diode. 7. Notes Refer to the attached sheet- 1-1, 2. Ta=25”C l 1 Forward current Collector current Ic 50 mA *l Collector power dissipation PC 150 mW *l Total power dissipation Ptot 200 mW *3 Isolation voltage viso 5 kVrms Operating temperature Topr -30 to +lOO ‘C Storage temperature Tstg -55 to +125 “C
Coordinate X cx 65 mA 0.33872
Chromaticity Coordinate Y cy 65 mA 0.34592
Luminous Flux Φv 65 mA 32 36 lm
Forward Voltage VF 65 mA 2.8 3 V
Correlated Color Temperature CCT 65 mA 5000 K
Color Rendering Index CRI 65 mA 80 85
Viewing Angle Phi 0° 2θ50% 65 mA 120 °
1 + [2 +9V 4,Sstellige LCD-Anzeige Damit unerwünschte Frequenzeinstreuun 16V 4p7 gen, besonders im 50-100 Hz-Bereich I wirksam unterdrückt werden, besitzt die Schaltung einen quarzgesteuerten Taktos R1 02 R6 zillator. Dieser wird mit dem im IC 1 in tegrierten Inverter in Verbindung mit ox 16 R 12, C2
1N4148 SMD MINI-MELF D9 1N4148 SMD MINI-MELF IC1 FT232BM LQFP32 FTDI FT232BM IC2 93-C46BSN SO-08 IC3 LM317LM SO-08 LM317LM - 27/32- Amadeus USB Programmer for PIC and AVR Position Value Package Comment/Reichelt ordercode PIC18F242 (or PIC18F252 might be interesting for Updates) Important: If you are recycling
The simplest and most efficient broadband output transformers have an impedance ratio of 4:1. With a 50 Ω load, the drain-to-drain load as seen through the transformer is 12.5 Ω. Rearranging the formula and solving for Vdd gives 66V for this case. � 𝑃𝑜 𝐿 𝑉𝑑𝑑 = 2 The breakdown voltage of the VRF2944
short, fixed off time between activation of lamp life starting condition. NDR or PDR. Vdd 16 REF 2.50V IBIAS POFF 1 & REFERENCE HCLMP 2 Vset RT +Vmax=2.6V-Vset Vmax + RAMP V>Vmax -- -> Vmax COMP. 15 - V Vmin<V<Vmax ->V - LCLMP V<Vmin -- ->Vmin L + 2.5V P COMP 3 P - Vmin C PULSE GEN (fix value) P R +
C34 DU2C EN/UVLO PID 1 4µ7 - PTSV912IQ2T A 470k FB 3 RFB R22 M 33 V VAA A D C11 - 2 1 R 4 9 N 1M 4µ7 50V R51 J3 R32 C32 G 100k 1 1M 4µ7 R31 2 LT8300MPS C Iprop PWM Servo Input 1M VIN- C J8 Mid2 Sum Isolated Flyback Converter X X X cs3 1 C31 GNDA E T R Direct input range: 6 - 100 V cs2 Chinch, AUX 1µ 16V
d_V_supply_OPV
tolerance 4% ?
35,0 [nA] input bias max @25C
6,0 [nA] input offset current incl drift
50 OPV Bias [nA] input bias maximum values
0,004 V Offset [V]
12 [uV/K] Temp_Offset
0,00075 V CMRR
0,00063 V PSRR
OFFSET sum [V] nom imin imax min max
GAIN sum [V] nom imin imax min max
APPL sum [V] nom imin imax min max
OFFSET sum [V] nom imin imax min max
LM2904B
OBSOLETE LMX1600,LMX1601,LMX1602 www.ti.com SNAS017F –MARCH 1998–REVISED APRIL 2013 LM X16002.0G H z/500M Hz,LM X16011.1G H z/500M H z,LM X16021.1G H z/1.1G H z PLLatinum ™LowC ostD ualFrequencySynthesizer Check for Samples: LMX1600, LMX1601, LMX1602 FEATURES DESCRIPTION •3 V CC= 2.7V
yellow BYM12-300 green brown RGL41J red green BYM12-400 green yellow RGL41K red blue BYM12-50 green gray RGL41M red violet BYM13-20 orange gray SGL41-20 orange gray BYM13-30 orange red SGL41-30 orange red BYM13-40 orange orange SGL41-40 orange orange BYM13-50 orange yellow SGL41-50 orange yellow
yellow BYM12-300 green brown RGL41J red green BYM12-400 green yellow RGL41K red blue BYM12-50 green gray RGL41M red violet BYM13-20 orange gray SGL41-20 orange gray BYM13-30 orange red SGL41-30 orange red BYM13-40 orange orange SGL41-40 orange orange BYM13-50 orange yellow SGL41-50 orange yellow
yellow BYM12-300 green brown RGL41J red green BYM12-400 green yellow RGL41K red blue BYM12-50 green gray RGL41M red violet BYM13-20 orange gray SGL41-20 orange gray BYM13-30 orange red SGL41-30 orange red BYM13-40 orange orange SGL41-40 orange orange BYM13-50 orange yellow SGL41-50 orange yellow
yellow BYM12-300 green brown RGL41J red green BYM12-400 green yellow RGL41K red blue BYM12-50 green gray RGL41M red violet BYM13-20 orange gray SGL41-20 orange gray BYM13-30 orange red SGL41-30 orange red BYM13-40 orange orange SGL41-40 orange orange BYM13-50 orange yellow SGL41-50 orange yellow
Gate to Emitter Voltage 30 V Collector Current @ TC= 25 C 100 A C o Collector Current @ TC = 100 C 50 A LM (1) Pulsed Collector Current @ TC= 25 C 150 A CM (2) Pulsed Collector Current 150 A o F (3) Diode Forward Current @ TC= 25 C 40 A Diode Forward Current @ TC= 100 C 20 A FM (2) Pulsed Diode Maximum
R1. Maximum supply voltage 16v - 18v Current consumption approx 10mA Output Current sink @5v = 5 - 50mA @15v = 50mA Output Current source @5v = 100mA @15v = 200mA Maximum operating frequency 300kHz - 500kHz Faults with Chip: Consumes about 10mA when sitting in circuit Output voltage can be up to 2.5v
von 50. Reihe Das Tiefpaßfilter sorgt dafür, daß die höheren (1 - 1,5 - 2,2 - 3,3 - 4,7 - 6,8 -). Der Frequenzen, auch die Oberwellen der 50Hz- größte Wert darf nicht größer als 2,2µF Netzfrequenz unterdrückt
▯▯▯▯▯▯▯▯▯▯▯▯▯ ▯▯▯▯▯"▯#"▯▯ $▯$ %’%▯ ()*▯▯+,,-▯$#▯.▯ ▯/+▯’&()*▯$,,-$#▯.▯ ~e nt[^ ~o ooc Y sX _t‘ ZSk lm ~ q[_[| ry c ‘ r_ [rho [ wf]io Z ln^m ag^ Xuu p[p[| Y^X uu k[]hd Y f W Y^XSS uue Xuue k eh^km^ Y k euuel nopggdrnem^ Y k s^ XSSe RSTUUVWXY 0 ▯▯ 56▯7651▯57:▯5▯1565▯;4▯<18▯:▯ 45>922▯12<8A 50 B"▯)CD E▯98
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
