ON Semiconductor▯ LM317 1.5 A Adjustable Output, Positive Voltage Regulator THREE–TERMINAL The LM317 is an adjustable 3–terminal positive voltage regulator capable of supplying in excess of 1.5 A over an output voltage range
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
sinking provided, the thermal shutdown circVoltage Range takes over preventing the IC from overheating. LM7805C 5V Considerable effort was expanded to make the LM78XX se- ries of regulators easy to use and mininize the number7812C 12V LM7815C 15V Schematic and Connection Diagrams Metal Can Package TO-3 (K) Aluminum TL/H/7746–2 Bottom View Order Number LM7805CK, LM7812CK or LM7815CK See NS Package Number KC02A Plastic Package TO-220 (T) TL/H/7746–3 Top View Order Number LM7805CT, LM7812CT or LM7815CT See NS Package Number T03B TL/H/7746–1 C1995 National
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
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
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ADC0803/4 SYMBOL PARAMETER TO FROM TEST CONDITIONS UNIT Min Typ Max Conversion time fCLK =1MHz 1 66 73 s 1 fCLK Clock frequency 0.1 1.0 3.0 MHz Clock duty cycle 1 40 60 % CS=0, f CLK =1MHz CR Free-running conversion rate INTR tied to WR 13690 conv/s tW(WR)L Start pulse width CS=0 30 ns tACC Access time
7 G1 C REF 34 GND 8 E1 CREF 33 8 E1 C REF 33 9 D2 COMMON 32 12kΩ 9 D2 COMMON 32 10 C2 IN HI 31 The LM339 is required to 10 C2 IN HI31 11 B2 IN LO 30 ensure logic compatibility 11 B2 IN LO 30 with heavy display loading. 12 A2 A-Z 29 12 A2 A-Z 29 13 F2 BUFF 28 LM339 13 F2 BUFF 28 14 E2 INT 27 14 E2 INT
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
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1 (Gear) (6.72) I eq eq Again each of these equations can be rewritten as In+1 = geqV n+1 + Ieq (6.73) which leads to the same MNA matrix equation as for an ideal capacitance. A disadvantage of this approach is the fact that the inductance appears in the denominator. An alternative would be to use a
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
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pulsationnel est entré dans la borne R53 lorsque le commutateur sensitif SW63 est effleuré. 39-42 R70-R73 SORTIE Borneinutilisée. 43-54 SEG0 - SORTIE Signal de donnée des segments. SEG11 ConnectéauLCD. La relation entre les signaux est la suivante: Signal LSI (broche No.)LCD (broche No.)Signal LSI (broche
pulsationnel est entré dans la borne R53 lorsque le commutateur sensitif SW63 est effleuré. 39-42 R70-R73 SORTIE Borneinutilisée. 43-54 SEG0 - SORTIE Signal de donnée des segments. SEG11 ConnectéauLCD. La relation entre les signaux est la suivante: Signal LSI (broche No.)LCD (broche No.)Signal LSI (broche
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