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- おきまさ だいほうじ
- 6 years ago
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1 (Design and Fabrication of the electronic circuits for miniature mobiles with sensors)
2 i /..12 / / /...22 /
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9 14 6
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12 / V GP2S40 U6 GP2S40 R1 110 R5 62k 9
13 10
14 1 2 GND 3 MC1 NC 4 Vref 5 6 IN1 7 IN2 Vcc 8 Vs 9 NC 10 MC2 11
15 / / / 12
16 n p n s h m l 13
17 n p 1 =0 5 14
18 n 1 =0 15
19 intrpt sfl=1 sfr=1 srl=1 srr=1 7 16
20 / +3V GP2S40 U6 GP2S40 R1 110 R5 62k 17
21 RA3 RA1 D4 DIODE R9 200 D1 DIODE R U1 1 2 RA2 RA RA3 RA RA4 RA7 16 RA5 5 RA GND Vcc 14 7 RB0 RB RB1 RB6 RB2 RB5 9 RB3 RB f628 RB2 S2 +3V C1 47uF C4 0.1uF RA2 M1 L U4 1 GND 2 3 MC1 4 NC 5 Vref 6 IN1 7 IN2 Vcc 8 Vs 9 10 NC MC2 TA7291P RA0 M2 R U5 1 2 GND 3 MC1 4 NC 5 Vref 6 IN1 7 IN2 Vcc 8 Vs 9 10 NC MC2 TA7291P +3V +3V R8 10k U2 RA4 RA7 RA6 a1 P1 2 3 P2 4 P3 P12 P13 P P4 d 5 P11 11 b6 P5 P P6 P9 9c P7 P8 8 74HC14 +3V RA5 +3V GP2S40 U6 GP2S40 +3V RPR-220 U7 RPR-220 RB7 RB6 RB5 U3 1 e2 P1 P P2 P13 13 f4 P3 P12 12 P4 g5 P P5 P10 10 P6 9h 7 P9 P7 P8 8 74HC14 +3V RB4 R1 110 R5 62k +3V S3 R Vcc1 3V R3 62k / 18
22 19
23 / 20
24 5 / / a (b) 21
25 22 2 /
26 23 /
27 +3V S9 C1 1uF D1 LED1 S0 S1 R2 50 R1 10k R3 50 R4 50 U1 1 2 RA2 RA1 18 RA3 RA RA4 RA7 16 RA5 RA GND Vcc 14 RB0 RB RB1 RB6 12 RB2 RB RB3 RB f628 S8 XTAL MHZ S7 S6 S2 S5 S3 S4 24
28 En EA +3V S9 In GND U2 GND Vcc C1 1uF R1 10k S8 S0 S1 U1 1 2 RA2 RA1 18 RA3 RA RA4 RA7 16 RA5 RA GND Vcc 14 RB0 RB RB1 RB6 12 RB2 RB RB3 RB f628 XTAL MHZ S7 S6 S2 S5 S3 S4 25
29 / 1 2 Vcc GND U2 FM-RRFQ1-315 IN 3 7 GND GND 13 NC 14 NC 15 OUT En U7 1 2 P1 P14 P2 3 4 P3 5 P4 P11 P12 P13 P5 P P6 P9 P7 P HC14 U8 Optorecv OUT 3 Vs 2 GND 1 CRVP1738 S3 +6V 16f84 1 RA2 2 3 RA3 4 RA4 nmclr osc1 RA0 RA1 osc GND 7 RB0 RB7 Vcc 8 RB1 RB RB2 RB5 1 RB3 10 RB4 U1 C5 33uF S1 U3 S IN GND 2 OUT 1 XTAL MHZ C6 100uF R7 470 D1 LED1 R1 3k C7 R6 5k 40% 0.047uF C4 2.2uF R2 200 U9 1 2 Vref Gm InB 3 4 InA 5 Cosc 6 NF 7 OutB DA0 DA1 DA2 DA3 Gm Vi Vm 10 OutA Gm9 TA7289P R4 2 R5 200 U5 1 Vref 2 3 InB 4 InA DA3 Gm Gm Cosc 5 6 NF 7 OutB DA0 DA1 DA2 8 Vi Vm OutA Gm TA7289P M1 C uF R3 2 M2 C2 0.01uF C9 2.2uF C3 0.01uF / 26
30 / 8 7 LED LED 27
31 28
32 29
33 30
34 31
35 32
36 33
37 34
38 / 35
39 36
40 37
41 38
42 AC 39
43 40
44 41 FM HC k Hz k C R f c = π - C R f c = π - C R f c = π - R6 10k 40% C1 2.2nF C2 5.4nF C3 22nF +V Vcc 5V 1kHz Vin 0/5V A B + U2A LM2902/NS + U2B LM2902/NS + U2C LM2902/NS C R1 14.4k R2 14.4k R3 7.2k
45 42 NJM LMC660CN LM NJM2902 LM324 LMC CN NJM 1 NJM Hz Hz. H H NJM B
46 H H NJM 43
47 H H NJM 44
48 H H NJM 45
49 NJM C CN k Hz k LM324 V Hz Hz V 46
50 H 2 H H 47
51 H H 48
52 H H 4 H H 49
53 H 2 H H 3 50
54 LM324 Hz LM324 NJM 51
55 U2 FM-RRFQ Vcc 2 GND IN 3 7 GND 11 GND 12 NC 13 NC 14 OUT 15 En U8 Optorecv 3 OUT 2 Vs 1 GND CRVP1738 S3 +6V 16f RA2 RA RA3 RA RA4 osc1 16 nmclr osc GND Vcc 14 7 RB0 RB7 13 RB1 RB RB2 RB5 9 RB3 RB U1 C5 33uF S1 U3 S IN GND 2 1 OUT XTAL MHZ C6 100uF R7 470 D1 LED1 R1 3k C7 R6 5k 40% 0.047uF C4 2.2uF U9 1 2 Vref Gm 16 3 InB Gm 15 InA DA Cosc DA NF DA OutB DA0 11 R2 Vi Vm OutA Gm 9 TA7289P R4 2 R5 200 U5 1 Vref 2 InB 3 4 InA DA3 Gm Gm Cosc DA2 13 NF DA OutB DA Vi Vm 10 OutA Gm 9 TA7289P M1 C uF R3 2 M2 C2 0.01uF Vcc 5V +V C9 2.2uF C3 0.01uF R11 7.2k + C8 2.2nF C11 22nF R9 R k 14.4k + U4B U4A LM2902/NS LM2902/NS R8 10k 40% C10 5.4nF U4C LM2902/NS / 52
56 LM324 FM 53
57 54
58 / / FM 55
59 / 56
60 ST T2 COM Vdd Yout Xfilt Yfilt Xout 57
61 7 X 3 Y dp 10ms a b c d e f g dp 58
62 59 C3 1uF S1 abcdefg. Gnd DISP2 abcdefg. Gnd DISP1 abcdefg. Gnd DISP3 abcdefg. Gnd DISP4 abcdefg. Gnd DISP5 abcdefg. Gnd DISP6 Q1 2SC1815 Q2 2SC1815 Q3 2SC1815 Q4 2SC1815 Q5 2SC1815 Q6 2SC V C2 0.1uF C1 0.1uF 16f628 RA2 RA3 RA4 RA5 GND RB0 RB1 RB2 RB3 RB4 RB5 RB6 RB7 Vcc RA6 RA7 RA0 RA1 U1 ADXL202E Vdd 8 2 T2 3 COM 4 Yout 5 Xout Yfilt 6 7 Xfilt 1 ST U2 R2 3.9k R3 3.9k R4 3.9k R5 3.9k R6 3.9k R1 3.9k R R R R R R9 120 R8 120 R7 1MEG
63 7 LED ADXL202E Xout X Yout Y X Y Xout Yout 60
64 X X Xout X X Xout X X 61
65 Y Y Xout Y Y Yout Y Y high LED 62
66 63
67 FM FM PIC 64
68 PIC PIC ADXL202E Xout Yout PIC12F PIC FM-RTFQ1 In PIC X Y - +3V S1 FM-RTFQ1-315 U2 12F629 U3 En In GND EA GND Vcc XTAL MHZ VDD OSC1 OSC2 GP3 GND GP0 GP1 GP2 U1 ADXL202E Vdd R1 1MEG ST T2 COM Yout Xfilt Yfilt Xout C2 0.1uF C1 0.1uF 65
69 Y X X Y 66
70 67 R9,10,11,12 S R9 R10 R11 R12 V S81350 V LM324 PIC F628 R4 R5 LED m OUT PIC16F628 PIC IN1 IN M5 M4 M1 C + U6C LM324 + U6B LM324 + U6A LM324 B A C3 22nF C2 2.2nF C1 2.2nF R6 10k 40% M2 TA7291P GND MC1 NC Vref IN1 IN2 Vcc Vs NC MC2 U5 + V2 3V + V1 3V TA7291P GND MC1 NC Vref IN1 IN2 Vcc Vs NC MC2 U4 M3 S9 S5 S4 S3 S2 S1 D7 LED2 D6 LED2 D5 LED2 D4 LED2 XTAL MHZ C7 0.1uF C4 0.1uF D3 LED2 D1 LED2 D2 LED2 16f628 RA2 RA3 RA4 RA5 GND RB0 RB1 RB2 RB3 RB4 RB5 RB6 RB7 Vcc RA6 RA7 RA0 RA1 U1 FM-RRFQ1-315 Vcc GND GND GND NC NC OUT En IN U2 S81350 IN GND OUT U3 R R R R3 7.5k R2 14.4k R1 14.4k R R R R9 200 R8 470 R7 470 R5 390 R4 390
71 X Y 68
72 LED / 69
73 70 PIC PIC PIC PIC
74 PIC PIC PIC PIC PIC F PIC CQ 71
75 72
PIC
PIC LED12 LED11 LED10 LED9 LED8 LED7 LED6 LED5 LED4 LED3 LED2 LED1 +3V SW START SW STOP SW + - BUZZER PIC16F628A RA2 RA3 RA4 MCLR GND RB0 RB1 RB2 RB3 RB4 RB5 RB6 RB7 Vcc RA6 RA0 RA1 RA7 U1
(Making the electronic circuit with use of micro-processor)
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2 2. : ( Wikipedia ) 2. 3. 2 2. photoelectric effect photoelectron. 2. 3. ν E = hν h ν > ν E = hν hν W = hν
KEK 9,, 20 8 22 8 704 690 9 804 88 3.. 2 2. : ( Wikipedia ) 2. 3. 2 2. photoelectric effect photoelectron. 2. 3. ν E = hν h ν > ν E = hν hν W = hν 2.2. (PMT) 3 2: PMT ( / ) 2.2 (PMT) ν ) 2 2 00 000 PMT
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H Phase & Enable (UVLO) V DD =2.55.5V =3.08.0V Io=400mA I DD =200uA typ. (Mode Select) 2 Phase & Enable (ALL L ) STB L (UVLO) Alarm CMOS SSOP20-C3 - - (Ta=25 C) (Ta=25) - 2 - - 3 - - 4 - - 5 - OUTA IN2B
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REV. REVISION 15-6891 1-16-1 3 542 82 532-3 3-5-36 MT 2 6 635 6868 AD8515 1.8V CMOS to 1.8 5V 6mV SOT23 2.7V/µs 5MH to 2pA 1.8V 45µA PCMCIA PDA AD8515 1.8Vto SOT23-5L AD8515 5MHz 1.8V1mV to 2.7V/µs ASIC
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1 2 3 4 5 6 7 R01a U01a Q01a L01a M01b - M03b Y01a R02a U02a Q02a L02a M04b - M06b Y02a R03a U03a Q03a L03a M08a Y03a R04a U04a Q04a L04a M09a Y04a A01a L05b, L07b, R05a U05a Q05a M10a Y05b - Y07b L08b
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1/16 LCD NJU6573 NJU6573 16 100 LCD 16 100 1/16 1600 LCD NJU6573 LCD CMOS 16 100 1/5 2MHz Max. CR, 16 V DD = 2.4V3.6V P-Sub LQFP144 20.0mm x 20.0mm t=1.7mm(max) 0.50mm pitch - 1 - NJU3555 NJU6573-2 - NJU3555
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1 2 3 4 5 6 7 8 9 Y01a K01a Q01a T01a N01a S01a Y02b - Y04b K02a Q02a T02a N02a S02a Y05b - Y07b K03a Q03a T03a N03a S03a A01r Y10a Y11a K04a K05a Q04a Q05a T04b - T06b T08a N04a N05a S04a S05a Y12b -
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119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 1032MHz 1489MHz 1895MHz 2150MHz 142 143 144 145 146 147
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Microsoft Word - AK2300-MS0997-J-00_ doc
AK2300 A-Law -law14bitpcm(16bit ) A/D D/A A-law/μ-law GST VFTN VR AMPT AAF SMF A/D CODEC Core D/A PCM I/F DIF0 DIF1 MUTEN DX DR FS BCLK VREF BGREF Internal Main Clock PLLC VDD VSS LVDD Power Down AK2300
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Keysight Technologies MXA Xシリーズ シグナル・アナライザ、マルチタッチ N9020B
Keysight Technologies MXA X N9020B Configuration Guide MXA MXA 02 Keysight N9020B MXA X - Configuration Guide Keysight MXA MXA X MXA 16 GB RAM 25 MHz Windows Embedded Standard 7 40 MHz IQ MXA N9020B 5992-1255JAJP
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Keysight Technologies EXA Xシリーズ シグナル・アナライザ、マルチタッチ N9010B
Keysight Technologies EXA X N9010B Configuration Guide EXA EXA 02 Keysight N9010B EXA X - Configuration Guide Keysight EXA EXA X EXA 8 GB RAM 25 MHz 503/507/513/526 Windows Embedded Standard 7 40 MHz IQ
Z LOW U1272A U1272A 2 k 1 U1272AVFD LPF U12701 khz LPFVFD 2 VFD Smart U1272A30 Smart 30 300 k 1000 mv DC 2
Agilent U1270 Data Sheet Z LOW *2 Smart *2 Qik-V *1 IP 54 30,000 AC DC *2 CAT III 1000 V CAT IV 600 V IR-USB PC *1 U1271A *2 U1272A DMM U1270 DMM U1270DMM Z LOW Smart AC DCQik-V U1270 DMM IP 54 Z LOW U1272A
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LM3152,LMZ14201,LMZ14202,LMZ14203 Literature Number: JAJA420 POWER designer Expert tips, tricks, and techniques for powerful designs No. 129 national.com/powerdesigner By Rich Rosen, Field Applications
AN5637
IC SECAM IC SECAM IC 1 SECAM Unit : mm 19.2±0.3 16 9 1 8 (0.71) 0.5±0.1 Seating plane 2.54 1.22±0.25 DIP016-P-0300D 6.2±0.3 5.20±0.25 1.10±0.25 3.05±0.25 7.62±0.25 3 to 15 0.30 +0.10 ) (DIP016- P-0300M)
M51995AP/AFP データシート
お客様各位 カタログ等資料中の旧社名の扱いについて 21 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジが合併し 両社の全ての事業が当社に承継されております 従いまして 本資料中には旧社名での表記が残っておりますが 当社の資料として有効ですので ご理解の程宜しくお願い申し上げます ルネサスエレクトロニクスホームページ (http://www.renesas.com)
端子 SIG 端子 (DA 基板接続 ) NO 端子名 入出力 機能 1 BCK/DCLK OUT PCM-I2S BCK / DSD-DCLK 2 GND 3 DATA/DSDL OUT PCM-I2S DATA / DSD-DSDL 4 GND 5 LRCK/DSDR OUT PCM-I2S L
EM-DAC DIR6 ver1 機能 設定説明 EMaudio EMISUKE 概要 5 入力対応 SRC モード S/PDIF 光 同軸 (75Ω) AES/EBU(110Ω) USB(Amanero Combo384) にて PCM(I2S) 及び DSD 入力対応 レシーバー IC に AK4113 搭載 EXT 入力あり HDMI コネクター使用 PCM(I2S) 及び DSD 入力対応
P0001-P0003-›ºflÅŠpB5.qxd
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NJM255 NJM255 2V IF IC IF.7MHz IF FSK/ASK (OOK) NJM255V 2V9V 4.4mA V =3.V.7MHz I F.7MHz () 5MHz5MHz () MHz () 2Mbps () FSKASK (OOK) LC SSOP6 6 SWITCH AMP IN COMP COMP COMP FSK AMP REF IN VREF 5 4 3 2 9
MITSUMI Any products mentioned in this catalog are subject to any modification in their appearance and others for improvements without prior notificat
VDD VOUT CE Bias CS Vref GND Thermal Shutdown Current Limit 5 4 2 SOT89-5A (TOP VIEW) 3 A µf µf VDD VOUT A V A CE GND CS.µF µf µf VDD VOUT CE GND CS.µF Schottky barrier diode VDD VOUT CE GND CS VDD
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R2A20135EVB-ND1 アプリケーションノート 調光対応、PFC機能付100V系R2A20135評価ボード
R19AN0012JJ0200 Rev.2.00 1. LED LED LED R2A20135 / ( ) / / THD/ R2A20135SP 2. No. 1 AC90 132V ( 47 63Hz) 2 9.1W (typ.) 3 (VF) DC35V 4 220mA (typ.) 5 85% (@Vin = AC100V) 6 0.9 (@Vin = AC90V 132V) 7 62kHz
AD9833: 低消費電力 20 mW 2.3 〜 5.5 V プログラマブル波形発生器
2mW 2.3 5.5V AD9833 3V 2mW 12.5MHz 28 25MHz.1Hz 2.3 5.5V 3SPI 415 1MSOP TDR AD9833 28 25MHz.1Hz1MHz AD9833.4Hz AD9833 3 4MHz DSP 2.3 5.5V AD9833 SLEEP DAC AD98331 MSOP AGND DGND VDD CAP/2.5V MCLK AVDD/
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2005 ATmega8L 2ADT1139 2006.2.6 1 1 6 2 HAMANA 7 2.1......................................... 7 2.2 HAMANA-1........................................ 7 2.3 HAMANA-2........................................
NJU3555 NJU
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Microsoft Word - PCMtoSPDIFmanual.doc
PCM to SPDIF 変換基板 PCM to SPDIF format convertor 製作マニュアル < 編集日 :R2 2018.2.22> < 注意 > 本キットをつかって生じた感電 火災等の一切のトラブルについては 当方は責任を負いませんのでご了承ください また 基板 回路図 マニュアル等の著作権は放棄していませんので その一部あるいは全体を無断で第 3 者に対して使用することはできません
Microsoft Word - AS017U.b......_...j.doc
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Microsoft Word - RenewSimpleDAIforCS8416.doc
< 編集日 :R2 2014.9.30> Renew Simple DAI for CS8416 基板 Renew Simpe Digital Audio Interface PCB for CS8416 製作マニュアル < 注意 > 本キットをつかって生じた感電 火災等の一切のトラブルについては 当方は責任を負いませんのでご了承ください また 基板 回路図 マニュアル等の著作権は放棄していませんので
AC-2
AC-1 AC-2 AC-3 AC-4 AC-5 AC-6 AC-7 AC-8 AC-9 * * * AC-10 AC-11 AC-12 AC-13 AC-14 AC-15 AC-16 AC-17 AC-18 AC-19 AC-20 AC-21 AC-22 AC-23 AC-24 AC-25 AC-26 AC-27 AC-28 AC-29 AC-30 AC-31 AC-32 * * * * AC-33
エンジョイ北スポーツ
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c120-e pdf
C120-E035-09 UPS GP5SUP110 1500J GP5SUP111 750J GP5-R1UP7 3000RMJ-3U GP5-R1UP8 1500RMJ-2U GP5-UPC05 RS-232C GP5-UPC06 APC Smart-UPS PowerChute Business Edition PowerChute Network Shutdown APC i UPS UPS
uPC2711TB,uPC2712TB DS
5 VIC Bipolar Analog Integrated Circuits µpc2711tb, µpc2712tbbsic 20122915 µpc2711tb, µpc2712tb µpc2711t, µpc2712t NESAT TM ft = 20 GHz IC fu = 2.9 GHz TYP.µPC2711TB fu = 2.6 GHz TYP.µPC2712TB GP = 13
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P0681-P0758-›ºflÅŠpB5.qxd
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COPAL ELECTRONICS 32 (DP) DP INC 2 3 3 RH RL RWB 32 C S U/D INC U/D CS 2 2 DP7114 32 SOIC CMOS 2.5 V - 6.0 V / 10 kω 50 kω 100 kω TSSOP MSOP /BFR INC / U/D RH RoHS GND RWB RL CS VCC 2017 6 15 1 : R = 2
FH300d_表示器付きコントローラ_＠E.Terminal for MC_ハードウェア編
E.Terminal for MC ONL ERR UROM RUN ALM BAT 4:RUN 3:U-TERM 2:TERM 1:STOP CN7 SX-BUS IN CN5 CPU No. OUT + 24V DC - FG CF USER ROM CARD USB LOADER MJ1 MJ2 CN1 LAN U-B U-A Ethernet/RS-232C or RS-485 V5.4.2.0
USER'S GUIDE
AC/DC Converter 非絶縁降圧型 PWM 方式 2W -12V 出 BM2P129TF 評価ボード 評価ボードは 90Vac 264Vacの から-12Vの負電圧を出 します 出 電流は最 0.167Aを供給します 650V MOSFET 内蔵 PWM 方式 DC/DCコンバータICのBM2P129TFを使用しています BM2P129TFは 650V 耐圧起動回路内蔵により 低消費電 に貢献します
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