ED PSA-6000 Spectral Analyzer 9 kHz..6.2GHz

• Easy-to-use demonstarator for principles of refrigeration/airconditioning
• Motor Compressor : Pison type
• Trouble shooting for pipe leakage

 

• Unique logic cards(TTL/CMOS)
• Internal pulse outputs
• 3-stage Logic Monitor
• BCD indication

 

• Control of pressure, flow, level and temperature which are essential for process control
• Capable of stand-alone control and mixed combination in various types
• Real-time measurement and monitoring using data collection and signal conditioning
• Measurement of flow’s status and gain of the controlled data

 

• Panel type structure for good grasp of entire network configuration
• Learning about the functions and characteristics of basic network equipments such as NIC, HUB, Router and DSU, plus installation and maintenance
• Interlocking experiments with Internet for clear understanding a real network
• Capable of conneting to the open network on campus

 

• Designed to help develop network devices on the basis of Lon Protocol
• Control of each device installed in the field through power line communication
• Related experiments through Neuron C and MICOM programming
• Home network control in utilization of LabVIEW

 

• Fuel cell generation using photovoltaic
• Complete disassembly and assembly of the fuel cell
• Current and voltage measurement for PEM Fuel Cell Stack according to each of Cell
• Power production experiment using PEM Fuel cell

 

• RIM’s no-load power factor and load power factor
• Load characteristics of separately excited DC shunt-wound generator
• No-load saturation characteristics of generator
• DC shunt-wound generator’s loss and power factor

 

• Various types of test point for Air-interface experiments
• Anti-collision function
• OCX Library useful for application engineers
• 13.56MHz I-CODE Type in common usage
• Capability of reading and writing data on Tag

 

• One-stop training kit for embedded system, DSP and FPGA
• 7" Wide TFT LCD, 10/100 Ethernet 1Port, Serial 1Port, SD/MMC, ATA and other interfaces

 

• Load characteristics of shunt-wound and compound generators
• Generator’s speed and output by winding type
• Loss and efficiency comparisons by winding type