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Collection New Radio Yearbook No. 21

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.

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Collections New Radio Yearbook with the contents of the numbers:

Contents of the collection New Radio Yearbook No. 21:

Audio circuitry

  1. Hi-Fi digital volume control by Djib Brimer on Burr-Brown PGA2311 IC
  2. Alan Kraus high-end vinyl proofreader on audiophile op-amps
  3. UcD - a new type of class D amplifier
  4. Watering machine for flowers
  5. Active control speaker system for personal computer
  6. Active Low Pass Filter (AD797)
  7. Analysis of the operation of the output MOSFET stage UMZCH
  8. Incandescent Audio Compressor (LM386)
  9. Audion - regenerative radio receiver on a rod subminiature pentode 1Zh18B
  10. A look at the distortions introduced by the UMZCH from the inside
  11. External USB audio DAC
  12. External audio DAC by Nicholas Vinen
  13. External sound card on PCM2705
  14. Returning to the printed: UMZCH VV - 2010
  15. Built-in amplifier for personal computer (TDA2005)
  16. The second life of UMZCH from the Mayak-240 stereo recorder
  17. Get the most out of your guitar (TBA820M)
  18. High quality RIAA corrector Cristal (6SZP, 6N1P, 6ZH52P)
  19. High quality transistor ultrasonic converter with SMPS (TOP250)
  20. High quality power amplifier (100 W)
  21. Jim Williams and Guy Hoover's ultra-pure 2 kHz sine wave generator
  22. Atto Ronaldo's TOPOHYBODE High-End Hybrid Solution for Vinyl MC Cartridges
  23. Hybrid Single Battery Headphone Amplifier (3V4, OPA1642)
  24. Sensor for automatic switching on UMZCH (NE5534)
  25. Country adapter for MP-3 player
  26. Two approaches to choosing low-frequency amplifier circuits with AGC (LM324, SSM2166)
  27. Two solutions by A. Petrov to the problem of frequency modulation of the UMZCH according to the Likhnitsky phenomenon
  28. Two-watt transistor power amplifier AF
  29. Two-channel bridge amplifier on TDA1554Q
  30. The ninth free Russian version of the electronic circuit analysis program TINA-TI
  31. Dynamic range of digital audio paths
  32. Remote headphones (CD4046)
  33. Home high-quality single-cycle power amplifier on lamps 6S19P and 6P31S
  34. Improvement of the MKE-100 microphone (AMS1117-3,3)
  35. Class D Audio Amplifiers (Overview)
  36. Import SPICE netlist to TINA9-TI
  37. IC LM3886 in UMZCH on the Howland current pump
  38. Signal Level Meter with Circuit Breaker for AF Power Amplifier (BA6125)
  39. Inertial automatic audio level controllers (TDA8196)
  40. Cabin Quad Audio Amplifier (LM1877)
  41. How Radi Godmair Uses Microsoft Excel to Automate the Graph-Analytical Design of Maximally Linear Tube Audio Amplifiers
  42. Pocket player as a signal generator
  43. Compact audio frequency generator (K561LA7, KR574UD1B)
  44. Compact power amplifier on TDA1517
  45. Complementary UMZCH RA-300W (MJE5003, MJE5004)
  46. Composite audio power amplifier
  47. Tube transformerless headphone amplifier
  48. Tube vinyl corrector with increased immunity to radio frequency interference
  49. Lamp two-stroke single-stroke. Principal decision (6P13P)
  50. Tube UMZCH Brooks with dynamic transition between class A and AB2 modes
  51. Lamp UMZCH Gyor Plakhtovich with an output power of 12 W and a harmonic coefficient of 0,95%
  52. Tube amplifier with 12 V power supply for Hi-Fi headphones
  53. Low power amplifiers with electronic control (TDA8551, TDA8552)
  54. Chip for two-channel LED indicator КА2281
  55. Chip for two-channel LED indicator КА2281
  56. Chips for modern UMZCH
  57. UMZCH microcircuits for mobile (wearable) and automotive applications
  58. Microphone for toastmaster (К157ХА2)
  59. Microphone amplifiers (overview)
  60. Microphone preamp for professional use
  61. Microphone amplifier for home machines (KR140UD1208)
  62. Miniature bridge UMZCH on TA7331P
  63. MKUS in UMZCH with current control and extremely deep environmental protection (AD8055, IRF9640, IRF640)
  64. MLT and LM317 in tube amplifiers (6PZS-E, 6N9S)
  65. Modeling the signal source for the preamplifier-corrector
  66. Modifications of the RADONEZH modular console (TDA1555Q, K157DA1)
  67. Modification of the typical switching circuit of the LME49810 driver for a high-quality UMZCH with a power of 2 x 250 W with increased reliability
  68. My first tube sound experience. Project (6N6P)
  69. Bridge 4-channel UMZCH (TDA7386)
  70. Bridge UMZCH with FM receiver (TDA1557Q)
  71. Bridge ULF on IC TDA1562Q
  72. Powerful driver (6N1P, 6P14P)
  73. Powerful bridge power amplifier on TDA7294
  74. Powerful transistor bass amplifier (TIP142, TIP147)
  75. Powerful class D amplifier (TDA8924)
  76. Powerful Amplifier Module for Audio Center (TDA7294)
  77. Music effects for electric guitars
  78. Multi-Mode LED Stereo Spectrum Analyzer by Richard Pierce
  79. Tired of drums, turn on the expander (6N1P, 6N2P, 6P14P)
  80. Desktop MP-3 player (PIC16F73, VS1001, LM1877N)
  81. Desktop MP-3 Flash Player (TDA1553)
  82. Inexpensive high-quality PA (IRFP140, IRFP9140)
  83. Several schemes for refining semiconductor anode rectifiers of cheap lamp UMZCH, converting them into quasi-classical High-End solutions
  84. Low frequency skin effect manifestation in audio cables
  85. New hybrid UMZCH by Jean Louis Vandersleen
  86. New microcircuits for modern class D UMZCH from MPS and TI
  87. About the repair and refinement of the Sony F419R transistor amplifier
  88. Single-cycle hybrid UMZCH on 2SK2101 + 2AZ
  89. Single-stroke and two-stroke UMZCH Bruce Brown on midget lamps
  90. Sound system optimization
  91. Michal Kurzel's original technique for optimizing the depth of the general environmental impact for lamp UMZCH on 6Zh1P + 6P1P
  92. Ninth order passive LPF for measuring harmonics down to 0,00018% in Class D amplifiers
  93. Pattern tremolo (KR1533ID3)
  94. In the footsteps of an invention
  95. A selection of descriptions of four High-End telephone amplifiers by Alan Kraus
  96. Understanding microphone specifications. Parts 1 - 3
  97. Preliminary ultrasound on CXA1279AS
  98. Preamplifier with XNUMX-band tone control
  99. Preamplifier with tone block for composite UMZCH (OPA132, BD139, BD140)
  100. T. Beckers preamplifier for amplifying and processing an electric guitar signal
  101. Device for measuring acceleration, speed and displacement of speaker cones and parasitic vibration of speaker cabinets
  102. A handful of operational amplifiers as integrated IC UMZCH
  103. SD MP1011 Player (VSXNUMXe)
  104. The simplest headphone amplifier
  105. Simple LED audio level indicator (LM324)
  106. Simple guitar/microphone amplifier based on IC TDA2002/2003/2008
  107. A simple heatsink thermal resistance meter
  108. Tizh Beckers' easy way to compare the effect of capacitor quality on the sound of high-end equipment
  109. Simple UMZCH on TDA2030
  110. A simple amplifier for electric guitar or electric violin on the LM386
  111. Simple bulk power amplifier (20 W)
  112. Simple headphone current output amplifier (RC4558, 2SA1015, 2SC1815)
  113. Professional mic preamp with LR/MS converter
  114. Professional studio microphone preamp with phantom power
  115. 1953 rarity: Grommes 205PA universal tube preamplifier
  116. Reconstruction of imported radio tape recorders (TDA2003, K538UN3B)
  117. Robert Dee Relay-Resistive Variable Resistor for High-End Volume Control
  118. Repair of voice coils of electrodynamic heads
  119. Ultra-long megaphone on a hundred 40-kHz piezoelectric emitters
  120. Symmetrical 300-watt high-quality transistor UMZCH
  121. Listening class B (K140UD8)
  122. Offset in UMZCH, or something unknown about the known
  123. Modern UMZCH class D microcircuits from MPS
  124. Modern, lamp... (6N6P, 6N2P, 6N23P)
  125. Stereo microphone (LM358)
  126. Stereo UMZCH 2x110 W P. Ozhich based on IC STK442-110
  127. Stereo amplifier for MP-3 or DVD (TDA7377V)
  128. Stereo 2-band EQ (LME49720)
  129. One hundred watts on the knee (TIP142, TIP147) 337
  130. Alfred Rosenkrantzer's circuit improvement for matching powerful field-effect transistors in the UMZCH output stages
  131. Telephone amplifiers and UMZCH for wireless devices
  132. High-End Telephone Amplifier by Stefan Dellemann
  133. High-End Telephone Hybrid Amplifier Mark Houston Subminiature Pentodes 641
  134. Transistor UMZCH with an economical push-pull output stage without current cutoff based on the patent of Jeff Macaulay
  135. Translational power amplifier on TDA7293
  136. Three band equalizer (LME49720)
  137. Three headphone amplifiers (KR1436UN1, KR1054UN1, CXA1622P)
  138. UZCH and speaker system in the monitor (K174UN14)
  139. UMZCH without general negative feedback of the High-End class (2SK1058, 2SJ162)
  140. UMZCH for children's musical synthesizer (TA8248K)
  141. UMZCH Korina Prida makes it possible to use it as a stand when listening to different lamps
  142. UMZCH on TDA2005
  143. UMZCH on KIA chips (KIA6283K, KIA6966S)
  144. UMZCH with an output stage according to the Norman Tagerd scheme on field-effect transistors in class A mode and an LME49830 driver
  145. UMZCH with Hawksford distortion compensation
  146. UMZCH with extremely deep environmental protection. The use of a multi-channel amplifying structure in UMZCH with feedback (AD8055, IRF9640, IRF640)
  147. UMZCH center channel or subwoofer for a stereo system (TDA2004, LA4261)
  148. UMZCH-docking station to power your mp3/mp4 player at home
  149. UN on op amp with tracking power (NE5534)
  150. Universal meter of parameters of radio tubes
  151. Universal preamp and distortion for electric guitar or violin (TL074)
  152. Amplifiers on the LM1875 chip
  153. Voltage amplifiers without environmental protection (review of circuit solutions)
  154. D-class amplifier based on TDA8927 and TDA8929 ICs
  155. Amplifier for magnetic pickup (LM833)
  156. Power amplifier 60/120 watts (LM4780)
  157. Power Amplifier for DVD Player (TDA1514)
  158. Power amplifier on TDA1562
  159. Power amplifier on domestic loose powder (55 W)
  160. Amplifier on IC APA2308 for headphones
  161. Low Frequency Amplifier with Quasi Complementary Output
  162. Amplifier with HI-END sound quality
  163. Flash drive amplifier (KA2209)
  164. Phase distortions in UMZCH and the fight against them
  165. Filter for speakers without capacitors
  166. Test signal generator for UMZCH (TL072, K561IE10)
  167. DAC PCM56/61 in high-quality audio equipment
  168. Analog Devices Interpolated Oversampling DAC
  169. Color music with LEDs
  170. AC digital millivoltmeter for audio applications
  171. Clear speech
  172. Four band tunable equalizer (TL074)
  173. The evolution of transistor UMZCH (review of circuit solutions)
  174. Economical power supply for compact UMZCH (APM3055L)
  175. Extremely low voltage ULF
  176. The electrical part of the active subwoofer
  177. Electronic choke

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New Radio Yearbook No. 21
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CC3200+CC2650 Wireless Gateway Connects BLE Sensors to the Internet 26.09.2015

Texas Instruments is offering a reference design for a miniaturized Internet>Bluetooth Low Energy Gateway that is based on two new CC3200 (WiFi) and CC2650 (BLE) chips.

Considering that the CC2650 chip also supports other standards in the 2.4 GHz band and that it is almost completely compatible with the CC1350 (Sub1GHz + BLE 2.4 GHz), the board developed by TI can be the basis for a universal bridge (gateway, hub) between the Internet and almost all other wireless devices of different standards.

The gateway can even support proprietary protocols in the 433/868 MHz bands, whose packets can be received / transmitted using the CC1350 multi-band radio.

Development Features:

Connecting BLE devices to the Internet of things;
USB powered;
Configuration via UART terminal (USB);
HTTP server and configuration pages;
Single board WiFi-BLuetooth solution;
Support for the MQTT protocol for IoT;
Firmware update over the air.

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