// nicht notwendig // Print a message to the LCD. lcd.setCursor(0,0); lcd.print(" W e l c o m e "); //lcd.print("1234567890123456"); // nur zur Orientierung // delay(1000); // nicht notwendig } // ende setup() //-------------------------------------------
einem PC. PS: Diese Bauart wars: https://entrex480.blogspot.com/2019/09/another-version-of-dss620-from-nixdorf.html Gewicht >> 20kg. Landet demnächst im Müll, hat seit zig Jahren keinen Strom mehr gesehen.
NB nennen, bei dem passiv gekühlt ist. https://www.heise.de/preisvergleich/?cat=nb&xf=69_passiv+(l%FCfterlos) https://www.heise.de/preisvergleich/wortmann-terra-mobile-1460q-1220685-a2406660.html?hloc=at&hloc=de
CPC1017 R24 5 4 3 2 1 0 R59 K O I B 3V6 2V8 E L S R D B B B B B B B B B B B B B B B B 11K S IS O L S X X L Z 1 5 4 3 2 7 6 8 1 K Q Q Q Q Q Q Q Q Q Q Q Q Q K Q Q Q N C R W R D D D D D D D D D D D D D D D D R58 M M M C R R T B B K K K K K K K K K C
MINIATURE RELAY 2 POLES—1 to 2 A (FOR SIGNAL SWITCHING) RY SERIES RoHS compliant n FEATURES l Ultra high sensitivity l UL, CSA recognized l Conforms to FCC rules and regulations Part 68 —Surge strength 1,500 V l High dielectric strength type available (RY-WF type) l Contact arrangement MBB type available (RY-D type) l High reliability-bifurcated contacts l Wide operating range l DIL pitch terminals l Plastic sealed type l RoHS compliant since date code: 0438B9 Please see page 8 for more information n ORDERING INFORMATION
signal. (RL, DM) FCS I MPU (Normally pull high) FCS=H: IC accepts the values of internal register. FCS=L: IC accepts the value of external input pads. This pin can select shift direction of source output. (Normally pull high) RL I MPU RL=H: S1 (1st data) S160 RL=L: S160 (1st data) S1 When OTP_W =L, writing
signal. (RL, DM) FCS I MPU (Normally pull high) FCS=H: IC accepts the values of internal register. FCS=L: IC accepts the value of external input pads. This pin can select shift direction of source output. (Normally pull high) RL I MPU RL=H: S1 (1st data) S160 RL=L: S160 (1st data) S1 When OTP_W =L, writing
Supply Voltage Load Current 81 V+ V + VS= ±15V –0.5 TA= 25°C –0.5 VS= 5V 80 VO= ±12V VIN= 100mV R L= 1k V1.0 R L 1k V–1.0 85 C ) G G d 79 I1.5 I–1.5 25 C N W R L 500 W A 78 E–2.0 E–2.0 –40 C G G G 25 C O T L L 77 O O N T2.0 RL= 500 T 2.0 P U1.5 U 1.5 O 76 T T –40 C O 1.0 RL= 1k O 1.0 75 0.5 0.5 85
gemacht haben, es ist so. Wahrscheinlich wollten sie die Bootstrapkondensatoren einsparen, wie sie ein L620x hat. Ob DAS so sinnvoll war, zumal der IC 4 NC Pins hat?
Halbleiterhersteller ihre Datenbücher wie einen Goldschatz horteten... Außerdem wollte ich, wie es Nick (b620ys) richtig erkannt hat, die Story vom versentlichen Löschen von EPROMs durch das Weglassen der Aufkleber nachvollziehen -- was mir m.E. geglückt ist. Ich wäre froh, wenn es hier im Forum üblich wäre
supplies, and industrial applications, as 2 rectification and discontinuous mode PFC boost D PAK STTH16L06CG diode. Table 2: Order Codes Part Number Marking Part Number Marking STTH16L06CT STTH16L06CT STTH16L06CG STTH16L06CG STTH16L06CFP STTH16L06CFP STTH16L06GG-TR STTH16L06CG Table 3: Absolute Ratings
Power Supply Rejection Ratio V = ±2.5V to ±15V 92 106 dB S AVOL Large-Signal Voltage Gain VOUT= ±12V, L = 1k ±15V 20 65 V/mV VOUT= ±10V, L = 500Ω ±15V 7 25 V/mV VOUT= ±2.5V, L = 1k ±5V 20 45 V/mV V = ±2.5V, R = 500Ω ±5V 7 25 V/mV OUT L VOUT= ±2.5V, L = 150Ω ±5V 1.5 6 V/mV VOUT= ±1V, L = 500Ω ±2.5V 7 30
Power Supply Rejection Ratio V = ±2.5V to ±15V 92 106 dB S AVOL Large-Signal Voltage Gain VOUT= ±12V, L = 1k ±15V 20 65 V/mV VOUT= ±10V, L = 500Ω ±15V 7 25 V/mV VOUT= ±2.5V, L = 1k ±5V 20 45 V/mV V = ±2.5V, R = 500Ω ±5V 7 25 V/mV OUT L VOUT= ±2.5V, L = 150Ω ±5V 1.5 6 V/mV VOUT= ±1V, L = 500Ω ±2.5V 7 30
Power Supply Rejection Ratio V = ±2.5V to ±15V 92 106 dB S AVOL Large-Signal Voltage Gain VOUT= ±12V, L = 1k ±15V 20 65 V/mV VOUT= ±10V, L = 500Ω ±15V 7 25 V/mV VOUT= ±2.5V, L = 1k ±5V 20 45 V/mV V = ±2.5V, R = 500Ω ±5V 7 25 V/mV OUT L VOUT= ±2.5V, L = 150Ω ±5V 1.5 6 V/mV VOUT= ±1V, L = 500Ω ±2.5V 7 30
Characteristics (Cont.) Small Signal Voltage Gain vs. Frequency 70 0 60 TA=25 C I =10mA 50 KA B ( 40 i a G 30 g l o 20 V 10 0 -10 1k 10k 100k 1M Small Signal Frequency (Hz) Reference Impedance vs. Frequency I =10mA KA ) T =25 Co ( 10 A c n d p m I c e 1 f e R 0.1 1K 10K 100K 1,000K Frequency (Hz) Stability Boundary
Functions PHP (TQFP) PACKAGE 48 PINS (TOP VIEW) 2 1 0 D D D D D D D D D D D D E E E E E E E E E E E E L L L L L L L L L L L L 48 47 46 45 44 43 42 41 40 39 38 37 CPP 1 36 LED0 NC 2 35 NC GND GND 3 34 EN 4 33 EN GND 5 32 GND SYNC 6 31 SYNC Thermal Pad GND 7 30 GND CLK 8 29 CLK GND 9 28 GND TX 10 27 TX GND
Loading Data StateTable Digit WR A1 A0 D6 D5 D4 D3 D2 D1 D0 3 2 1 0 H previously loaded display G R E Y L L L H L L L H L H G R E E L L H H L H L H L H G R U E L H L H L L H H L L G L U E L H H H L L L L H L B L U E L L H H L L L H L H B L E E L L L H L H L H H H B L E W L X X see character code see character
>2.5~15VDC or open circuit t O 0V(L) L: <0.3VDC or short 20 0 0.5 1 1.5 2 2.5 6 7 8 10 Input voltage (V) 3 in 1 Dimming Control(LDDS-HWB series) ◎ Applying additive 10VDC PWM signal 100 +VIN +Vout % 80 1st LED t LDDS-H e r 60 Last LED
High Efficiency Red t High Efficiency Red s s t t 1.0 I 1.2 I u u n n 0.8 i m u u e 0.8 e 0.6 t t l l 0.4 R R – 0.4 – e r 0.2 I I 0 IF=10mA 0 690 0 20 40 60 80 100 590 610 630 650 670 95 10027 T – Ambient Temperature ( ⋅C ) 95 10040 l – Wavelength ( nm ) amb Figure 6 Rel. Luminous Intensity vs. Figure
1 I 75 O HM Iviolett-grün-sehwar und Mon:age vcn Dioden,E!koS, LEDS, Transis:oren,Thyristom R 5 I l 620 OHM blau-rot-braun I IC-Zagteilen usw:LU achten. Der Gauteile Abstand zur Leiter R 5 Hinweis Farbcode: oder bei Widerständen mi pla::e sollte ca. l - l mm5betragen, bei Transistoren usw. 2% Tol.:
C2... t l Wägezellen b n e a D Charakteristische Merkmale − Wägezellen aus nichtrostenden Materialien − Nennlasten: 50 kg ... 50 t − Geringer Nennmeßweg − Hohe zulässige dynamische Dauerbelastung − Sechsleiter-Schaltung
G I I T 25 L A I T 20 R V 6 2 3 15 1 6 10 4 5 2 3 1 5 4 2 9 9 1 4 4 525 520 G 2 D T 1 2 3 K L D L D S S 1 2 3 4 C U L L L B F V B H X X V V V V C O C C C P KS7212 TIMING & SYNC. GENERATOR FOR B/W CCD 340 335 330
variation based on each user’s chosen process technology, cell library, and design tools. Diamond 232L Offers More Linux-Ready Features at Half the Power and Area ARM 946EJ-S Diamond 232L Max frequency (0.13u G) worst case, 276 MHz 250 MHz Sage-X library,optimized for speed Dhrystone MIPS 300 300 Power
1 2 3 4 5 6 HV V A 1 A 0 1 + 9 R t k 9 HV-Kaskade 1 U j 3 R R D t D16 a L GND D15 C8 D V 1 C7 D13 3 + HV-Trafo 4 G 6 6 D 1 Y V V + C2 1TR1 D B 1 A 9 A 47u B 7 C5 D14 C6 A A A A D B D B B I C 3 0 0 m A 0 P S D 3 1 1 1 1 7 GND 6 FUSSPUNKT 10k 3 4 R6 +V 1 RG IC1 N 3 3 R 0 1 k 2 8 1k G G R 3 R 1 R 1 R 1 R 1 6 R E 6 ADC 2 Y C1 8 R R11 D B N N N N RG AD620N C4 6 10u 10k V: 1.8 2 -V 5 VREF/2 D K K K K 100n M M M M R7 6 6 4GND C C C C 1 1 D 1 A 1 A GND D B D B + C3 C C 8 GND 47u D 1K4 1K3 1K2 1K1 V 3 0 - 3 1 2 2 2 2 R 5 - D D 1 2 3 4 5 6
PD - 9.1485B IRF9Z34N ® HEXFET Power MOSFET l Advanced Process Technology D l Dynamic dv/dt Rating V DSS = -55V l 175°C Operating Temperature l Fast Switching R DS(on) = 0.10 l P-Channel G l Fully Avalanche Rated Description S ID = -19A FifthGenerationHEXFETsfromInternationalRectifier
PD - 9.1485B IRF9Z34N ® HEXFET Power MOSFET l Advanced Process Technology D l Dynamic dv/dt Rating V DSS = -55V l 175°C Operating Temperature l Fast Switching R DS(on) = 0.10 l P-Channel G l Fully Avalanche Rated Description S ID = -19A FifthGenerationHEXFETsfromInternationalRectifier
asu ess condi 5 ˚ atec e 7 48 4 HH ou C T SThEiM 0lb p<4c t r ˚C ± ihd rti i e e 2 6 M TIO S s t t l ˚e).itfnat t23 . alw Floooortrtiti e O P on t s uaithb el a f: ad a dure n tc 4 FlFl l or m i reqe ev4 e lw ng en r r ce iside vel l5 5a F d:w,o c,gdeee b untwh k ep at eL L evevelel6 d e rbfl bn e e
L C Type 2 P 1 ) ( ( W P P 4 - s1 Conductor Insulation 0 C d1 Support tape 02 MATERIAL MECHANICAL • Insulaion: PET (White) • Elongation of insulator: More than 60 times • Support tape: PET (Blue) • Tensil
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