Recommended
More Related Content
What's hot
What's hot (20)
Similar to Standards2
Similar to Standards2 (20)
Recently uploaded
Recently uploaded (20)
Standards2
- 1. Modern Industrial Robots multi-functional servo-controlled programmable Resonant Circuit Series Acceptor Parallel Rejector Theorem equivalent circuit Norton current Thevenin voltage - peak factor peak value peak-rms triangular wave 1.73 0.5 0.577 sine wave 1.4142 0.707 rectangular wave 1 temperature – resistance coefficient gold 0.0034 silver 0.0038 - elements permeability Diamagnetic Hydrogen, Air < 1 Paramagnetic Oxygen > 1 Ferromagnetic Cobalt >>> 1 Perigee Nearest to earth Apogee Farthest from earth RFID tag classification Active long distance Passive close proximity Front porch before sync pulse Back porch after sync pulse Inductive current lags voltage by less than 90 degrees capacitive current leads by 90 degrees 2 classes of Test Equipment GPETE General Purpose Test Equipment SPETE Special Purpose Test Equipment Temperature Coefficient of resistance Conductor Positive Semiconductor Negative Insulator Negative Eureka Almost Zero Strobotron Lamp flashing rate life span < 5000 rpm 250 hours > 5000 rpm 100 hours frequency measurements application mechanical - rotation tachometer electrical-output tuned circuit Stability for Oscillator Amplitude Stability Frequency Stability Laws of robotics 1. A robot may not injure a human being or, through inaction, allow a human being to come to harm. 2. A robot must obey orders given it by human beings except where such orders would conflict with the First Law. 3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Law. + β decay positron decay, proton to neutron - β decay gamma radiation, lowering binding energy T Flip-Flop JK + inverter D Flip-Flop JK tagged Conventional flow positive to negative Electron Flow negative to positive RFID Maintenance Preventive Checks equipment if functioning properly Corrective Replace and corrects parts Bolometer - Pesos per unit (with forfeiture of equipment) Pesos Sale of unregistered RFID proximity readers 5,000 - illegal acquisition of RFID reader 5,000 - Sale of illegal acquired RFID 5,000 - Selling of RFID proximity readers by non-NTC accredited radio dealers/manufacturers 5,000 1,000/1,000 tags Non-registration of imported RFID readers within 5 days from release from Customs - 1,000/1,000 units Imported RFID tags shall covered by Permit to Import to be issued upon payment of permit fee - 100 / 1,000 units Lux Illuminance Candela Luminous Intensity Pull up torque Rest to Max speed Pull down torque Synchronous speed Thin Film IC Sputtering materials / ceramic substrate Thick Film IC Screening Fast Fuse opens very quickly Standard Fuse Automobiles, lighting circuits Multi-meter % error Analog 1-3% Digital 0.01% proximity readers ERP Permit Low power 500 mW P 100 High power 2W or 4W EIRP P 300 Ionic Bond Electron are transferred Covalent Bond Electron are Shared Barretter resistance increases, dissipated power increases Thermistor resistance decreases, power increases