received ($0067, 103 ms). Bit #43. Bit '1' received ($00C9, 202 ms). Bit #44. Bit '1' received ($00BC, 189 ms). Bit #45. Bit '1' received ($00C7, 200 ms). Bit #46. Error: Pulse was too short ($003B, 59 ms). Bit #47. Bit '0' received ($0071, 113 ms). Bit #48. Bit '0' received ($0053, 83 ms). Bit #49.
src [Operation] dst ↔ src [Operand] Mnemonic Operand (dst, src) Note XCHW AX, rp Note Only when rp = BC, DE or HL [Flag] Z AC CY [Description] • The 1st and 2nd operand contents are exchanged. [Description example] XCHW AX, BC; The memory contents of AX register are exchanged with those of the BC register
200 Watt 20V 10A Energiezähler
Batterie 6V
BDW
B C E
7805
100n
100n
1000u
1k
BC 546
M
LÜFTER
Programmieradapter
10k
16V
2,56v
100n
1k
Strom
Spannung
ATmega8-16
10u
100u
1MHz
100n
Reset
DAT
gn
cl
gw
rt
sw
Clear
YDJ IT VOM 10010
Stromsensor AC712
YDJ IT VOM 010629
Solar 200 Watt
BDW83C
AZORENHOCHKEIL 1000 WEIT SUEDLICH VON ISLAND, ABSCHWAECHEND, SUEDOSTSCHWENKEND. ORKANTIEF 957 AUF 56 N, EY W, VERTIEFEND, OSTZIEHEND, DIENSTAGMITTAG 942 AUF 56 N, WT W MIT TROG 985 SUEDLICH DER HEBRIDEN, OOT CORNWALL. VORHERSAGE BIS DIENSTAG ABEND: NORDSEEKUESTE: OSTFRIESISCHE KUESTE : SUEDWEST BIS
10A Energiezähler
BDW
B C E
Solar 200 Watt
1µ
380
BDW83C
R2
E
Batterie 6V
6V
7805
100n
100n
1000µ
BC 546
2k
M
LÜFTER
1k
Programmieradapter
10k
1k
2,56v
100n
Strom
Spannung
ATmega8-16
10µ
Reset
DAT
gn
CL
gw
100µ
1MHz
rt
8888 8888 8888
Clear
Menü
Stromsensor AC712
YDJ IT VOM 010629
YDJ IT VOM 10010
Analysis Summary CONFIGURATION TONE SIGNAL SNR THD SINAD SFDR THS4531 + ADS8321 10kHz -0.5 dBFS 87 dBc -96 dBc 87 dBc 100 dBc ADS8321 Data Sheet (typ) 10kHz -0.5 dBFS 87 dBc -86 dBc 84 dBc 86 dBc THS4531 and ADS7945 Combined Performance To show achievable performance with a high performance SAR ADC, the
improvement due to the loop, which has a slight peak around 50KHz, with a phase noise of about –117dBc/Hz. The free-running oscillator we looked at before has a predicted phase noise of about –130dBc/Hz. This means that the loop bandwidth is too wide as it now shows the up multiplication of the noise
R3130N33EC C 3 R3130N27EA G 7 R3130N27AC L 6 R3130N46BA5 R 5 R3130N34EC C 4 R3130N28EA G 8 R3130N40BC M 0 R3130N40DA S 0 R3130N35EC C 5 R3130N29EA G 9 R3130N44BC M 1 R3130N44DA S 1 R3130N36EC C 6 R3130N30EA H 0 R3130N26BC3 M 2 R3130N26DA3 S 2 R3130N37EC C 7 R3130N31EA H 1 R3130N29BC3 M 3 R3130N29DA3
100k PLAY-Taste zieht die Basis -> Q2 leitet -> EN high 2 R3 VBAT_SENSE KEY_PLAY Q2 R10 C5 470k 1 BC857 3 100k 100nF GND GND R4 470k TP5 D CONV_EN D R2 R5 3 Q3 1M GPIO0_PWR_HOLD 1 BC847 zu EN des Wandlers 10k R6 2 GND 100k Teiler 1:2 auf den ADC (GPIO29) GND GND Masse PLAY schaltet ein, die Firmware
Table 1. Absolute maximum ratings TL072M, AM, TL072C, AC, Symbol Parameter TL072I, AI, BI Unit BM BC (1) VCC Supply voltage ±18 V (2) Vi Input voltage ±15 V (3) Vid Differential input voltage ±30 V (4) Thermal resistance junction to ambient Rthja SO-8 125 °C/W DIP8 85 (4) Thermal resistance junction
,Conn_01x02_Pin,UPDI,+5V,Conn_01x06_Pin,IR_Tx,SEG_A bis SEG_G,PA0 bis PA7,U5,AVR6EB32-PI,Q1 bis Q4,BC817,DIGIT_0 bis DIGIT_3,SA56-11,C9,C10,10u,100n,IR_Bx,PWR_FLAG,TSOP48xx,Universal AVRxEB32-I/PT + LED Display Board,Rev. 0.1,Date: 2024-08-03
von Masse, sondern ge- speist wird, a- l darstellt. nungsabfall an- durch den Basis T 2 2N205A R16 56R C5 27p T3 BC546B R10 1k P2 250R R11 470R R13 0,33R R14 10R T5 BDV64B C6 0,1µ R8 2,2k R9 2,2k C7 4000µ 2200V 63V 2200V 25V LS R15 150R 4,5W Die Endstufe das Netzteil Schaltplan de dimensioniert
(BC107) T13 +25V D R 146 8,2k P6 2,5k C 154 10u AGC operating point PL 504 PY 88 NT 5202 DY 802 R 255 47k C 257 270 C 264 10n R 256 3/8 6/7 1/4/6/9 R 259 2,7k L 261 C 272 4,7n ca. 18 KV E R 257 680k -50V 26 C 260 470 R 251 10k R 252 1k 253 6,8M 263 0,22u 28 261 R 262 4,7k 265 330k 274 270 277 56n 276 0,2u 280 1n R 269 AT 4034-01 Hor.-Lin.
Slew Rate 1600 V/ μs ground and outputs that swing to within 0.8V of the – HD2 @ f = 1MHz, 2V −90 dBc rails for ease of use in single supply applications. PP Heavy loads up to ±250 mA can be driven by high- – HD3 @ f = 1MHz, 2V PP −94 dBc frequency large signals with the LMH6629's –3dB – Supply Voltage
12 dB max B Harmonic Distortion G = +20, f = 5MHz, O = 2PP 2nd-Harmonic R L 100Ω –74 –70 –69 –68 dBc max B R L 500Ω –105 –90 –89 –88 dBc max B 3rd-Harmonic R L 100Ω –103 –96 –91 –88 dBc max B R = 500Ω –110 –105 –100 –90 dBc max B L 2-Tone, 3rd-Order Intercept G = +20, f = 20MHz 39 37 36 35 dBm min B
MCU
System
Arm Cortex-M23 core
Runs up to 24 MHz
32 KB Flash Memory, 4 KB SRAM
Power Supply: 3.3V ~ 56V
High immunity: EFT 4.4 kV, ESD HBM 2 kV
Operating temperature: -40°C ~ +105°C
PD3.1
Support USB PD 3.1 Standard Power Range (SPR) and Extended Power Range (EPR) mode 48V specification, including Programing Power Supply (PPS), Adjustable Voltage Supply (AVS)
Support BC1.2 DCP and UFCS
Programmable constant voltage(CV) with 20mV/step
Programmable constant current(CC) with 20mA/step
Integrated gate drivers for external 3.3V~48V, 5A, VBUS NMOS
Protection
OTP (Over Temperature
0 44 R43 P 6 VCCSIGN OUT2B K 2 0 0 4 4 P P0R4301P0R4302 P0T401 0 2 100nF 8C58 5C57 555 0 R 10k 2 C56 5 34 P0IC9034 P0IC903 3 0 0 0 5 1 P 7 2 470k 4 0 VSS OUT2B P * 5 5 C 4 R45 R R47 9 P 100nF P F A 22uH 0 0 0 0 0 0 0 0 100nF 100PF 0 0 0 0 CN3 P 0 BC846B 33 P0IC9033 P0IC904 4 0 u 1 2 C s s s0 P 0s s
Datensatztrenner 09246 0x241e e2 90 9e SYMBOL FOR TRIANGLE separator RECORD SEPARATOR 031 0x1f ctrl _ 09660 0x25bc e2 96 bc ▼ BLACK US unit Einheitentrenner09247 0x241f e2 90 9f SYMBOL FOR UNIT DOWN-POINTING separator SEPARATOR TRIANGLE Darstellbare Zeichen 32 - 127 Zahlen und Zeichen Grossbuchstaben Kleinbuchstaben
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