software to help users build custom solutions.