Modern Electronic CommunicationMaintaining the tradition of previous editions, this ninth edition includes up-to-date coverage of the latest in electronic communications and concepts. The material presented reflects advancements and developments in all aspects of electronic communications such as mobile communications, satellite communications, digital signal processing and SS7 signaling. Electronic Workbench Multisim simulations appear at the end of each chapter and on an accompanying CD. In addition, in-text learning aids are designed to develop analytical and troubleshooting skills and the updated lab manual includes new experiments using Mini-Circuits modules. Expanded discussion of digital communications including new changes and improvements in: Mobile Communications; SS7 Signaling; Bluetooth; Wi-Max; DTV (digital television). Completely new sections on: Wireless Security; DSP (digital signal processing); RFID; HD Radio. A thorough and up-to-date reference for Electronic Technicians. |
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Page 130
... Temperature Range LM1596 LM 1496 Storage Temperature Range Lead Temperature ( Soldering , 10 sec ) 500 mW 30V +5 OV ( 5 + 1 , R ) V 50V 12 mA -55 ° C to + 125 ° C 0 ° C to + 70 ° C -65 ° C to + 150 ° C 300 ° C electrical characteristics ...
... Temperature Range LM1596 LM 1496 Storage Temperature Range Lead Temperature ( Soldering , 10 sec ) 500 mW 30V +5 OV ( 5 + 1 , R ) V 50V 12 mA -55 ° C to + 125 ° C 0 ° C to + 70 ° C -65 ° C to + 150 ° C 300 ° C electrical characteristics ...
Page 292
... temperature variable is of interest since it is possible to lower the circuit temperature and decrease noise without changing other system parameters . At 0 K there is no noise generated . Unfortunately , it is very expen- sive and ...
... temperature variable is of interest since it is possible to lower the circuit temperature and decrease noise without changing other system parameters . At 0 K there is no noise generated . Unfortunately , it is very expen- sive and ...
Page 579
Gary M. Miller. OPERATIONAL CHARACTERISTICS ( 30 ° C Device Temperature ) PARAMETER Threshold Current Threshold Temperature Dependence MIN TYP MAX UNITS 100 130 MA 1 mA / ° C Recommended Power Output Slope Efficiency 2 ° mW 0.08 0.12 mW ...
Gary M. Miller. OPERATIONAL CHARACTERISTICS ( 30 ° C Device Temperature ) PARAMETER Threshold Current Threshold Temperature Dependence MIN TYP MAX UNITS 100 130 MA 1 mA / ° C Recommended Power Output Slope Efficiency 2 ° mW 0.08 0.12 mW ...
Contents
SINGLESIDEBAND | 121 |
TELEVISION | 227 |
COMMUNICATIONS TECHNIQUES | 280 |
Copyright | |
8 other sections not shown
Common terms and phrases
adjusted amplitude antenna applied attenuation audio band bandwidth block diagram broadcast C₁ C₂ Calculate capacitance capacitor carrier frequency channel characteristic impedance coaxial communications components coupling crystal crystal oscillator demodulator detection detector device dielectric diode effect electrical electron energy Explain fiber FIGURE filter gain horizontal image frequency inductor input signal intelligence signal laser LC circuit load local oscillator magnetic field maximum microwave mixer modulating signal modulation index noise nonlinear operation oscillator output phase shift preemphasis propagation provides pulse quency R₁ radiation radio range ratio resistance resistor resonant RF amplifier shown in Fig sideband sine wave stage station stereo superheterodyne receiver switch sync temperature tion transistor transmission line transmitted tube tuned circuit typical vertical voltage waveform waveguide wavelength ΚΩ