ROHDE & SCHWARZ HMP2030 Programmable Power Supp 188
3.300 V 1.500 A 4.9 W
5.000 V 3.000 A 15.0 W
10.000 V 807.9 mA 8.1 W
Sense Ch1 + Sense Sense max. 150V pk
by design and are not guaranteed. MAIN OUTPUTS Voltage/Current Ranges: QL355 QL564 0V to 35V/0·001A to 3A 0V to 56V/0·001A to 2A 0V to 35V/0·1mA to 500mA 0V to 56V/0·1mA to 500mA 0V to 15V/0·001A to 5A 0V to 25V/0·001A to 4A Voltage Setting: Resolution 1mV Accuracy ± (0·03% + 5mV) Current Setting:
COUNTRY CODE DEFINATION
SINGLE DIGIT YEAR (Y) DEFINITION
SINGLE DIGIT WORK WEEK (W) DEFINITION
0 2000 A 1-2
1 2001 B 3-4
2 2002 C 5-6
3 2003 D 7-8
4 2004 E 9-10
5 2005 F 11-12
6 2006 G 13-14
7 2007 H 15-16
8 2008 J 17-18
9 2009 K 19-20
A 2010 L 21-22
B 2011 M 23-24
C 2012 N 25-26
D 2013 P 27-28
E 2014
be no more than ± .005 inch. TENSION OR COMPRESSION LOADING A load that tends to stretch the screw is called a tension load. A load that tends to „squeeze“ or compress the screw is called a compression load. Depending on the size of the load, designing the screw
Single LED Unit Control
Function Highlights
Dimming Function
The RGB+IC LEDs dimming function gives a various light effect and 31-level IC output current control.
Continuation of command transmission
By pass Function
In serial connection, the data transmission will continue even when one LED light goes out.
IC Sleep and Wake Mode
The design of the IC can save energy since it only consumes 5uA in sleep mode and can resume working within 1ms.
RGB+IC LED Series Overview
Single Wire 4/6 pin
83W13 (2030_4pin)
83Wc3 (3210_4pin)
TA403 (5050_4pin)
TA203 (4020_4pin)
Dual Wire 6 pin
83073 (1616_6pin
-------------------------------------------------------------------- ; crt0.s - Generic crt0.s for a Z80 ; ; Minimum Z80 System mit Mostek 3801 Multi I/O Chip ; ; (C)Christian Julius 10.2014 ; christian.julius@gmx.de ;-------------------------------------------------------------------------- .module
der bestehenden 380-kV-Leitung von Landesbergen nach Grohnde auf eine Stromtragfähigkeit von 4.000 A je Stromkreis mittels HTL-Umbeseilung vorgesehen (Netzverstärkung). Darüber hinaus sind die 380-kV-Schaltanlagen in Landesbergen und Grohnde zu ver- stärken (Netzverstärkung). M435 Grohnde – Vörden –
Stromtragfähigkeit von je 4.000 A von Landesbergen über Ahlten nach Mehrum/Nord vorgesehen (Netzverstärkung). Zum Anschluss der Leitung müssen die bestehenden 220-kV-Anschlüsse durch 380-kV-Anschlüsse ersetzt werden. Dazu sind die bestehende
10 3020 reg=imask:bit=0 3030 BITSET reg,bit 3040 GOSUB 20000 4000 ? "Test 4 - enable TDRE and send a string" 4010 t$="This is sent one character at a time as long as there is a" 4015 t$=t$+" TDRE interrupt" 4020 tx=1:te=LEN(t$)+1 4030 reg=imask:bit=7 4040 BITSET reg,bit 4050 GOSUB 20000 5000 ? "Test
R5 0R0 R6 R7 0R0 0R0 R8 5 + R9 0R0 TC2030NL +5V k 2 1 k 4 1 2 1 R 2 1R 3 4 n 0R0 R10 5 6 2 0 3 C 1 D 0R0 N MA14-1 X2 GND G D 74HC573D 1 N +5V 2 G 1 OC 3 VEE 11 C 4 RS IC2 5 RW D 9 12 19 1 6 E N 8 8D 8Q 13 18 (SCK)PB7 RESET 7 G 7 7D 7Q 14 17
R5 0R0 R6 R7 0R0 0R0 R8 5 + R9 0R0 TC2030NL +5V k 2 1 k 4 1 2 1 R 2 1R 3 4 n 0R0 R10 5 6 2 0 3 C 1 D 0R0 N MA14-1 X2 GND G D 74HC573D 1 N +5V 2 G 1 OC 3 VEE 11 C 4 RS IC2 5 RW D 9 12 19 1 6 E N 8 8D 8Q 13 18 (SCK)PB7 RESET 7 G 7 7D 7Q 14 17
STM32F4DISCOVERY ST-LINK/V2 (SWD only) NumberMB997 Rev:B.2(PCB.SCH) Date1/9/2012 Shee2 of 6 1 2 3 4 1 2 3 4 U4A4A P O P A 0 PA0A PIU4023 PIU4097PE0E P O P E 0 POPA10 PA1A PIU4024A0 PE0 PIU4098PE1E POPE1 P O P A 2 PA2A PIU4025A1 PE1 PIU401 PE2E P O P E 2 POPPA3 PA3A PIU402PA3 PE3 PIU402 PE3E POPE3 BOOT1 POPPA4 PA4A PIU402PA4 PE4 PIU403 PE4E POPE4 VDD A P OPA5A 5 PA5A PIU403PA5 PE5 PIU404 PE5E P PE5 E 5 A POPPA6 PA6A PIU403PA6 PE6 PIU405 PE6E POPE6 I1 P OPA7A 7 PA7A PIU403PA7 PE7 PIU4038PE7E P PE7 E 7 R3434 POPPA8
Y 0.2Ж m MIN. ᶃ ᶄ ᶅ ᶄ POS. 30 : 30pos. ᶅ Packaging T Tray Parts Ordering (SHELL) 2030-0301F Pos.1 29.00 1.0 6 A 2 E 0 I 0 1 MUST BE SOLDERING 38.84 1.55 I-PEX Co.,Ltd. 23 CABLINE-FX ll & lll RECEPTACLE Ordering Code ʲ ʳ Contact 0 0.7 Ж m MIN. ᶃ Au Plating Y 0.1 Ж m MIN. 20389- * 30 E
238 REVISED: ISSUED:4/1/93 MODEL:8002-793-238 TEMPERATURE RISE 250 (121) ) o C ( o F 225 (107) E S A C 175 (80) O 100PSI T 80PSI O 60PSI M F 125 (52) . P M T 75 (24) 0 10 20 30 40 50 60 70 80 90 TIME (MINUTES) TYPICAL PERFORMANCE PRESSURE FLOW RPM CURRENT VOLTAGE (PSI) (GPM/LIT) MIN/MAX (AMPS) (VOLTS
R1515 VCC Res Semi GND 0150 I1150 8050 5 np 150 CLD44 U5 0 1A IA 3A NXX GND T 1C LD1D1 IC LD2D2 3C LD3D3 P I M 1 0P I M 1 0 2KEY GND GND GND P4P4 PIP401 P I M 1 0P I M 1 0 4 VDD PIP402 PB 4 Pin PC Header 2H VCC U2U2 GND D1D1 1: Black 2: Brown VCC PA MBRS1100 P2 P I U 2 VCC (PCINT0/CLKO/ICP1) PB0 2 0 1 2 B CC44 P I U 2 VCC (PCINT1/OC1A) PB1 U 2 0 1 3TCH1 PDQ2030COQ1 B P1 100nSemi (PCINT2/SS/OC1B) P15014 MOSICH2 COC9 VCC GND IRF7403 GND (PCINT3/OC2A/MOSI) P16015 MISO 9 CP66 SWITCH1 CR11 C5C5 (PCINT4/MISO)P I U 2 0 1 7 Z0 PIC9PIC90GND
Ausbau erneuerbarer Energien und die angesetzte Lauf- zeitverlängerung der Kernkraftwerke sinken und v.a. die Kohlestromerzeugung rückläufig wird. In dem Maße wie Kohlestrom zurücktritt, rückt ab 2020/2030 Erdöl in Verkehr und Wärme in den Vordergrund der Emissions- spitzenreiter. Entsprechend ist es sinnvoll
market analysis – Final report. McKinsey (2011): Boost! Transforming the powertrain value chain - a portfolio challenge. Karpel, S. (2002): Ready for a scrap. In: Metal Bulletin Monthly, März 2002, S. 38–45 Roskill (2009): The Economics of Lithium 2009. 11th edition. London. Schmidt, A. (2005): Situationsanalyse
Min Typ. Max Unit Supply voltage range VS 4.5 5.5 V High level supply current V S= 5 V 1) IS 15 30 mA Low level supply current V S= 5 V 2) IS 15 30 mA High level output voltage V S= 5 V, L = 1 kΩ1) V OH 4.5 V Low level output voltage V S= 5 V,OL = 16 mA 2) VOL 0.18 0.35 V Switching frequency V S= 5 V
1 2 3 4 5 6 7 8 A A Y4 N0Y4 Y3 N0Y3 Y2 N0Y2 Y1 N0Y1 Y0N0Y0 X0 N0X0 6 7 8 9 0 VCC S S S S S P P P P P 2 R S16 S17 S18 S19 S20 P R4 6 7 8 9 0 47K D2 S S S S S 4 P P P P P 0 20 P0D2020 P0D2044 44 C3 P Reset PA7 P0D2045 45
" after 1330ns, x"96" after 1340ns, x"97" after 1340ns, x"98" after 1350ns, x"99" after 1360ns, x"9A" after 1370ns, x"9B" after 1380ns, x"9C" after 1390ns, x"9D" after 1400ns, x"9E" after 1410ns, x"9F" after 1420ns, x"A0" after 1430ns, x"A1" after 1440ns, x"A2" after 1450ns, x"A3" after 1460ns, x"A4" after 1470ns, x"A5" after 1480ns, x"A6" after 1490ns, x"A7" after 1500ns, x"A8" after 1510ns, x"A9" after 1520ns, x"AA" after 1530ns, x"AB" after 1540ns, x"AC" after 1550ns, x"AD" after 1560ns, x"AE" after 1570ns, x"AF
AND HIGH PERFORMANCE GREEN, EMERALD GREEN 5.0 1.6 Y Y I 2.0 I 1.4 S ) S ) E m 1.0 DH As AlGaAs RED E A 1.2 T 0 T 0 I 2 0.5 I 2 U A S T 1.0 O D TS AlGaAs RED O A I E 0.2 I E 0.8 M I M I L A 0.1 L A 0.6 E M E M I R0.05 I R 0.4 T N T N L ( L ( 0.2 E 0.02 E R 0.01 R 0.10.2 0.5 1 2 5 10 2030 50 00 5 10 15
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