regulators. Pulse Generator. All pulse 999 ms, pulse width isfrom 3 ns video games using hexadecimal The LM 137/LM 237/LM 337 are parameters are programmable to 999 ms both with three digits - width, period, delay, transition of resolution. code. Extremely compact CHIP-8 adjustable 3-terminal negative times
converters ADC0803/4-1 3-STATE TEST CIRCUITS AND WAVEFORMS (ADC0801-1) 20ns V V V CC tr CC CC r VCC 90% VCC 90% 50% 50% RD CS DATA RD 10% 10K RD 10% OUTPUT GND GND t1H RD DATA t0H C L 10K VOH CS OUTPUT VOH 10pF DATA 90% DATA OUTPUT CL 10pF OUTPUT 10% GND GND 1H OH TIMING DIAGRAMS (All timing is measured
N N ICMax. (Pulsed) A 60 E 10 C Max. (Continuous) I R T R D P 50 U ss 1 I C pat ms S R on 0 I 40 T Lm m D C ed s E E 30 L 1 O O P C Sb ] 20 ] i W [ mt . D I d A P 10 M C 0.1 V 0 1 10 100 0 25 50 75 100 125 150 175 200 o VCEV], COLLECTOR-EMITTER VOLTAGE TC[ C], CASE TEMPERATURE Figure 5. Safe Operating
DIGIT BLANKING ON OVERRANGE 16 ICL8052A/ICL71C03, ICL8068A/ICL71C03 +5V 16kΩ 1kΩ 56kΩ 2 + 8 7 0.22µF LM311 - 1 30kΩ 3 4 R fOSC = 0.45/RC 16kΩ 37.5kΩ 390pF C 100pF FIGURE 12. CMOS OSCILLATOR FIGURE 13. LM311 OSCILLATOR D S 2N5461 D S 2N5458 0.22µF +15V -15V 100K -BUF IN BUF OUT -INT IN INT OUT REF OUT 6
7 AC_VCC 6 VSUS_ON PMB3904 7 +3VSB 15 +AP2310 +3V SI4835BDY 14 SUSB_ON 21 +VCCP +3V 15 16 +2.5V C LM358+ C 24 VCORE H_CPURST# 29 15 +5V NB 910GM PMBT2222 DOTHAN CPU PM_PWROK 23 26 +1.8V_DUAL 16 VID[0..5] +1.5V LM358+ # 15 +5V AP70T03 25 G S R _ P T _ P (PLT_RST# is 34--41 RTCCLK(=1mS) AC_VCC R later
voltage level specifications A converters that use a differentialpotentiometric n Works with 2.5V (LM336) voltage reference D ladder— similar to the 256R products. These converters arechip clock generator C designed to allow operation with the NSC800 and INS8080AV to 5V analog input voltage range with
described in subsequent sections. Quantity Unit Name Symbol watts [lumens] Radiant flux [Luminous flux] W [lm] Radiant energy [Quantity of light] joules [lumen sec.] J [lm·s] Irradiance [Illuminance] watts per square meter [lux] W/m [lx] Radiant emittance watts per square meter W/m [lm/m ] 2 [Luminous emittance
.....................................................DT1 = 10°C Puissance mesurée L’équationest “P=90xDT”........................................................... P=90x10°C=900WattsEnv. EVALUATION: La puissance mesurée doit être au moins de ± 15 % de la puissance de sortie nominale. ATTENTION: 1°C CORRESPOND A 90 WATTS. REPETER LA MESURE SI LA PUISSANCE EST INSUFFISANTE. 10 00gg 1000gg 10000g T1˚C T2˚C Fairechaufferpendant50sec. B TEST DU TRANSFORMATEUR DE PUISSANCE AVERTISSEMENT: Des hautes tensions et courants
.....................................................DT1 = 10°C Puissance mesurée L’équationest “P=90xDT”........................................................... P=90x10°C=900WattsEnv. EVALUATION: La puissance mesurée doit être au moins de ± 15 % de la puissance de sortie nominale. ATTENTION: 1°C CORRESPOND A 90 WATTS. REPETER LA MESURE SI LA PUISSANCE EST INSUFFISANTE. 10 00gg 1000gg 10000g T1˚C T2˚C Fairechaufferpendant50sec. B TEST DU TRANSFORMATEUR DE PUISSANCE AVERTISSEMENT: Des hautes tensions et courants
1 WF70 6PIN B to B WF71 6PIN B to B S 1 J N P L C C CJP06GA300ZB CJP06GA300ZB B 3.96 PITCH U U U BN90 2PIN WIRE D S C O 1 3 M 1 R D Y WF72 12PIN B to B E A Z CJP12GA300ZB N C 1 U I A T 1 G 6 1 1 M 1 J 3 1 T F C W 15 E CN90 2PIN WAFER 1 5 1 I 1CJP11GA117ZY 1 W 3.96 PITCH I PF15 11PIN CARD BN16 5PIN WIRE
2 209 8 3 3 7 7 N 1401 L F 3 5 6 N N.S 5322 209 8 6 4 2 2 N 1402 NE5532P T.I 5322 209 81919 N 1403 LM311N N.S 5322 209 85503 N 1404 D A C - O 8 E PMI 5322 209 8 3 1 5 4 N 1405 U A 3 0 8 A T F S C 5322 209 8 3 3 7 7 N 1406 U A 3 0 8 A T F S C 5 3 2 209 83377 N 1531 L M 3 5 8 N N . S 4 8 2 22 0 98 1 4
r t s wre Fig,2.3.DCattenuator F R A N G E RANGE|A TENUAIONawe[ne]i npt ac|R iM 519 1T vv 1441 oO 90mVv 10 MQ 100Vvv W A T 1 90 m v 19.11 MQ. 1000 V WAT 1 900mv 9.17MQ R i o f the A D C .is achieved by using 9 seperate range. Attenuation i effected by means of R1110 and the 2 s (2.3.2.2. Alternating
i n g e s t e Spannung 24 V 20 V 10 V 5 V B elastu n g UA lA p UA 1A p UA h p UA 1A p gemessen RL 90Q/25W e rre c h n e t gemessen RL 60Q/25W e rre c h n e t gemessen RL 30Q/25W e rre c h n e t gemessen RL 25Q/25W e rre c h n e t gemessen RL 20Q/25W e rre c h n e t gemessen RL 15Q/25W e rre c h n e
load P divided by the input power delivered to the amplifier. It is: |S | ·(1 − |r | ) G P 21 L (4.90) |1 − S22 ·rL| − |S 11− ∆·r |L 2 with ∆ = S S − S S . The curves with constant gain G are circles in the load reflexion 11 22 12 21 P coefficient plane (r Lplane). The center r L,c and the radius R Lre:
)) ingestellt. I d Betriebsarten Anstieg und Abfal lokalisiertt UTO T RIG autto atisch d 10 %- und 90%-Punktete des Eingangssignals und ts llt de Triggerpegel entsprechend ein. Diese automatischenn i stellungenn können auf Wun sch aßer K raft esetzt werden.. Mes sung positivei/ner/negativer Impulsbreitenten
the PostScript name /space) at slot 32. For example, the font texnansi-lmr10 uses the encoding file lm-texnansi.enc, which has such an entry. • If the current font does not have such a space character (this is the case for most traditional TEX fonts, such as cmr10 and ec-lmr10), pdfTEX will use the space
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