NORMAL HIGH, ClND DI FALLS LOH UHICE SUI 1s DEPRESSED; 02, D Z ...0 UILL 20 FICT AS 01. - ._. I 1 12 l i B - s - m - - _=- my‘m-_-- UM3758 Sedes G ! D l Ordering Inform&ion Part No. Addresses D a t a Data Output Type Package Type UM375&180A 18 0 - 24L DIP UM3758-18OAM 18 0 - 24L BOP UM37581 08A 10 8 IATCHED 24L DIP UM375&108AM 10 8 IATCHED 24L SOP UM37581 088 10 ~ 8 MOMENTARY 24L DIP UM375&108BM 10 8 MOMENTARY 24L BOP UM3758-120A 12 0 - 18L DIP UM3758-120AM 12 0 - 20L SOP UM375&084A 8 4 LATCHED 18LDIP U M3758
lmWYPULlmWYQRLlmWYQU lmWYxx@s…’‰…“@SMt…’•‰Ž•Œ@n…‡•”‰–…@r…‡•Œ•”•’“ l‰”…’•”•’…@n••‚…’Z@snosbqWb L M September 2001 9 X X S LM79XX Series e i 3-Terminal Negative Regulators s resistor divider. The low quiescent current drain of these General Description devices with a specified
Einheiten im Messwesen. Der vollständige Änderungsstand ist: • 85/1/EWG vom 18. Dezember 1984 (ABl. L 2 vom 3. 1. 1985) • 89/617/EWG vom 27. November 1989 (ABl. L 357 vom 7. 12. 1989) • 1999/103/EG vom 24. Januar 2000 (ABl. L 34 vom 9. 2. 2000) • 2009/3/EG vom 11. März 2009 (ABl. L 114 vom 7. 5. 2009
are available to a group of 16 MCs. Figure 2-1 shows the block diagram of the device. I N P U T / C L K 4 3 ( 4 0 ) 2 I N P U T / O E 1 ( 3 7 ) ( 3 8 ) 4 4 I N P U T / O E 2 I N P U T / G C L R 1 ( 3 9 ) G l o b a l I n p u t / F e e d b a c k B u s C o r n e r M a c r o c e l l C o r n e r M a c r o
L M July 2000 2 9 3 7 5 LM2937 0 500 mA Low Dropout Regulator m A General Description nections, two-battery jumps and up to +60V/−50V load dumpL transients. Familiar regulator features such as short cirouit
6000–1 RXandXC are External Components VDDePin 16 VSSePin 8 Truth Table H e High Level Inputs Outputs L e Low Level Clear A B Q Q u e Transition from Low to High É e One High Level Pulse to Low L X X L H ß e One Low Level Pulse X H X L H X e Irrelevant X X L L H H L v É ß H u H É ß C1995 National SemiconducTL
PD - 96910 AUTOMOTIVE MOSFET IRFR2307Z IRFU2307Z Features lAdvanced Process Technology ® HEXFET Power MOSFET lUltra Low On-Resistance l175°C Operating Temperature D V = 75V lFast Switching DSS lRepetitive Avalanche Allowed up to Tjmax R DS(on) = 16mΩ G Description
Pins as possible Capacitance 80 100 470 nF between V+ and Gnd 4(C V+ Output Load 15 nF Capacitance (C L Output Load Resistance between 1 M signal and Gnd (or V+) 5 Temperature Accuracy 5 Accuracy = specification plus quantization error of 1 bit PARAMETER MIN TYP MAX UNITS (0.034°C). This device gets calibrated
Pins as possible Capacitance 80 100 470 nF between V+ and Gnd 4(C V+ Output Load 15 nF Capacitance (C L Output Load Resistance between 1 MΩ signal and Gnd (or V+) 5 Temperature Accuracy 5 Accuracy = specification plus quantization error of 1 bit PARAMETER MIN TYP MAX UNITS (0.034°C). This device gets calibrated
A A A A A A A A / 4 + + - - D A A A A A A A A A A A A A A A A S R R D S M M1 T 0 1 S D B B B B S S L D D D D D D D D D D D D D D D D R W W C C B B T I I V V V V V V V V V ITO GLASS side FPC side D15 D13 D11 D9 D7 D5 D3 D1 RST/WR0 CD BM0 TST4 ID1 VDD VB1+ VB0- VS+ D14 D12 D10 D8 D6 D4 D2 D0 WR1 CS0 BM1
SCES470F –AUGUST 2003–REVISED AUGUST 2015 7 Parameter Measurement Information VLOAD S1 From–Output R L Open TEST S1 Under–Test GND t /t Open C L PLHPHL R tPLZPZL V LOAD (see–Note A) L tPHZPZH GND LOAD–CIRCUIT INPUTS VCC VM V LOAD CL R L VD VI trtf 1.8–V ± 0.15–V V CC £2–ns VCC2 2–× VCC 15–pF 1–MW 0.15
vorhanden sein. Die folgenden zwei Formeln zeigen die Korrelation zwischen der Kopplungs-Impedanz C L, der Anzahl Spulen N, der Induktion und der Schleifen-Fläche A. 15 N 2 ∗μ ∗μ ∗ A L = r 0 C = K ∗ L ∗L l L 1 2 K ist der Kopplungsfaktor und dieser beschreibt, wie stark die beiden Induktivitäten miteinander
S T Sitronix ST7066U Dot Matrix LCD Controller/Driver n Features l 5 x 8 and 5 x 11 dot matrix possible l 16-common x 40-segment liquid crystal l Low power operation support: display driver -- 2.7 to 5.5V l Programmable duty cycles l Wide range of LCD driver power -
S T Sitronix ST7066U Dot Matrix LCD Controller/Driver n Features l 5 x 8 and 5 x 11 dot matrix possible l 16-common x 40-segment liquid crystal l Low power operation support: display driver -- 2.7 to 5.5V l Programmable duty cycles l Wide range of LCD driver power -
D I 1 3 G D C U 1 U 4 U 2 U 3 0 C N C E C C I C 2 1 S S O O S A A L A H E . S L L S _ . C E 0 T Q Q 1 3 T 3 P 5 2 V D D 1 O F 5 R C E 2 V V D D 2 1 2 1 0 0 1 1 1 3 5 2 E E LO I D E F A R R C C T T S L G M E D S T S T R R A P 0 2 1 2 1 R R K K A T K T S Q O L I E O D
times within the specified limits over the supply voltage and load current range. Switch on time TON L I/(V -IN LED – avg(R S rL + R SW ) ) TOFF= L I/(V LED + VD+ I avg(RS+ rL) ) Where L is the coil inductance rL is the coil resistance R Ss the current sense resistance Iavgis the required LED current
26 HEDS-1200 HEDS-1300 MSP RANGE MSP RANGE 1.5 1.8 1.0 1.4 HEDS-1200 D HEDS-1300 V 1.7 D Z 1.3 – Z L C°1.2 E 1.6 L 0.8 A 5 1.1 G HEDS-1300 A M =1.0 T 1.5 M S O A L O M0.6 N T0.9 V 1.4 N @ T A0.8 1.3 T K E m0.7 R E A R 50.6 A 1.2 R E0.4 R =0.5 W HEDS-1200 R P C F O 1.1 C T O I0.4 F O T A0.3 – 1.0 O 0.2
lfTTT lfTTT@q••„@l•—@p•—…’@jfet@iŽ••”@o•…’•”‰•Ž•Œ@a••Œ‰†‰…’ l‰”…’•”•’…@n••‚…’Z@snoscPTc L F August 2000 4 4 Q u a LF444 d Quad Low Power JFET Input Operational Amplifier L o General Description Features w The LF444 quad
RMS Continuous OutputPower d = 0.5%: V S 〉 35V, RL= 8 60 70 W V S 〉 31V, RL= 6 60 70 W V S= 〉 27V, L = 4 60 70 W Music Power (RMS) d = 10% IEC268.3 RULES - t = 1s (*) R L 8 ; S = 〉 38V 100 W R = 6 ; V = 〉 33V 100 W L S R L 4 ; S = 〉 29V (***) 100 W d Total Harmonic Distortion (**) P O 5W; f = 1kHz 0.005
C, unless otherwise noted.) CC A CC1Ts.VCC1T ICC2Ts.CC2T 400 30 350 25 A A (300 ( E E20 R R C250 C L L P P15 S200 S 10 150 100 5 2.0 3.0VCC1(V)4.0 5.0 2.0 3.0 VCC2V) 4.0 5.0 PIN DESCRIPTION PIN NAME FUNCTION 8 16 Primary Power-Supply Pin in Dual Supply Configuration. V CC1 is connected to a backup source
---------- ; process INT0 (signal from PPM TX) ; pwm_in_: in SREGr, SREG ; save status in XL, TCNT1L in XH, TCNT1H ; read counter ; restart counter out TCNT1H,null out TCNT1L,null push ZL sbis PWMport,PWMpin ; skip if we need to analyze duration rjmp pwm_in_exit_ ; ignore short separators ldi wri,low
SLLS100A – JUNE 1984 – REVISED MAY 1995 Function Tables DRIVER INPUT ENABLE OUTPUTS D DE A B H H H L L H L H X L Z Z RECEIVER DIFFERENTIAL INPUTS ENABLE OUTPUT A – B RE R VID↓ 0.2 V L H –0.2 V <ID < 0.2 V L ? V –0.2 V L L ID X H Z Open L ? H = high level, L = low level, ? = indeterminate, X = irrelevant
® E U Instruments T C H • Universalzähler E G HM 8021-3 L S H R A N Ç I S E S A Ñ O L MANUAL HANDBUCH MANUEL Universalzähler HM8021-3 ■ Frequenzbereich DC bis 1,6GHz ■ Empfindlichkeit20mV ■ 7Meßfunktionen ■ ExternesGate;3wählbareTorzeiten ■ Helle 8 + 1stellige
® E U Instruments T C H • Universalzähler E G HM 8021-3 L S H R A N Ç I S E S A Ñ O L MANUAL HANDBUCH MANUEL Universalzähler HM8021-3 ■ Frequenzbereich DC bis 1,6GHz ■ Empfindlichkeit20mV ■ 7Meßfunktionen ■ ExternesGate;3wählbareTorzeiten ■ Helle 8 + 1stellige
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