TH-EDU-AFM1 - Educational Atomic Force Microscope, Imperial

TH-EDU-AFM1 - Educational Atomic Force Microscope, ImperialTH EDU AFM1 Educational Atomic Force Microscope, Imperial Product Drawing Includes Components to Build a Basic Atomic Force Microscope Requires a User Supplied Optical Table or Breadboard with Damping Feet Recommended Nexus Honeycomb Breadboard and Damping Feet Determine Lateral Force and Force Distance Measurements of the Included Microstructure Samples

or via Bluetooth to a paired FLX380 or OFL280 FlexTester

quick reference card and operator's manual

12 VDC Power Supply (Sold Separately) Includes Region-Specific Power Cord

Metal Brand Greenlee Item dimensions L x W x H 8 x 8 x 8 inches Style Modern Item Weight 0

The lightweight receiver provides both audible and visual indications of signal strength for accurate identification

Output (dBm) Sensitivity (dBm) Power Budget (dB) FIB1-10/100W-SC20AF 20Km Tx:1310nm Rx:1550nm -15 -32 17 FIB1-10/100W-SC20BF 20Km Tx:1550nm Rx:1310nm -18 -32 14 FIB1-10/100W-SC40AF 40Km Tx:1310nm Rx:1550nm -7 -32 25 FIB1-10/100W-SC40BF 40Km Tx:1550nm Rx:1310nm -8 -32 24 FIB1-10/100W-SC60AF 60Km Tx:1310nm Rx:1550nm -5 -34 29 FIB1-10/100W-SC60BF 60Km Tx:1550nm Rx:1310nm -5 -34 29 FIB1-10/100W-SC80AF 80Km Tx:1310nm Rx:1550nm -2 -34 32 FIB1-10/100W-SC80BF 80Km Tx:1550nm Rx:1310nm -2 -34 32

Wavelength Range 400-2200 nm

These fiber connector mounts provide compatibility with additional fiber patch cables

lint-free pads

locates and measures network events such as splices

this book provides the underlying principles of fiber optics as well as essential practical applications

LED indicators for data and PoE activity