TA = + 25 °C ⎯ 100 500 µA RTC : *8 Power CCH VDD5R T A = + 105 °C ⎯ 0.5 2.4 mA *7 supply 4 MHz mode current TA = + 125 °C ⎯ 1.1 5.4 mA TA = + 25 °C ⎯ 50 250 µA RTC : *8 MB91- TA = + 105 °C ⎯ 0.45 2.2 mA 100 kHz mode *7 F467Dx *9 TA = + 125 °C ⎯ 1.05 5.2 mA 32 kHz mode External
NMEAReferenceManual SiRF Technology, Inc. 148 East Brokaw Road San Jose, CA 95112 U.S.A. Phone: +1 (408) 467-0410 Fax: +1 (408) 467-0420 www.SiRF.com 1050-0042 January 2005, Revision 1.3 SiRF, SiRFstar, and SiRF plus orbit design are registered in the U.S. Patent and Trademark Office. This document contains
source between optical input(+) and * * optical input(-) with voltage representing * * irradiance (1 mV represents 1 mW/cm2) * * For default (no light), set both optical inputs to * * ground (0) = 0VDC * * base: * * for default, connect base node via R=10G to GND(0)/Emitter * *------------------------
λD(nm) λD(nm) Rank Condition Rank Condition Rank Condition Min Max Min Max Min Max 5 617 621 4 464 467 7 518 521 6 621 625 IF=10mA 5 467 470 IF=10mA 8 521 524 IF=10mA 7 625 629 6 470 473 9 524 527 1A 527 530 Tolerance:±1nm ◆ IV Rank RED BLUE GREEN IV(mcd) IV(mcd) IV(mcd) Rank Condition Rank Condition Rank Condition Min Max Min Max Min Max U 500 650 T 385 500 ZA 2300 2900 IF=10mA IF=10mA IF=10mA V 650 845 U 500 650 ZB 2900 3500 Tolerance:±15% Page:6 of 9 ◆ CAUTIONS : 1.Storage 储存 • 1 Storage condition before opening the package: 5℃~30℃, the largest percentage relative humidity
Tabelle1 gram mAh Volt Mm^3 mWh mWh (Corr) uWh / mm^3 MJ pro L mWh /gr MJ pro Kg mWh pro ct Hersteller Name Preis VPE Durchm Heöshser Gewicht Strom h Spannung KorrekturfaVkotlourmen Kapazität Echte Kapa. Energiedichte
NMEAReferenceManual SiRF Technology, Inc. 217 Devcon Drive San Jose, CA 95112 U.S.A. Phone: +1 (408) 467-0410 Fax: +1 (408) 467-0420 www.SiRF.com Part Number: 1050-0042 Revision 2.1, December 2007 SiRF, SiRFstar, and SiRF plus orbit design are registered in the U.S. Patent and Trademark Office. NMEAReferenceManual
R CSH= 12.4k: R = R =1k : HSP HSN (107) 4. INDUCTOR RIPPLE CURRENT Solve for L1: L1= VIND = 24Vx0.467 =32 PH ’iL-PPxfSW 700 mA x501kHz (108) The closest standard inductor is 33 µH thereforeL-PPis: V IN 24Vx0.467 678mA ’iL-PP= L1x fSW =33PHx501kHz = (109) Determine minimum allowable RMS current rating
tantalum. extended ranges of both the tantalum and ceramic technologies. 100 s Ceramics Tantalums m 10 Case Sizes 0603 (1608M) R - 0805 (2012M) ( TAJB475M016 0805 (2012M) A - 1206 (3216M) R 1206 (3216M) B - 1411 (3528M) E 1 Tantalum ESR Tant. Imp. & 1210 (3225M) C - 2412 (6026M) n 0.1 Ceramic Imp.
load at output −0.3 VOL Output Low Voltage 0.3 V I C Bus Ron Output Impedance SCL, SDA 60 Ω Iload 5 mA, VSUPD = 2.7 V Analog Supply I Current Consumption AVDD0/1 8 11 mA PWMD = 0, Mute AVDD Analog Audio, SEL_53V = 0 1.5 mA PWMD = 1, Mute SEL_53V = 1 11 15 mA PWMD = 0, Mute 2 mA PWMD = 1, Mute PSRR AA
Tracker Datei Bearbeiten Video Track Koordinaten Fenster Hilfe Masse A m 1,000 kg Track Kontrolle Neu Masse A f = 0.30 Hz Masse A (t, x) x (m) t (s) Masse A (t, y) y (m) t (s) Masse A (t, vy) vy (m/s) t (s) Daten t (s) x (m) y (m) 0,000 1,937E-3 -0,186 0,033 2,905E-3 -0,171
Tracker Datei Bearbeiten Video Track Koordinaten Fenster Hilfe Masse A m 1.000 kg Schritt 19: x -0,318 m y -1,305E-3 m r 0,318 m -179,8° 180 170 160 150 140 130 120 110 100 0 0,1 0,2 0,3 0,4 0,5 0,6 t (s) Masse A (t, θ) t=0,634 s θ=180,2° Daten t (s) θ Masse A Position ausgewählt
Symbol Parameter Units Min Typ Max Notes VDD_ac VDD Supply Voltage V VID_VDD VID_VDD VID_VDD + 1 –140mV 150mV VID_VDDNB VID_VDDNB VDDNB_ac VDDNBSupply Voltage V VID_VDDNB 1 –140mV + 150mV Notes: 1) The voltage set-point must be contained within the DC specification in order to ensure proper operation.
Grafik-LCD NAN YA LMAJ6R002AP Best.Nr. 120 467 Internal Pin Connection Pin Symbol Level Function 1 FGND --- Frame Ground ( 0 V ) 2 VSS --- Ground (GND) 3 VDD --- Power Supply for Logic (+5.0 V) 4 VEE --- Power Supply for LCD (- V ) 5 WR --- Data
. 136~273 47 m × 85 m PAD No. 274 73 m × 85 m PAD No. 275 85 m × 73 m PAD No. 276~308 85 m × 47 m PAD No. 309 85 m × 73 m Bump Height 17 m (Typ.) Chip Thickness 625 m 8–4 EPSON SED1565 Series SED1565* ** Pad Center
05 10 • Fax ++49 30 / 753 10 78 E-Mail: mail@shf.biz • Web: http://www.shf.biz Conversion of dBm to mW, V , V and V : eff p pp P dBm 10 P dBm 10 log 10 P 1mW ð P/mW 10 P V /R 2 ð V P R eff eff For sinusoidal signals: V 2 V and V 2 V peak eff pp peak For sinusoidal signals and for R = 50 Ω the following table can be used: P [dBm] P [mW] Veff [V] Vp [V] Vpp [V] P [dBm] P [mW] Veff [V] Vp [V] Vpp [V] -30 0.001 0.007 0.010 0.020 0 1.000 0.224 0.316 0.632 -29 0.001 0.008 0.011 0.022 1 1.259 0.251 0.355 0.710 -28 0.002 0.009 0.013 0.025
80 100 Id (mA) Id (mA) Figure 24. Gain vs. Id (500 MHz). Figure 25. NF vs. Id (500 MHz). 40 30 3V 3V 5V 5V 35 25 ) m B30 B 20 ( ( I d O 25 P 15 20 10 15 5 0 20 40 60 80 100 0 20 40 60 80 100 Id (mA) Id (mA) Figure
Beta Wert 25/85 K 3976 Toleranz des Betawertes 25/85 % +/- 0.5 Dissipationskonstante in Luft (still) mW/°C 2 Arbeitstemperaturbereich °C -40 bis +125 Epoxy Wärmeleitfähigkeit W/(m.K) 1,7 Abemessungen in mm 11.73 max. L = 240 mm +/- 5 mm L 5 mm +/- 1 mm 4 mm +/- 0.1 mm A A = M4 Loch 2 0 2 s e u r p e _
/ 128L; if (angle_m8 < 0) // Check if angle is negative { angle_sign = -1; // Set angle_sign to negative angle_m8 = -angle_m8; // Make angle positive } angle_m8 %= (8L * 360L); // bring angle into interval from 0 to (8
No. D B (0, 0) 134 275 135 274 Chip Size 10.82 mm × 2.81 mm Chip Thickness 0.625 mm Bump Pitch 71 m (Min.) Bump Size PAD No. 1~24 85 m × 85 m PAD No. 25~82 64 m × 85 m PAD No. 83~99 85 m × 85 m PAD No. 100 85 m × 73 m PAD No. 101~133 85 m × 47 m PAD No. 134 85 m × 73 m PAD No. 135 73 m × 85 m PAD No
Units Input Supply V IN Input Voltage Range (VIN 6.0 37.0 V IS Supply Current LX Pin = open 1.2 1.75 mA ISD Shut Down Current VEN = 0V; TJ= from -40ºC to 85ºC 0.05 5 µA UVLO VINVLO Threshold VINinsing 3.2 4 4.5 V UVLO HYS VINVLO Hysteresis 500 mV VCC Supply VCC V Output Voltage V = V = 12V, I = 10mA 4.5
production protection voltage current voltage Temperature • Conform to EN 61558 115V/230V Reference V mA V °C Approval under process mA UI 39 x 8 10 VA • UL 506 approved 125/63 45037 2 x 6 2 x 833 2 x 8,2 T 50 B 125/63 45038 2 x 9 2 x 555 2 x 12,3 T 50 B 125/63 45039 2 x 12 2 x 416 2 x 16,4 T 50 B 125/
voltage VDD --- 5.2 V --- R/G/B port VDS,MA --- --- 26 V --- pressure X DOUT conect IDOH --- 49 --- mA ground, the DOUT drive maximum drive current capability DOUT conect IDOL --- -50 --- mA +, the largest current VIH --- 3.4 --- The signal input VDD=5.0V flip threshold VIL --- 1.6 --- The frequency FPWM --- 1.2 --- KHZ --- of PWM Static power consumption IDD --- 1 --- mA --- The dynamic parameters (Ta=25 C): Symb Typic Parameter ol Min al Max Unit Test conditions The speed of data fDIN --- 800 --- KHZ The duty ratio of transmission 67% (data 1) DOUT TPLZ --- --- 500
e LeLev e e als oas e ee o,si foie> 3 f k ,se M o oisist t r i s agr-ph l nin FaR H.g ,ard D -03 b ln M M o ois l lfh v app. Ifw ih 10% ba toret. J- T (i ea a r s M S hef ltw,tem e d ant uirdciotm ed,E C 1 Y Ye eouer 1.2.A rbod yM ou ed eiy irrnqu
gdeee b untwh k ep at eL L evevelel6 d e rbfl bn e e s e m10% rba ald istuturer L Le v eal oas e ee o,si foie> 3 o k ,sf M o oisistut r s graih nila FlR H.g ,ard D -03 b ln M M o ois lflfhisvapp. Ifw i 0% a toret.hb -ST (i e ar r s M S heferow tem e d ant 1irdciotm
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
