PT1000-Meßadapter (Art.#1404) Option P, R Betriebsspannung: +5V,-5V Anschlüsse: GND, +5V, -5V, In, Out Mit dieser Platine können Platin und Nickel Temperatursensoren ausgewertet werden. Es können allgemein
C oder 0,004·|t| in -40 bis 1000 °C 2,5 °C oder 0,0075·|t| in -40 bis 1200 °C
J Fe-CuNi 400 - 600 (500 - 750) -210 bis +1200 1,5 °C oder 0,004·|t| in -40 bis 750 °C 2,5 °C oder 0,0075·|t| in -40 bis 750 °C
N NiCrSi-NiSi 850 - 1200 (900 - 1250) -270 bis +1300 1,5 °C oder 0,004·|t| in -40 bis 1000 °C 2,5
Raumtemperatur 20 °C. Michael Nowak 2025-11-02 www.mino-elektronik.de Alle Angaben ohne Gewaehr */ //#define PT1000 // Tabelle passend zum PT1000 aktivieren //#define DBG // mit Rohdatenausgabe zur Kontrolle //#define FLOAT // braucht je nach Compiler ein paar Bytes mehr Code #include <avr/io.h> #include <avr/
RUN H 2.00µs/ 500.00MSa/s 2ns/pt T 1 A DC 0.00V RUN STOP Measure Default Flex Knob Windows Cursors MH098 2026-07-23 04:44:14 Waveform View Utility Setup About Auto Config SelfCal Options Quick Settings Self Check Bluetooth
1 1 2 3 8 8 R 0 9 3 158C L 1 1 8 7 GRUNDIG Service Chassis G5 0 0 1 1 9 8 7 6 5 4 3 2 1 0 Y X 0 43PT 13PT 1 63PT 53PT 03PT P T 4 5 7 7 0 23PT 1 2 T T 1 0 T P 84PT 2 1 T 5 94PT 24PT P 1 T 2 8DI F P 34PT 33PT 52PT T P 2 0 T 74PT T T P 2 72PT 3 8 T P 44PT P 1 8 761PT T 93PT 83PT 62PT T 0 T 6 P T T 0 1PT 64PT 2 3PT 04PT 5PT 001PT 8 0 1 3 8 9 7PT 2PT 1 1 1 1 1 1 6PT 4PT 54PT 73PT T T T T T T 9PT 5 14PT 8PT T 01PT 21PT 7 3 11PT 1 6 7 9 2 4 P 5 1 T P 1 1 1 1 T 1 1 T T T T T T 1 6 5 3 P 0 P 8 P P 1 T 561PT 3
C1 1 1MHz RX2 CD4060 S T 1 ( X ) - ZENER Rege isp, ref f ST2 II 1C3 12 9 01 I 02 RESET,: : 0 0 n 03 Pt V 04 ST3 05 5T7 +5V bis +15V 06 f out 07 C5 + c C 7 1 c 08 09 010 SIB OCn lOOn 011 k e r jk e r Ik e r 012 Bud 2: Schaltbild der mit dem CD4046 aufgebauten Experimentierplatine 4060 (IC 1), in Verbindung
DTI Distance Through Insulation (Insulation Thickness) ≥ 0.5 mm RIO Insulation Resistance at S ,IO = 500 V > 109 W www.onsemi.com 2 MOC3081M, MOC3082M, MOC3083M ABSOLUTE MAXIMUM RATINGS (TA= 25°C unless otherwise specified) Symbol Parameters Value Unit Total Device T STG Storage Temperature −40 to 125
_0L U0L a L aî _0L U0L a L a aî z ¹ ] _0L U0L a L a§U aî ² ] _0L U0L a L a¢U aî ¿`üÿ0T àtUŽ` î ¿`üÿPT àO¯( ¢Uî ¿`üÿPT àt {"î ¿`üÿ Š ào¿ O€?¿ Yî ±Z~ Xã òIñI² 0 4! P î Xî Z¢ Y± ~ 1 0 î B R Zî ³Z ²X ýÀEÝ U V °Z ö п`üÿ T àt "rU"` À¬1 p O`@P ã ' ÀR t "rUR` À 1PT àt "rU¢` Àr1°Z ß °Z ß °Z ß °Z ß °Z( ß O` R
Reflow Condition Lead–free assembly p P -Temperature Min (T s(min) 150°C Ramp-up Critical Zone TLtoPT Pre Heat -Temperature Max (T s(max) 200°C L tL T -Time (min to max) (s ) 60 – 180 secs es(max) t Average ramp up rate (LiquidusTemp (T )A e Ramp-down 3°C/second max ps(min) to peak e Preheat T T S(max
RATINGS (Notes 1, 2) Rating Symbol Conditions Value Unit Supply voltage V VP to NU, NV, NW, surge < 500 V (Note 3) 450 V CC Collector-emitter voltage V max VP to U, V, W ; U to NU ; V to NV ; W to NW 600 V CE VP, U, V, W, NU, NV, NW terminal current ±10 A Output current Io VP, U, V, W, NU, NV, NW terminal
D OAU T F . P 7 2 T 0 E 7 P MFD U H O . 2 I 4 1 2 M H * C . A . O . B B L F L * H C H O 0 - R R B :PT E U 3OU E M C S S S R L E W O E ’ E NO I R . S C T D NO T U U . N NO E S I R I C EU E RU E M E R * UAT 5 RT T O OTHO Y T E RMO C OT UHT : ITCT S E M GCEQ-N 1NMCQIO 2 NMIO A R S AEHM 2 WOMTLWC S MSWC
D OAU T F . P 7 2 T 0 E 7 P MFD U H O . 2 I 4 1 2 M H * C . A . O . B B L F L * H C H O 0 - R R B :PT E U 3OU E M C S S S R L E W O E ’ E NO I R . S C T D NO T U U . N NO E S I R I C EU E RU E M E R * UAT 5 RT T O OTHO Y T E RMO C OT UHT : ITCT S E M GCEQ-N 1NMCQIO 2 NMIO A R S AEHM 2 WOMTLWC S MSWC
ergeben sich insgesamt 4096 einstellbare Farbtöne für jede der 128 Farben. Beispiel: <ESO<ESC> "W 500"<ESCxESC> "w 0»" <ESCXESC> "A" (iBh IBh 57h 20h 35h 30h 30h iBh IBh 77h 20h 30h 3Eh 3Eh IBh IBh 41h) schaltet den TVI-Grundmodus mit hellgelbem Text auf dunkelrotem Hinter- grundein. S o n s t i g e
9 0 n 2 2 1% 5 16 1 . wv 8 19 20 TEMPERATURE BRIDGE TRIGGER LEVEL +OVv Ov +Ov . A p46(1ni pec] is PT100 PROBE. PBUS [ovo La iso eze .{220 ee ls aon CTIEF LTR P9 89 2 4 R702 B73 C508 - ONS28 fox id6 8 —_¥% O RY YOS v S _trcr4'P _aor g == 4saW BF6 ae ae b : +V v0. 10 a c A 0 ? |o 01 RB.R.cS] 2 na Yoe
Unbreakable security levels using mutual Trailblazer, Uplander 300C, Aspen, Grand Voyager, Pacifica, Pt Cruiser, Sebring authentication, challenge-response and encrypted data Chrysler communication” 1, it uses a shared key of only 48 bits. Town Country, Voyager Berlingo, C-Crosser, C2, C3, C4, C4 Picasso
External-Start/Timed-Stop Arm ing: (ad s gns <100 H us ni gTimedd rming) RMS Res ution: RM S Res olutin: 2 2 A (500ps}f + (2x Trigger Erro?))„50065Ops 4x×4J (500ps)”+ (2 x Trrigg rrrror®) 50 s | — |>F requenccy + — |» ×Frequency G ateTim e Gate Time Ga teTim × <jNum b er o Sampleses Ga teTimme Fo r AutomaticAr ing
resistance measurements the PM2534 uses a programmable current s o u r c e . For °C measurements a Pt-100 temp. probe (PM9249 e.g.) must be used. The measured analog signals are multiplexed, and via an ADC and a buffer sent to the microprocessor. The digital part has as most important; the microprocessor
================================================================ Preference: FREQUENCY PORT "clk1" 500.000000 MHz ; 1 item scored, 0 timing errors detected. -------------------------------------------------------------------------------- Passed: The following path meets requirements by 0.701ns Logical
with push button ‘zero set on/off” Reference resistors £80, 75, 93, 110, 125, 136, 150, 250, 300, 500, 600, 800, 900, 1000, 1200, 8000 ohms can be selected with preset k n o b Resolution 01.dBdB for signals < 10mVv Number of representation units £999 for signals < 10 m V Acuracy +Signals >10mV:0.2dB
bit 0xB1 P32 bit 0xB2 P33 bit 0xB3 P34 bit 0xB4 P35 bit 0xB5 P36 bit 0xB6 P37 bit 0xB7 PX0 bit 0xB8 PT0 bit 0xB9 PX1 bit 0xBA PT1 bit 0xBB PS bit 0xBC PT2 bit 0xBD Bit_BE bit 0xBE Bit_BF bit 0xBF Bit_C0 bit 0xC0 Bit_C1 bit 0xC1 Bit_C2 bit 0xC2 Bit_C3 bit 0xC3 Bit_C4 bit 0xC4 Bit_C5 bit 0xC5 Bit_C6 bit
RF WAVEFORM (EYE-PATTERN) 2. DISC DETECTION CD(TCD784) PLAY CD(TCD784) DETECTION w RFO 1V/div e FEI 500mV/div r FOO 1V/div q RFEQO t TEI 1V/div y TRO 1V/div 500mV/div u FMO i DMO 1V/div 3. TOC READ 4. FOCUS ADJUSTMENT CD(TCD784) READ CD(TCD784) FOCUS ADJUSTMENT w RFO 1V/div 1.2 CD-R (TCDR082W) PLAY 2.2 CD-R (TCDR082W) DETECTION e FEI 500mV/div r FOO 1V/div 1V/div w RFO t TEI 1V/div 500mV/div y TRO 1V/div 1V/div q RFEQO u MO 500mV/div 1V/div i DMO 1V/div y TRO 1V/div u FMO 500mV/div i DMO 1V/div 3.2 CD-R (TCDR082W) READ 4.2 CD-R (TCDR082W
Active 0 120 A Sleep 400 A Attachment Unit Interface IAXD Input Current at DI+ AVSS < VIN< AV DD –500 +500 A and DI– IAXC Input current at AVSS < VIN< AV DD –500 +500 A CI+ and CI– V AOD Differential Output Voltage RL= 78 630 1200 mV |(DO+)–(DO–)| VAODOFF Transmit Differential Output RL= 78 (Note 5)
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
