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ARRL Handbook 2018 eBook のインストール [Operation]

 無線用 PC に ARRL Handbook 2018 eBook をインストールしました。

ARRL_Handbook_2018.jpg
この eBook 版には紙版には含まれていない各種の追加記事、サポート・ファイル、基板データ、Windows アプリが含まれています。LTspice のサンプルも入っています。
一部を抜粋すると
§ Chapter 12 Receiving
Supplemental Files
 ・Amateur Radio Equipment Development — An Historical Perspective by Joel Hallas, W1ZR
 ・SDR Simplified - Filter Design Program by Ray Mack, W5IFS
 ・SDR Simplified - Introduction to CIC Filters by Ray Mack, W5IFS
 ・SDR Simplified - More Filter Activities by Ray Mack, W5IFS
 ・SDR Simplified - Nyquist Meets Real World by Ray Mack, W5IFS
 ・Noise Power Ratio (NPR) Testing on HF Receivers by Adam Farson, VA7OJ/AB7OJ
 ・VHF and UHF Receivers and UHF and Microwave Techniques sections from previous editions of the ARRL Handbook.
 ・Performance Capability of Active Mixers by Dr Ulrich Rohde, N1UL
 ・Note: Selected Hands-On SDR: columns in QEX since 2014 by Scotty Cowling, WA2DFI are included in the Chapter 14 folder
Projects
 ・A Dual Band Low Noise Amplifier for 2 Meters and 70 Centimeters by Jim Kocsis, WA9PYH
 ・A High Performance 45 MHz IF Amplifier for an Up-Conversion HF/LF Receiver by Colin Horrabin, G3SBI
 ・A Long-wave Upconverter by Fred Brown, W6HPH
 ・A Software-Based Remote Receiver Solution by Martin Ewing, AA6E
 ・A Software Controlled Radio Preselector by J. Onate, MØWWA and X. de Fortuny
 ・All Mode 1 kHz to 1.7 GHz SDR Receiver by James Forkin, WA3TFS
 ・Binaural Receiver project by Rick Campbell, KK7B
 ・General Coverage Preselector by George Hirshfield, W5OZF
 ・Receiver projects from previous editions of the ARRL Handbook.
 ・Rock Bending Receiver PCB template by Randy Henderson, WI5W
 ・Simple SDR Receiver by Michael Hightower, KF6SJ
 ・10 GHz preamp PCB template by Zack Lau, W1VT
§ Chapter 13 Transmitting
Supplemental Articles and Columns
 ・Clean, Punchy, Competitive Contest Audio Without Splatter by Jim Brown, K9YC
 ・SDR: Simplified — Noise Reduction and Adaptive Filters by Ray Mack, W5IFS
 ・SDR: Simplified — Demystifying PID Control Loops by Ray Mack, W5IFS
HF Transmitter and Transceiver Projects
 ・Transmitter and transceiver projects from previous editions of the ARRL Handbook.
 ・The Tuna Tin 2 Today by Ed Hare, W1RFI
 ・The MicroT2 — A Compact Single-Band SSB Transmitter by Rick Campbell, KK7B
 ・The MkII — An Updated Universal QRP Transmitter by Wes Hayward, W7ZOI
 ・Designing and Building Transistor Linear Power Amplifiers Parts 1 and 2 by Rick Campbell, KK7B
 ・A Homebrew High Performance HF Transceiver — the HBR-2000 by Markus Hansen, VE7CA
 ・The Rockmite — A Simple Single-Band CW Transceiver by Dave Benson, K1SWL
 ・The TAK-40 SSB/CW Transceiver by Jim Veatch, WA2EUJ
 ・A Fast TR Switch by Jack Kuecken, KE2QJ
VHF/UHF Transmitter and Beacon Projects
 ・VHF Open Sources by Rick Campbell, KK7B – Article and parts placement
 ・A 50 MHz CW Beacon by Michael Sapp, WA3TTS
 ・VHF and UHF CW Beacons by Michael Sapp, WA3TTS
 ・A 2-Meter Transmitter for Fox Hunting by Mark Spencer, WA8SME
 ・Simple Frequency Doublers with High Performance by Paul Wade, W1GHZ
 ・A Microwave Transverter Controller by Hamish Kellock, OH2GAQ
 ・A West Coast Lightwave Project by S. McDonald, VE7SL, and M. Hansen, VE7CA
 ・The following related items are included with the Chapter 12 supplements.
 ・Amateur Radio Equipment Development — An Historical Perspective by Joel Hallas, W1ZR
 ・Selected SDR: Simplified columns in QEX by Ray Mack, W5IFS
§ Chapter 14 Transceiver Design Topics
Supplemental Articles
 ・SDR: Simplified — Demystifying PID Control Loops by Ray Mack, W5IFS
 ・SDR: Simplified — Step One Toward a Working SDR by Ray Mack, W5IFS
 ・Hands On SDR — Introduction by Scotty Cowling, WA2DFI
 ・Hands On SDR — FPGAs by Scotty Cowling, WA2DFI
 ・Hands On SDR — More on FPGAs by Scotty Cowling, WA2DFI
 ・Hands On SDR — Using FPGAs in SDR Designs by Scotty Cowling, WA2DFI
 ・Hands On SDR — Sharing Radios on the Network by Scotty Cowling, WA2DFI
 ・HF Receiver Testing by Adam Farson, AB7OJ/VE7OJ
Projects
 ・Digital Signal Processing and GNU Radio Companion by John Petrich, W7FU
 ・Digital Signal Processing (DSP) Projects: Examples of GNU Radio and
 ・GRC Functionality by John Petrich, W7FU, and Tom McDermott, N5EG
 ・Hardware Building Blocks for High Performance SDRs by Scotty Cowling, WA2DFI
 ・A Panadapter for Your Transceiver or Receiver by Jim Kocsis, WA9PYH
 ・Build Your Own IF SDR by Alex Schwarz, VE7DXW and Guy Roels, ON6MU
 ・SDR Panadapters – A Practical Guide by Ed Krome, K9EK
 Also see the Transmitting chapter online supplemental content for transmitter and transceiver projects from previous ARRL Handbooks.
など多数が含まれています。
PA では 250 W solid state amplifier なんていうのも基板情報付きであります。
250 W amp LPF & PA.jpg
中身が濃いですね。
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ついでに無線用 PC のパフォーマンスもチェックしてみました [PC]

 ついでに無線用 PC のパフォーマンスもチェックしてみました。

〔CPU-Z の結果〕
CPU-Z_CPU.jpg
Max TDP が 92.7W もあります。普段使いの Intel NUC7i3BNK に比べると雲泥の差ですね。

〔ベンチマークの結果〕
CPU-Z_bench.jpg
ベンチマークの結果は Intel NUC7i3BNK に比べてちょっと悪いですね。

今度、CPU を普段使いの PC から外した Intel Core i5-4690S に換装するつもりです。
nice!(2)  コメント(0) 

新しい PC のパフォーマンスをチェックしてみました [PC]

 新しい PC、Intel NUC7i3BNK のパフォーマンスを CPU-Z でチェックしてみました。

〔CPU-Z のレポート〕
CPU-Z.jpg
Max TDP が 15W です。かなり省エネになっています。

〔ベンチマークの結果〕
bench.jpg
以前の Core i5-4690S はないので、同じ Core i5 で比較してみました。
まぁ、やっぱりパフォーマンスは低いです。

〔HWmonitorの結果〕
compare.jpg
CPU-Z でストレスをかけた時と通常時の比較です。
通常ではすごい省エネになっています。
これで夏の暑さには効果的かもしれませんが、今の時期は部屋の暖房には向かないですね。
nice!(2)  コメント(0)