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DS1821.pdf
Transition Time Capacitance C IN/OUT 25 pF NOTES: 1. Refer to timing diagrams in Figure 13. 2. If RSTL> 960 ms, a power-on-reset may occur. 3. Time required for part to disable thermostat output. 15 of 17 DS1821 TYPICAL PERFORMANCE CURVE Figure 11 MODE TOGGLE TIMING WHEN T/R ･ = 1 Figure 12 16 of 17 DS1821
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PDF
datasheetarchive--2.pdf
) Brightness control : 100% (Note 3) Measurement of the follow ing 9 places on the display. Y=180Y=960 Y=1740 X=70 P1 P4 P7 X=240 P2 P5 P8 X=410 P3 P6 P9 (Note 4) Definition of the brightness tolerance. Max brightness or Min brightness - Average brightness Average brightness × 100 Displays, Sh. Hitachi
in „Hitachi SX21V001-Z4 mir Epson S1D13806“ · Mikrocontroller und Digitale Elektronik ·
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Datei
P_log.txt
Verify error Bytes: 49152 Block#958 Verify error Bytes: 30720 Block#959 Verify error Bytes: 45008 Block#960 Verify error Bytes: 47056 Block#961 Verify error Bytes: 34816 Block#962 Verify error Bytes: 36816 Block#963 Verify error Bytes: 43008 Block#964 Verify error Bytes: 36864 Block#965 Verify error Bytes
in „China NAND Flash programmier Fehler - W25N01GWZEIG“ · Mikrocontroller und Digitale Elektronik ·
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Datei
P_log1.txt
error Bytes: 131024 Block#958 Verify error Bytes: 131024 Block#959 Verify error Bytes: 131024 Block#960 Verify error Bytes: 131024 Block#961 Verify error Bytes: 131024 Block#962 Verify error Bytes: 131024 Block#963 Verify error Bytes: 131024 Block#964 Verify error Bytes: 131024 Block#965 Verify error
in „China NAND Flash programmier Fehler - W25N01GWZEIG“ · Mikrocontroller und Digitale Elektronik ·
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PDF
MAX603-MAX604.pdf
PACKAGE D 8 – 0.405 – 10.29 (0.300 in.) D 14 – 0.785 – 19.94 CERDIP D 16 – 0.840 – 21.34 D 18 – 0.960 – 24.38 DUAL-IN-LINE D 20 – 1.060 – 26.92 D 24 – 1.280 – 32.51 Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent
in „Logikanalzyer mit FT232BL“ · Mikrocontroller und Digitale Elektronik ·
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Datei
H_einzelner_Anschlag_2ms.txt
953,8.00e-02, 954,-4.00e-02, 955,8.00e-02, 956,4.00e-02, 957,0.00e+00, 958,4.00e-02, 959,-4.00e-02, 960,4.00e-02, 961,-4.00e-02, 962,4.00e-02, 963,-4.00e-02, 964,-4.00e-02, 965,1.20e-01, 966,4.00e-02, 967,-4.00e-02, 968,8.00e-02, 969,-4.00e-02, 970,-4.00e-02, 971,8.00e-02, 972,4.00e-02, 973,-4.00e-02,
in „vom Oszi aufgenommenes Signal in LTSpice XVII verwenden“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
H_einzelner_Anschlag_5ms.txt
953,1.20e-01, 954,8.00e-02, 955,1.20e-01, 956,1.20e-01, 957,-4.00e-02, 958,-4.00e-02, 959,1.20e-01, 960,-4.00e-02, 961,1.20e-01, 962,-4.00e-02, 963,1.20e-01, 964,4.00e-02, 965,0.00e+00, 966,4.00e-02, 967,0.00e+00, 968,0.00e+00, 969,8.00e-02, 970,4.00e-02, 971,0.00e+00, 972,4.00e-02, 973,0.00e+00, 974,8.00e
in „vom Oszi aufgenommenes Signal in LTSpice XVII verwenden“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
H_einzelner_Anschlag_20ms.txt
953,1.20e-01, 954,8.00e-02, 955,1.20e-01, 956,1.20e-01, 957,-4.00e-02, 958,-4.00e-02, 959,1.20e-01, 960,-4.00e-02, 961,1.20e-01, 962,-4.00e-02, 963,1.20e-01, 964,4.00e-02, 965,0.00e+00, 966,4.00e-02, 967,0.00e+00, 968,0.00e+00, 969,8.00e-02, 970,4.00e-02, 971,0.00e+00, 972,4.00e-02, 973,0.00e+00, 974,8.00e
in „vom Oszi aufgenommenes Signal in LTSpice XVII verwenden“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
H_einzelner_Anschlag_2ms.txt
953,8.00e-02, 954,-4.00e-02, 955,8.00e-02, 956,4.00e-02, 957,0.00e+00, 958,4.00e-02, 959,-4.00e-02, 960,4.00e-02, 961,-4.00e-02, 962,4.00e-02, 963,-4.00e-02, 964,-4.00e-02, 965,1.20e-01, 966,4.00e-02, 967,-4.00e-02, 968,8.00e-02, 969,-4.00e-02, 970,-4.00e-02, 971,8.00e-02, 972,4.00e-02, 973,-4.00e-02,
in „vom Oszi aufgenommenes Signal in LTSpice XVII verwenden“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
set65_eprommer_software_hexdump.txt
20 44 52 5D 43 4B 45 CE 20 4E F8 C9 0D F0 03 E950: 4C B3 E8 4C C1 E7 4C 5A FA FF FF FF FF FF FF FF E960: FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF E970: FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF E980: FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF FF E990: FF FF FF FF FF FF FF FF FF FF FF FF
in „CT SET 65 Einplatinencomputer“ · Mikrocontroller und Digitale Elektronik ·
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PDF
uhp-ma_e.pdf
JYd150/A.C LP-790 JY275/A.C 爱普生 富 HITACHI CP-S970/X970 JYs200/D.C 65x70 LP-755 JYd120/A.C 65x70 CP-X960W JYs200/D.C 65x70 LP-750 JYd120/A.C 65x70 可 日 CP-X958 JYs200/D.C 65x70 LP-740 JYd250/A.C CP-X955 JYd150/A.C LP-740B JYd275/A.C CP-X940W JYd150/A.C 视 LP-725/735 JYd275/A.C 65x70 CP-S860W JYs200/D.C 65x70
in „Beamer 'wiederverwerten'?“ · Mikrocontroller und Digitale Elektronik ·
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PDF
BLF188XR_BLF188XRS.pdf
(dB) (%) (dBm) 64 26 64 ldeal L (2) 62 (1) Gp P 24 48 L 60 22 32 ηD 58 20 16 56 18 0 54 0 320 640 960 P (W) 1600 28 30 32 34 36 38 40 42 L Pi(dBm) V = 50 V; I = 40 mA; f = 108 MHz; t = 100 s; V = 50 V; I = 40 mA; f = 108 MHz; t = 100 s; DS Dq p DS Dq p = 20 %. = 20 %. (1) P L(1dB)= 61.58 dBm (
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PDF
3454fa.pdf
1080 OUT 95 1060 V = 5.5V 90 )040 V = 4.2V IN ) k IN ( 85 Y1020 C N000 E 80 U I E980 VIN= 2.7V E 75 F960 VIN= 3.6V 70 V IN= 3.6V 940 TA = 25°C 920 65 EFFICIENCY = (OUT – VLED LED IN IN FRONT PAGE APPLICATION 900 60 –55 –35 –15 5 25 45 65 85 105 125 100 200 300 400 500 600 700 800 900 1000 TEMPERATURE (
in „Gibt es Buck-Converter, die einen regelbaren Konstantstrom liefern?“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
DC__AC_and_Pulse_Load__KOA___MLCC_reliability___overload_.pdf
for components, their behaviour will influence the behaviour of the equipment in which they 80 MSC960 operate. temperature rise (K) The immunity of MLCCs to ESD pulses is not well 60 characterized. Tests were therefore performed to 100 kHz analyze the effect of these fast and low-energy pulses. Pulse
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Datei
DataD1Q15.txt
7796 4795 5876 -1927 -5097 850 -8526 3658 -10412 2419 -7631 3309 833 6137 4664 -13928 4100 923 -436 -960 5651 -13676 18074 -2214 6833 513 -11547 2052 -3379 -11539 -1882 2134 -4000 11946 5715 -3947 496 -332 -5275 1449 -10165 3866 -1542 3637 3700 -5841 5283 -13666 -1387 -7416 -3384 -7147 -4207 -6885 5550
in „Festkommarealisierung LMS (Least Mean Square)“ · Digitale Signalverarbeitung / DSP / Machine Learning ·
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PDF
DS_SX1261-2_V1.1-1307803.pdf
the Japanese ARIB T-108. Continuous frequency • Remote control applications coverage from 150 MHz to 960 MHz allows the support of all major sub-GHz ISM bands around the world. SX1261/2 1 of 107 Data Sheet Rev.1.1 www.semtech.com Semtech DS.SX1261-2.W.APP December 2017 Ordering Information Part Number
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PDF
2.transceiver_si4468.pdf
Frequency FSYN 850 — 1050 MHz Range 350 — 525 MHz 284 — 350 MHz 142 — 175 MHz Synthesizer Frequency FRES-960 850–1050 MHz — 28.6 — Hz Resolution FRES-525 420–525 MHz — 14.3 — Hz FRES-420 350–420 MHz — 11.4 — Hz FRES-350 283–350 MHz — 9.5 — Hz FRES-175 142–175 MHz — 4.7 — Hz Synthesizer Settling Time tLOCK
in „Transceiver Si4467 SPI Transfer PIC24“ · Mikrocontroller und Digitale Elektronik ·
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PDF
Sicherungssysteme_TechnikFibel_DE_201601250853045758.pdf
Betriebstemperaturen der Engstellen nur oxidationsbestän- diges Feinsilber mit einer Schmelztemperatur von 960 °C. Entsprechend ist auch der Sicherungskörper überwiegend aus temperaturwechselbeständiger Aluminiumoxidkeramik hergestellt. Zum Ausgleich von Längenänderungen bei stark zyklischer Strombelastung (
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PDF
18000-1.pdf
interface communications at 2,45 GHz Part 6: Parameters for air interface communications at 860 MHz to 960 MHz Part 7: Parameters for active air interface communications at 433 MHz iv © ISO/IEC 2004 – All rights reserved ISO/IEC 18000-1:2004(E) Introduction ISO/IEC 18000 has been developed by ISO/IEC SC
in „RFID Controller programmieren“ · Mikrocontroller und Digitale Elektronik ·
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PDF
Vergleichsliste.pdf
3N140 3SK35BL 3SK51 ECG222 3SK34 3N141 3SK39 3SK59 ECG223 2SC1030 2SC1051 ECG224 2SC2034 ECG225 2SC960 40349V2 ECG226 2SB474 ECG227 2N6734 2N6735 ECG228A D40N4 ECG229 2SC2407 2SC1128 2SC2216 2SC784 ECG230 S3705M 2SF1188 40453 ECG231 S3706E 2SF1189 ECG232 MPSA63 MPSA64 MPSA65 2SA796 ECG233 MPS6569A 2SC372
in „ECG45 was ist das?“ · Analoge Elektronik und Schaltungstechnik ·
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Datei
main.c
Array [ 956 ] = 1043 ; Array [ 957 ] = 1042 ; Array [ 958 ] = 1041 ; Array [ 959 ] = 1040 ; Array [ 960 ] = 1039 ; Array [ 961 ] = 1038 ; Array [ 962 ] = 1037 ; Array [ 963 ] = 1036 ; Array [ 964 ] = 1035 ; Array [ 965 ] = 1034 ; Array [ 966 ] = 1033 ; Array [ 967 ] = 1032 ; Array [ 968 ] = 1031 ; Array
in „Geschwindigkeit durch Taster aus einem Array anwählen“ · Mikrocontroller und Digitale Elektronik ·
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PDF
MN-RBXEB-01.pdf
Specifications Memory Map Address Address Range Range Size Description Decimal Hexadecimal 0F0000- 960K-1M 64 KB Upper BIOS 0FFFFF 896K-960K 0E0000- 64 KB Lower BIOS 0EFFFF Expansion 768K-896K 0C0000- 128 KB Card BIOS 0DFFFF and Buffer Standard 640K-768K 0A0000- 128 KB PCI/ISA 0BFFFF Video Memory Ext
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PDF
cp2102n-datasheet.pdf
External Wakeup Detect Regulator Oscillator circuitry for USB Connector USB suspend USB USB Function 960 byte states Configuration Hardware External battery Transceiver Controller Memory Handshaking External RS-232 charging transceiver or circuitry UART circuitry 512 byte 512 byte TX Buffer RX Buffer UART
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PDF
cp2102n-datasheet.pdf
External Wakeup Detect Regulator Oscillator circuitry for USB Connector USB suspend USB USB Function 960 byte states Configuration Hardware External battery Transceiver Controller Memory Handshaking External RS-232 charging transceiver or circuitry UART circuitry 512 byte 512 byte TX Buffer RX Buffer UART
in „[V] 10 St. Silabs CP2102N-A01 QFN20 USB-to-UART bridge controller.“ · Markt ·
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PDF
cp2102n-datasheet.pdf
External Wakeup Detect Regulator Oscillator circuitry for USB Connector USB suspend USB USB Function 960 byte states Configuration Hardware External battery Transceiver Controller Memory Handshaking External RS-232 charging transceiver or circuitry UART circuitry 512 byte 512 byte TX Buffer RX Buffer UART
in „[V] 10 St. Silabs CP2102N-A01 QFN20 USB-to-UART bridge controller. (10€)“ · Markt ·
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PDF
cp2102n-datasheet.pdf
External Wakeup Detect Regulator Oscillator circuitry for USB Connector USB suspend USB USB Function 960 byte states Configuration Hardware External battery Transceiver Controller Memory Handshaking External RS-232 charging transceiver or circuitry UART circuitry 512 byte 512 byte TX Buffer RX Buffer UART
in „[V] 15St. Silabs CP2102N-A01 QFN20 USB-to-UART bridge controller.“ · Markt ·
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PDF
cp2102n-datasheet.pdf
External Wakeup Detect Regulator Oscillator circuitry for USB Connector USB suspend USB USB Function 960 byte states Configuration Hardware External battery Transceiver Controller Memory Handshaking External RS-232 charging transceiver or circuitry UART circuitry 512 byte 512 byte TX Buffer RX Buffer UART
in „Frage zu CP2102N und CP2104“ · Mikrocontroller und Digitale Elektronik ·
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PDF
WIMA_DC_Link_MKP_4.pdf
_ _ _ _ _ 100 F 31 46 41,5 37,5 2/4 800 18 2,8 DCP4G061007I_ _ _ _ _ _ 120 „ 31 46 41,5 37,5 2/4 960 20 2,3 DCP4G061207I_ _ _ _ _ _ 140 „ 35 50 41,5 37,5 2/4 1120 22,5 2,1 DCP4G061407J_ _ _ _ _ _ 150 „ 35 50 41,5 37,5 2/4 1200 23 2 DCP4G061507J_ _ _ _ _ _ 25 45 57 52,5 4 750 20 2,6 DCP4G061509D_ _
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PDF
app162__Interfacing_DS1820_in_a_MC_environment_.pdf
code of one 1-wire device during each ROM search pass. The time required to learn one ROM code is: 960 ms + (8 + 3 x 64) 61 ms = 13.16 m The bus master is therefore capable of identifying 75 different 1-wire slave devices per second. SEARCH ROM CODE EXAMPLES As shown in the prototype function below,
in „DS18B20 zu komplizierte Ansteuerung?“ · Mikrocontroller und Digitale Elektronik ·
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PDF
app162__Interfacing_DS1820_in_a_MC_environment_.pdf
code of one 1-wire device during each ROM search pass. The time required to learn one ROM code is: 960 ms + (8 + 3 x 64) 61 ms = 13.16 m The bus master is therefore capable of identifying 75 different 1-wire slave devices per second. SEARCH ROM CODE EXAMPLES As shown in the prototype function below,
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PDF
AN162.pdf
code of one 1-Wire device during each ROM search pass. The time required to learn one ROM code is: 960µs + (8 + 3 × 64) 61µs = 13.16m The bus master is therefore capable of identifying 75 different 1-Wire slave devices per second. Search ROM code examples As shown in the prototype function below, the
in „Temperaturfühler identifizieren“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
TNY256.pdf
e 0.6 r m u l u r0.4 C a 0.4 C oN r ( o 0.2 ( 0.2 0.0 0.0 -50 -25 0 25 50 75 100 125 0 240 480 720 960 1200 Temperature (°C) di/dt in mA/ s BYPASS PIN START-UP WAVEFORM OUTPUT CHARACTERISTIC 7 8 600 9 0 0 6 4 8 V I 500 TCASE=25 °C I ( P ) TCASE=100 °C P g 5 A t ( 400 o 4 t V e n 3 r 300 P u S C S 2 i
in „Brauche Dringend Hilfe bei Bauteilbestimmung“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
DIS6531-DS08-0811.pdf
Pixels Pixels W/H Ratio Frame Rate (Columns) (Rows) 5MP 2592 1944 4:3 5 fps (Full frame) SXGA 1280 960 4:3 15 fps (2x binned) VGA 648 486 4:3 30 fps (4x binned) (2x skipped) 1280 720 16:9 30 fps CONFIDENTIAL All brand and product names are trademarks or service marks of their respective owners. Printed
in „Ansteuerung Kameramodul“ · Mikrocontroller und Digitale Elektronik ·
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PDF
XCL213-XCL214.pdf
142 203 264 1.95 1.911 1.950 1.989 3.25 140 200 260 3.40 3.332 3.400 3.468 5.50 144 206 268 2.00 1.960 2.000 2.040 3.33 140 200 260 3.45 3.381 3.450 3.519 5.50 146 209 272 2.05 2.009 2.050 2.091 3.42 140 200 260 3.50 3.430 3.500 3.570 5.50 148 212 276 2.10 2.058 2.100 2.142 3.50 140 200 260 3.55 3.479
in „1.5A regulator Built-in Step-Down micro DC/DC Converters“ · Mikrocontroller und Digitale Elektronik ·
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PDF
xapp181.pdf
For example, the XC4062XL contains 1,433,812 configuration bits. At a 1.5 MHz rate, it would take 960 ms to read back this FPGA. There are three different ways to incorporate readback in a design. These are: Use a microcontroller or microprocessor to verify the checksum Use separate FPGAs to monitor
in „Hat hier noch jemand die Xilinx AppNote XAPP-186?“ · FPGA, VHDL & Co. ·
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PDF
swissbit-U500-USB3-Stick.pdf
Table 9: Drive Geometry Total LBA User Addressable Bytes Raw Capacity Decimal (Unformatted) 1 GBytes 1,960,704 1,003,880,448 2 GBytes 3,921,664 2,007,891,968 4 GBytes 7,843,328 4,015,783,936 8 GBytes 15,663,104 8,019,509,248 16 GBytes 31,326,208 16,039,018,496 32 GBytes 62,533,296 32,017,047,552 4.4 Regulatory
in „[S] USB Stick für Produktdoku - weniger Speicher, mehr Zuverlässigkeit“ · Markt ·
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PDF
LG4573A_DS_V1.1.5__1_.pdf
1050 S734 -330 225 901 S589 2100 225 976 S664 975 338 1051 S735 -345 338 902 S590 2085 338 977 S665 960 225 1052 S736 -360 225 903 S591 2070 225 978 S666 945 338 1053 S737 -375 338 904 S592 2055 338 979 S667 930 225 1054 S738 -390 225 905 S593 2040 225 980 S668 915 338 1055 S739 -405 338 906 S594 2025
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PDF
KS0713.pdf
-1215 -1336 92 V1 3285 -1336 142 COM29 5271 890 43 VSS -1125 -1336 93 V2 3375 -1336 143 COM30 5271 960 44 VSS -1035 -1336 94 V2 3465 -1336 144 COM31 5271 1030 45 VSS -945 -1336 95 V3 3555 -1336 145 COM32 5271 1100 46 VSS -855 -1336 96 V3 3645 -1336 146 DUMMY 5271 1170 47 VDD -765 -1336 97 V4 3735 -1336
in „Dbox LCD HT12538“ · Mikrocontroller und Digitale Elektronik ·
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PDF
MAX1703_1_.pdf
Coilcraft USA: (847) 639-6400 (847) 639-1469 R1 = R2(V OUT / VFB - 1) Matsuo USA: (714) 969-2491 (714) 960-6492 where V FB , the boost-regulator feedback setpoint, is Motorola USA: (602) 303-5454 (602) 994-6430 1.24V. Since the input bias current into FB is less than 20nA, R2 can have a large value (such
in „Verständnisproblem des Max1703 Datenblatt“ · Mikrocontroller und Digitale Elektronik ·
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PDF
151998-da-01-en-HCPL7840_Optokoppler.pdf
1.194 (0.047) 8 7 6 5 4.826 (0.190)TYP. HP XXXXZ 6.350 ± 0.25 YYWW (0.250 ± 0.010) 9.398 (0.370) 9.960 (0.390) 1 2 3 4 0.381 (0.015) 1.194 (0.047) 0.635 (0.025) 1.778 (0.070) 1.780 9.65 ± 0.25 (0.070) (0.380 ± 0.010) 1.19 MAX. 7.62 ± 0.25 (0.047) (0.300 ± 0.010) MAX. 0.20 (0.008) 4.19 MAX. 0.33 (0.013
in „analoges Signal galvanische Trennung“ · Mikrocontroller und Digitale Elektronik ·
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PDF
XC62HR.pdf
) Ta=25: PARAMETER SYMBOL CONDITIONS MIN TYP MAX UNITS CIRCUIT VOUT (E) IOUT=40mA Output Voltage 1.960 2.000 2.040 V 1 (Note2) VIN=3.0V MaximumOutput Current OUT max VI=3.0V, VOUT(E) ‡ 1.8V 115 mA 1 V I=3.0V LoadStability ∆VOUT 1mA † IOUT † 60mA 45 90 mV 1 Input -Output Vdif1 IOUT=40mA 180 360 mV 1 VoltageDifferential
in „Ladung von Elkos innerhalb kurzer Zeit“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
HCPL7840.pdf
1.194 (0.047) 8 7 6 5 4.826 (0.190)TYP. HP XXXXZ 6.350 ± 0.25 YYWW (0.250 ± 0.010) 9.398 (0.370) 9.960 (0.390) 1 2 3 4 0.381 (0.015) 1.194 (0.047) 0.635 (0.025) 1.778 (0.070) 1.780 9.65 ± 0.25 (0.070) (0.380 ± 0.010) 1.19 MAX. 7.62 ± 0.25 (0.047) (0.300 ± 0.010) MAX. 0.20 (0.008) 4.19 MAX. 0.33 (0.013
in „Galvanisch getrennte Spannungsmessung“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
HCPL7840.pdf
1.194 (0.047) 8 7 6 5 4.826 (0.190)TYP. HP XXXXZ 6.350 ± 0.25 YYWW (0.250 ± 0.010) 9.398 (0.370) 9.960 (0.390) 1 2 3 4 0.381 (0.015) 1.194 (0.047) 0.635 (0.025) 1.778 (0.070) 1.780 9.65 ± 0.25 (0.070) (0.380 ± 0.010) 1.19 MAX. 7.62 ± 0.25 (0.047) (0.300 ± 0.010) MAX. 0.20 (0.008) 4.19 MAX. 0.33 (0.013
in „Analoge Optokopplung“ · Mikrocontroller und Digitale Elektronik ·
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PDF
MAX534.pdf
8 – 0.405 – 10.29 CERAMIC DUAL-IN-LINE D 14 – 0.785 – 19.94 PACKAGE D 16 – 0.840 – 21.34 D 18 – 0.960 – 24.38 (0.300 in.) D 20 – 1.060 – 26.92 D 24 – 1.280 – 32.51 21-0045A INCHES MILLIMETERS E DIM MIN MAX MIN MAX D E1 A – 0.200 – 5.08 A1 0.015 – 0.38 – A2 0.125 0.175 3.18 4.45 A3 A A2 A3 0.055 0.080
in „D/A Wandler und der reference pin...“ · Mikrocontroller und Digitale Elektronik ·
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PDF
Torex_XC6210B332MR_-_LDO.pdf
1.734 27.0 41.0 90.0 135.0 39.0 63.0 2.50 8.00 -8.00 -2.50 1.80 1.764 1.836 1.90 1.862 1.938 2.00 1.960 2.040 2.10 2.058 2.142 2.20 2.156 2.244 25.0 37.0 80.0 120.0 39.5 64.5 3.00 9.50 -9.50 -3.00 2.30 2.254 2.346 2.40 2.352 2.448 2.50 2.450 2.550 2.60 2.548 2.652 2.70 2.646 2.754 18.0 28.0 60.0 90.0
in „Low-drop Torex 1V Dropout zu viel“ · Analoge Elektronik und Schaltungstechnik ·
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PDF
A500_ETV570G2DHU.pdf
T V 5 7 0 G 2 D H U 3 9 8 . BLOCK DIAGRAM NOTE : UD = “H” LEVEL :→OUT1 480 ; LR = “H” LEVEL : →UT1 960(DEFAULT) “L LEVEL : OUT4→0 1 (DEFAULT) “L” LEVEL : OUT→60 1 02101300-01-02 E M E R G I N G D I S P L A Y MODEL NO . VERSION PAGE TECHNOLOGIES CORPORATION E T V 5 7 0 G 2 D H U 3 10 9 . DETAIL DRAWING
in „VGA Grafikkarte mit AVR und 8MB SDRAM“ · Projekte & Code ·
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PDF
AN1010.pdf
12 M68HC11 EEPROM Programming from a Personal Computer MOTOROLA AN1010/D Emulator Address Decoding 960 ’-------------------’ 970 ’--SUB waits for received character, with time limit’ 980 ’-- returns with char in B$, or aborts if time limit exceeded’ 990 T0%=0:WHILE LOC(1)=0:IF T0%>100 THEN 940 ELSE T0%
in „Programm zum MC68HC11 auslesen und programmieren“ · Mikrocontroller und Digitale Elektronik ·
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PDF
ETV570G2DHU.pdf
T V 5 7 0 G 2 D H U 1 9 8 . BLOCK DIAGRAM NOTE : UD = “H” LEVEL :→OUT1 480 ; LR = “H” LEVEL : →UT1 960(DEFAULT) “L LEVEL : OUT4→0 1 (DEFAULT) “L” LEVEL : OUT→60 1 02101300-01-02 E M E R G I N G D I S P L A Y MODEL NO . VERSION PAGE TECHNOLOGIES CORPORATION E T V 5 7 0 G 2 D H U 1 10 9 . DETAIL DRAWING
in „VGA Display am PIC24FJ256DA210 läuft nicht“ · Mikrocontroller und Digitale Elektronik ·
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PDF
LTV350QV-F09.pdf
AVDD 5 CS N 4 O V VGL H D X 6 RESET P F VGH S J -$%▯%BUB▯0VU<▯▯▯93(#> M F o VDD S S Y1 ………………….. Y960 n c DATA[23:0] o G2 w DOTCLK G1 t ENABLE G4 H G3 o VSYNC T … t HSYNC m S … … n u … ▯▯▯ ” … SDI g c … … SCL o D … 5'5▯-$%▯1BOFM … r i … … X1 l e … … X2 r r . … . Y1 Y2 G239 G240 LED_Anode LED_Cathode
in „AT90USB1287 und ATXMEGA128A1 LCD TOUCH ansteuern.“ · Mikrocontroller und Digitale Elektronik ·
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Datei
cobold_eprom_hexdump.txt
F9 A5 FC 20 26 F9 20 02 F9 A0 00 B1 FC 20 21 F950: F9 4C FD F8 A0 32 4C 0A F9 20 76 F2 20 EE F8 A5 F960: E7 20 26 F9 A5 E6 20 26 F9 20 02 F9 A0 00 B1 E6 F970: 20 21 F9 C8 C4 F9 30 F6 60 20 59 F9 20 FD F8 A5 F980: E1 C9 16 90 F7 60 A2 FF 20 43 F4 20 EE F8 E8 E4 F990: EE B0 F2 A0 00 B1 EC 20 21 F9 20 02