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Collection New Radio Yearbook No. 25

Magazine New Radio Yearbook

You can free and without registration download Collections New Radio Yearbook. Free collections contain circuit diagrams of modern radio electronic devices with detailed descriptions on the following topics: automation, auto electronics, audio equipment, consumer electronics, video equipment, measurements, power supplies, microcontrollers, amateur radio technologies, electronic components.

You can download other books, magazines, manuals, as well as diagrams and service manuals in our Free online technical library.

Collections New Radio Yearbook with the contents of the numbers:

Contents of the collection New Radio Yearbook No. 25:

Measurement

  1. EBikeMeter - ebaymeter (ATmega328P)
  2. Analog Devices MEMS Microphones
  3. USB flash drive in microcontroller system data logger (PIC24FJ64GB002)
  4. Yard lighting control automatic (FD320, CD4040, K561LE5)
  5. Automatic light switch (LM311)
  6. Automatic staircase lighting
  7. Aquameter (PIC18F27J13, MMA7361L, MAG3110, SSM2301RMZ)
  8. Acoustic thermometry
  9. Wireless signaling device for the minimum allowable temperature (OP293S, GT309V)
  10. PSU with a voltmeter and an ammeter from non-working M830 multimeters (ICL7106)
  11. Alarm Clock Dawn (K561LA7)
  12. Eternal Crowns for multimeter (KT315B)
  13. Return to the basics of electrical measurements
  14. Car enthusiast voltmeter (LM324)
  15. RF probe - attachment to the multimeter in ohmmeter mode (AF139)
  16. Table lamp switch (HL536AA, L-3014LRD-B, CD4040)
  17. High quality DAC and signal generator in one package
  18. High Sensitivity Thermal Anemometer (LM358)
  19. Sensors. Accuracy vs Precision
  20. Two in one, or how an LED became a photodiode in combination ...
  21. Two simple noise generator circuits (LM2931Z-5.0, BC548, NE5532)
  22. Auditory analyzer diagnostics
  23. Diagnostic measurements in biomedical electronic systems
  24. Home weather station (ATmega168, DS1821, AD22100KT, HIH-3610-003, MPX4115A)
  25. Capacitive Proximity Sensor (LM567)
  26. Capacitive proximity sensor (NJM567)
  27. Master - meter - current scaler 4-20 mA
  28. Extremely low consumption temperature and relative humidity meters
  29. Skin resistance meter for human health monitoring
  30. Acoustic resonance frequency meter for dynamic loudspeaker heads
  31. IR sensor for beam reflection (K561LA7, AL164, SFH506)
  32. Vehicle voltage indicator (LM393)
  33. VHF Field Strength Indicator (HSMS-2852)
  34. Thermal indicator (IRA-T710, LM258, LM555)
  35. Signal strength indicator for beginners (AN6884)
  36. Use of reflective optical sensors (OPB704)
  37. Pocket oscilloscope - a toy or a measuring device?
  38. Self-powered room thermometer (B57164-K, K176IE4)
  39. Compact day/night machine (K561LE10, KP707)
  40. Lab Low Frequency Generator (BC549, BC559, CD4584)
  41. TTL/CMOS Logic Probe (TLC274)
  42. Luxmeter from a faulty multimeter M830 (LM158J)
  43. Magnetometers: operating principle, error compensation
  44. Microohmmeter - attachment to PC (K157UD2)
  45. Miniature Photo Relay (L-32P3C)
  46. Multifunctional diagnostic determinant of stress
  47. Modernization of pointer ohmmeters
  48. Night switch with non-critical location of the photosensor (FD611, S202S02)
  49. LF/HF frequency meter (PIC16F84-10, 193IE2)
  50. Features of analog sensor interfaces (AS1716, AD8555, MLX90314AB, MLX90313, LMP91050, MAX1450)
  51. Features, some malfunctions and upgrades of the SUNWA YX-360TRN-A tester
  52. Op-amps, transistors... And now lamps!
  53. PLL stabilized voltage-to-pulse converter
  54. Carbon Dioxide Multimeter Attachment (TGS4161)
  55. RF radiation receiver-detector (KR140UD1208, 1D507)
  56. Principle of operation and advantages of sigma-delta ADC
  57. Schematic diagram of the device Ts437
  58. Schematic diagram of MASTECH MY65 digital multimeter
  59. Prefix - spectrum analyzer (KT325, KR544UD1)
  60. Attachment to the multimeter - probe for measuring the ESR of electrolytic capacitors
  61. Attachment to the multimeter for measuring the capacitance of capacitors (1401UDZ, 140UD14)
  62. Attachments to the multimeter for measuring the capacitance of capacitors (K561LE5, K561LN2)
  63. Capacitor ESR Probe (LM358)
  64. Visual Analyzer program - virtual measuring complex
  65. Simple KB test generator DL2EWN for calibrating transceiver S-meters
  66. Simple on-board digital voltmeter (PIC16F676)
  67. Simple sine wave generator (LM324N)
  68. Simple 250Hz to 60MHz PWM Probe Generator (LTC6904, PIC16F1823)
  69. Simple pocket cardiograph with measurement recording on SD memory card (PIC16F873, AD623, DS1621, KR1446UD1)
  70. Simple Remote Control Tester (SFH903)
  71. Simple frequency counter (PIC16F628)
  72. Direct digital synthesis
  73. Piezoelectric effect in service (ZP-1, K561TL1)
  74. Stereo Balance LED Indicator (KT851A)
  75. LED indicator of mains current 220V (КЭМ-2)
  76. LED signal strength indicator on KIA6966S
  77. Sensor alarm device for front door
  78. Sigma-delta modulation in digital audio technology
  79. Fire detector (FML-34.7T-2 9B1-L, LM358, KR1211EU1, K554CA3A)
  80. Water level alarm (CD4011)
  81. Automatic regulation system for greenhouse heater fan (LM34, LM556)
  82. Modern means of data logging in handheld digital multimeters
  83. Capacitor reject stand
  84. Electricity meter ADE7816
  85. Thermocouples: principles of application, varieties, measurement errors
  86. Thermostat for aquarium (ATmega8, DS18B20)
  87. Domestic Incubator Temperature Controller (LM393)
  88. Temperature controller with electronic thermometer for the wintering pavilion of bees (ATtiny2313)
  89. High precision thermal stabilizer (LM35, TLC271, K561LA7, MOS3083)
  90. Current Sensing Components and Current Measurement Methods
  91. Universal thermostat (ATtiny2313, DC18B20)
  92. Amplifier for measuring Thiel-Small parameters (KT3102, KT3107, KT817)
  93. Three Battery Monitor (PIC16F877A, ACS754)
  94. Photorelay Firefly (FD263-01, K561LA7, BUZ90)
  95. Economical overheat alarm (GT109B)
  96. Electronic monitor for long burning furnace (K561TM2)

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New Radio Yearbook No. 25: download from file sharing

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Latest news of science and technology, new electronics:

The existence of an entropy rule for quantum entanglement has been proven 09.05.2024

Quantum mechanics continues to amaze us with its mysterious phenomena and unexpected discoveries. Recently, Bartosz Regula from the RIKEN Center for Quantum Computing and Ludovico Lamy from the University of Amsterdam presented a new discovery that concerns quantum entanglement and its relation to entropy. Quantum entanglement plays an important role in modern quantum information science and technology. However, the complexity of its structure makes understanding and managing it challenging. Regulus and Lamy's discovery shows that quantum entanglement follows an entropy rule similar to that for classical systems. This discovery opens new perspectives in the field of quantum information science and technology, deepening our understanding of quantum entanglement and its connection to thermodynamics. The results of the study indicate the possibility of reversibility of entanglement transformations, which could greatly simplify their use in various quantum technologies. Opening a new rule ... >>

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Random news from the Archive

Pigeons over the highway 02.05.2004

In the early years of the development of aviation, pilots often flew without maps and navigational instruments, following the lines of railways and highways. According to ornithologists from Oxford University (England), pigeons use the same strategy.

The researchers provided more than fifty pigeons with miniature radio beacons, took the birds away from their native dovecote and released them. It turned out that on long stretches of the way back, many pigeons followed along the roads.

So, one bird flew to the junction on the road, turned right, and at the next junction - to the left. Then she left the highway and flew straight through the fields. With such maneuvers, the path, unlike a straight line, could be lengthened by twenty percent, but, apparently, nervous energy was saved. Following the road with your eyes is easier than using a navigational "sixth sense". As far as we know now, carrier pigeons use the Earth's magnetic field, the position of the Sun and stars, and even the sense of smell to navigate.

According to Oxford ornithologists, pigeons use their magnetic sense and observations of heavenly bodies during take-off to choose a general direction for their home. Landmarks are used in the middle of the route, and familiar smells are used when approaching the target.

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