( . COM62 RES# r . COM60 CS# i . D/C# D E (RD#) r n . R/W#(WR#) d o . | BS2 c m . D o . COM2 BS1 A l C . COM0 BS0 e R c . U f D S C e G r . D7 M I G D6 D5 SA0 D4 . SB0 D3 . SC0 D2 SA1 D1 . D0 e . SB1 r . SC1 D . n . | m . e S . V DD . SA95 VSS . SB95 SC95 . . r r g E k . n r t a n a l e L l ) a d l
Executio Command RS R/W DB 7 DB6 DB5 DB4 DB 3 DB2 DB1 DB0 n Time Remark (osc 250kHz) DISPLAY CLEAR L L L L L L L L L H 1.64ms RETURN HOME L L L L L L L L H X 1.64ms Cursor move to first digit ENTRY MODE L L L L L L L H I/D SH 42μs • I/D : Set cursor move direction SET H Increase I/D L Decrease • SH : Specifies shift of display H Display is shifted SH L Display is not shifted DISPLAY ON/OFF L L L L L L H D C B 42μs • Display H Display on D L Display off • Cursor H Cursor on C L Cursor off • Blinking H Blinking on B L Blinking off SHIFT L L L L L H S
Executio Command RS R/W DB 7 DB6 DB5 DB4 DB 3 DB2 DB1 DB0 n Time Remark (osc 250kHz) DISPLAY CLEAR L L L L L L L L L H 1.64ms RETURN HOME L L L L L L L L H X 1.64ms Cursor move to first digit ENTRY MODE L L L L L L L H I/D SH 42μs • I/D : Set cursor move direction SET H Increase I/D L Decrease • SH : Specifies shift of display H Display is shifted SH L Display is not shifted DISPLAY ON/OFF L L L L L L H D C B 42μs • Display H Display on D L Display off • Cursor H Cursor on C L Cursor off • Blinking H Blinking on B L Blinking off SHIFT L L L L L H S
type) n Optional safety versions (A type) Technical specifications Typical electrical schematic Cx L R Cx L1 Maximum continuous operating voltage: 250VAC, 50/60Hz P P‘ Operating frequency: dc to 400Hz Rated currents: 1 to 16A @ 40°C max. N N‘ High potential test voltage: P –> PE 2000VAC for 2 sec P
type) n Optional safety versions (A type) Technical specifications Typical electrical schematic Cx L R Cx L1 Maximum continuous operating voltage: 250VAC, 50/60Hz P P‘ Operating frequency: dc to 400Hz Rated currents: 1 to 16A @ 40°C max. N N‘ High potential test voltage: P –> PE 2000VAC for 2 sec P
Command Execution Command RS R/ DB 7 DB 6 DB5 DB 4 DB 3 DB2 DB1 DB0 Time Remark W (osc 250kHz) DISPLAY L L L L L L L L L H 1.64ms CLEAR RETURN L L L L L L L L H X 1.64ms Cursor move to first digit HOME ENTRY MODE L L L L L L L H I/D SH 42μs • I/D : Set cursor move direction SET H Increase I/D L Decrease • SH : Specifies shift of display H Display is shifted SH L Display is not shifted DISPLAY L L L L L L H D C B 42μs • Display ON/OFF H Display on D L Display off • Cursor H Cursor on C L Cursor off • Blinking H Blinking on B L Blinking off SHIFT L L L L L H S
OUTPUT EQUIVALENT CIRCUIT TRUTH TABLE INPUTS OUTPUS CLEAR CLOCK SERIAL IN QA QB ...........QH A B L X X X L L ............L H X X NO CHANGE ............ H L X L QAn QGn H X L L QAn ...........QGn ............ H H H H QAn QGn X:Don’tCare QAn -QGn : Thelevel of QA-QG,respectively. before the most-recent
Tabelle V Materialspezifikation für Standard NBR NBR 70 NBR 80 NBR 90 Shore A Shore A Shore A Härte DIN 53 505 Shore A 70 ±5 80 ±5 90 ±5 ASTM D 2240 Zugfestigkeit DIN 53 504 MPa > 14 > 12 > 10 ASTM D 412 N/mm@ Bruchdehnung DIN 53 504 % > 200 > 150 > 100 ASTM D 412 Druckverformungsrest 24h / 100 °C DIN ISO
Volumenteilen mit ver- schiedenen Materialkonstanten 47 1.7. Energieumwandlungen im elektromagnetischen Feld 53 1.7.1. Allgemeine Beziehungen 53 1:7.2. Der Poyntingsche Vektor 56 1.7.3. Energieströmung in stationären Feldern 58 1.7.4. Die Energiegleichung bei sinusförmigem zeitlichem Verlauf 62 1.7.5. Einige weitere
energy,periodic limitedjmaxT EAR 12 mJ Avalanche energy, single pulse EAS D = 21 A, DD = 50 V, GS = 25 L = 1.53 mH,jT = 25 ˚C 450 Gate source voltage V ± 20 V GS Power dissipation P W tot T = 25 ˚C 125 C Operating temperature T -55 ... + 150 ˚C j Storage temperature Tstg -55 ... + 150 Thermal resistance
57 P41/AD1 P04/INTP4 20 56 P40/AD0 P05/INTP5 21 55 P87/A7 P06/INTP6 22 54 P86/A6 AVDD 23 53 P85/A5 AV REF0 24 52 P84/A4 P10/ANI0 25 51 P83/A3 26 2728 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 I 2I3 I 5I6 I I I S 0 1 E I 2 K I 1 K C UZ A 0 L A A A A A A A A A A A N N
org 8100h 0011 8100 START: 0012 8100 12 0F52 lca l lIPLA 1 ;Scha l t e r s t e l lles e n 0013 8103 12 0F36 lca l lOPLA1 ;Zum Ausgab e p o r sch r e i b e n 0014 8106 30 B4 F7 jnb T0,START ;Wie d e r h o l bis T0=1 0015 8109 7F 00 mov r7,#0 0016 810B 12 20C5 lca l lOPLA1 ;Zu l e t z 00h ausge b e n 0017 810E 12 135F lca l lCLRAUTO ;Au t o s t a r t - Kennulös c h e n 0018 811 1 02 0000 l jmp 0 ;Neus t a r t 0019 8114 0020 8114 END 6.1.3 Bit abfragen Wird die INT0
* 51 51 0 F F R t 1 V V V 1.0u5/16V A C 0 T 4 52 52 / 1 1 1 fl 5 ± 0 0 0 D 3 6 3 GND VDD 6 3 1 1 1 53 53 u C 0 0 C 2 . R ▯ / / / N 1 R50 54 54 9 0 N 0 0 N CN12 ▯ 0 u u u G 4 5 V 4 IN B OUT B 5 V 1.00K▯ ±1% 55 55 C . 5 5 ¡ 1 9 9 9 5 . V / H 1 0 R82 2 8 8 2 1 3 3 3 I HCPL-0611 1 5 TC4423EPA 1 1 A C m CN9
.+165 °C >90 dB 0,12 dB 0,40 dB 0,73 dB 1,08 dB 2,08 dB Huber+Suhner Draht Ø 0,92 mm Ø 2,93 mm Ø 3,53 mm 4,14 mm 1179W 373W 215W 152W 87W l S 04272 B 18 GHz Cu vs PE-F AlF+CuG vz PE -40...+85 °C >90 dB 0,07 dB 0,24 dB 0,48 dB 0,75 dB 1,65 dB Low Loss b Huber+Suhner Draht Ø 1,4 mm Ø 3,83 mm Ø 4,48 mm
Scheiben-Varistoren Aufbau SR: l Rechteckiger Varistorkörper in Vielschichttechnologie l Umhüllung: Epoxidharz, schwer entflammbar nach UL 94 V-0 l Anschlüsse: Kupferdraht, verzinnt S: l Runder Varistorkörper l Umhüllung: Epoxidharz
Setting the change of direction............... 49 U ... Setting the error correction mode.......... 21 l (Pipe) ... Reading out the current record.....42 u ... Setting the minimum frequency............. 46 L ... Masking and demasking inputs..............29 l ... Setting the limit switch behaviour ......
Empfänger-IC 8; der,, Kleine” un terscheidet Versorgungsspannung Stromaufnahme (im Betrieb) :600 f l (< 1 mA) sich hiervon aber nur unwesentlich. (im Stand-by) :2@(<lOl_IA) Al A2 E3 AP2 CD CR Schaltstrom an PON (bei UPON= HIGH) : -15 f l ( < -50 @) APl Eingangsspannungsbereich Nachverstärker : 30...450 PV HF-Verstärkung an Al :53dB El Demodulator-Ausgangsspannung : 200 mVss Ausgangsstrom (Io,,) :max.lO@ Ausgangsstrom (Io, bei Ua I 200 mV) :min. 60 @ Ausgangsimpulsbreite (bei LOW-Bits) :100ms(c120ms) (bei HIGH-Bits) :200 ms (>
edge of E signal. Table 8-3 : Control pins of 6800 interface Function E R/W# CS# D/C# Write command ↓ L L L Read status ↓ H L L Write data ↓ L L H Read data ↓ H L H (1)e ↓ stands for falling edge of signal (2H stands for HIGH in signal (3L stands for LOW in signal In order to match the operating frequency
detected brge fault ;within 130ms then exit sbic PIND,INPUT ;Wait for start bit rjmp start1 clr timerL ;Measure length of start bit start2: cpi timerL,17 ;If startbit longer than 1.1ms, brge fault ;exit sbis PIND,INPUT rjmp start2 ;Positive edge of 1st start bit mov temp,timerL ;timer is 1/2 bit time clr timerL mov ref1,temp lsr ref1 mov ref2,ref1 add ref1,temp ;ref1 = 3/4 bit time lsl temp add ref2,temp ;ref2 = 5/4 bit time start3: cp timerL,ref1 ;If high period St2 > 3/4 bit time brge fault ;exit sbic PIND
detected brge fault ;within 130ms then exit sbic PIND,INPUT ;Wait for start bit rjmp start1 clr timerL ;Measure length of start bit start2: cpi timerL,17 ;If startbit longer than 1.1ms, brge fault ;exit sbis PIND,INPUT rjmp start2 ;Positive edge of 1st start bit mov temp,timerL ;timer is 1/2 bit time clr timerL mov ref1,temp lsr ref1 mov ref2,ref1 add ref1,temp ;ref1 = 3/4 bit time lsl temp add ref2,temp ;ref2 = 5/4 bit time start3: cp timerL,ref1 ;If high period St2 > 3/4 bit time brge fault ;exit sbic PIND
150 1M 220k INT E2 AB2 47 104 7 C20 34 22 AD3 AC2 46 +5V +5V +5V OP07C -V V- D3 AD2 45 104 R68 224 L 4 R50 +8V 4.7K N G C A G B P A E F B AE2 44 3.0k C18 R17 AG2 43 104 C34 AF2 42 471 3 2 1 0 9 8 7 6 5 4 3 AA2 41 R9 10k 3 2 3 3 3 P 2 24 3 3 3 ADP2 40 VREF VB VB G C A G B A E F B AB3 39 10k A A A A A
° ITO-220AB B ° 5 Dim Min Typ Max Q A 4.50 4.70 4.90 B A1 3.04 3.24 3.44 D 5° A2 2.56 2.76 2.96 D1 L1 b 0.50 0.60 0.75 5 5° b1 1.10 1.20 1.35 c 0.50 0.60 0.70 D 15.67 15.87 16.07 b1 3x A2 D1 8.99 9.19 9.39 e 2.54 E 9.91 10.11 10.31 L b 3x L 9.45 9.75 10.05 e e L1 15.80 16.00 16.20 P 2.98 3.18 3.38 3
Vdd 5.0V Supply Voltage for logic (option +3.0V) 3 Vo (Variable) Operating voltage for LCD 4 RS H/L H: DATA, L: Instruction code 5 R/W H/L H: Read(MPU¡÷ Module) L: Write(MPU¡÷ Module) 6 E H,H¡÷ L Chip enable signal 7 DB0 H/L Data bit 0 8 DB1 H/L Data bit 1 9 DB2 H/L Data bit 2 10 DB3 H/L Data bit 3
C47 100n VREF V M P 4 VRN IC3 5 VRP O UDA1361TS 100n 15 VSSA N N T K S 16 VDDA V V D B W 1 3 3 2 C53 + C52 1 1 1 33u 100n R40 2k2 W S/1.1B BCK/1.1B R39 2k2 DATAO/1.1B GNDA B B . 5 . / 2 / L R Bild A1: I N Schaltplan der Onboard-Soundkarte V V R16 R17 X1 TP2 I I L1 MINI-USB TXD 100k W W 10k VCC _ _ A
( . COM62 RES# r . COM60 CS# i . D/C# D E (RD#) r n . R/W#(WR#) d o . | BS2 c m . D o . COM2 BS1 A l C . COM0 BS0 e R c . U f D S C e G r . D7 M I G D6 D5 SA0 D4 . SB0 D3 . SC0 D2 SA1 D1 . D0 e . SB1 r . SC1 D . n . | m . e S . V DD . SA95 VSS . SB95 SC95 . . r r g E k . n r t a n a l e L l ) a d l
vs TEMPERATURE vs TEMPERATURE 3 4 ) ) B S 3 L 2 ( ( L N I 2 D 1 m m m 1 m x x 0 a a d 0 d n n–1 a a u –1 u i i–2 i –2 i M M –3 –3 –50 –25 0 25 50 75 100 –50 –25 0 25 50 75 100 Temperature (°C) Temperature (°C) FREQUENCY SPECTRUM INTEGRAL LINEARITY
O71 21 60 O10 O72 22 59 O9 O73 23 58 O8 O74 24 57 O 7 O75 25 56 O6 O76 26 55 O5 O 27 54 77 O4 O78 28 53 O3 O79 29 52 O2 O 30 51 80 O1 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 5 E 4 3 1 F D S E N VE V V V N D O D H S D D D D CP C N AD E P V S V O D L NC : No connection 100-Pin Plastic QFP Note: The abbreviated
O71 21 60 O10 O72 22 59 O9 O73 23 58 O8 O74 24 57 O 7 O75 25 56 O6 O76 26 55 O5 O 27 54 77 O4 O78 28 53 O3 O79 29 52 O2 O 30 51 80 O1 3 3 3 3 3 3 3 3 3 4 4 4 4 4 4 4 4 4 4 5 E 4 3 1 F D S E N VE V V V N D O D H S D D D D CP C N AD E P V S V O D L NC : No connection 100-Pin Plastic QFP Note: The abbreviated
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