Response for Discontinuous Mode VIN 20V, VOUT 5V, LOAD 250 mA to 750 mA V = 20V, V = 5V, I = 250 mA to 750 mA L = 68 µH, COUT = 120 µF, COUT ESR = 100 m IN OUT LOAD L = 22 µH, COUT =220 µF, COUT ESR = 50 m DS012565-19 DS012565-20 A: Output Voltage, 100 mV/div. (AC) A: Output Voltage, 100 mV/div. (AC) B: 250 mA to 750 mA Load Pulse B: 250 mA to 750 mA Load Pulse Horizontal Time Base: 100 µs/div. Horizontal Time Base: 200 µs/div. 7 www.national.com Test Circuit and Layout Guidelines Fixed
features of the LEA-4x series LEA-4A, LEA-4H, LEA-4M, LEA-4P, LEA-4R, LEA-4S, L A-4T - Data Sheet GPS.G4-MS4-0614 -1 Page 3 your position is our focus 1.3 Block Diagram GND RF_in ATR0610 SAW-Filter GND A D XTO V_ant ATR0601 23.104 MHz c C AADET_N P0 RF_ON
(example) Dynamic Capability Maximum Velocity: 200km/h Maximum Acceleration: 19.6m/s 2 Time To First Fix (no signal loss) HOT START: 8sec. typical WARM START: 33sec. typical COLD START: 40sec. typical Re-acquisition Time: 3sec. (within 5 sec. block out) DGPS Capability: RTCM SC-104
(example) Dynamic Capability Maximum Velocity: 200km/h Maximum Acceleration: 19.6m/s 2 Time To First Fix (no signal loss) HOT START: 8sec. typical WARM START: 33sec. typical COLD START: 40sec. typical Re-acquisition Time: 3sec. (within 5 sec. block out) DGPS Capability: RTCM SC-104
ow_search(unsigned char RomCommand,unsigned char FoundROM[][8],unsigned char family) { unsigned char m; if (!ow_reset()) // Beginnt wenn Presence erkannt { if(ow_first(RomCommand)) // Beginnt wenn der letzte { // Sensor gefunden ist numROMs=0; do { for (m=0;m<8;m++) { FoundROM[numROMs][m]=ROM[m]; // ROM
chip η 0.90 Electro Quantenausbeute des Chips ns (λ = 850 nm) /Photon Open-circuit voltage V O 420 mV Leerlaufspannung (≥ 350) (Ev= 1000 lx, Std. Light A) Open-circuit voltage V O 370 mV Leerlaufspannung (≥ 300) (E = 0.5 mW/cm , λ = 870 nm) e Short-circuit current ISC 80 µA Kurzschlussstrom (Ev= 1000
A6 SIGNAL PROCESSOR 2 of 2
From Sheet 1 of 2
From GATE XL-37a
CONTROL BUS TB125A, TB105A, IB1/mA
ADDRESS BUS B461 - B465
DATA BUS B041 - B045
From Sheet 1 of 2
RESIN XL-4a
RESET
VBAT
R5 4.7k
RES1
RESET A
HALT A
U3
U4
U40
U41
U42
U43
U44
U45
U46
U47
U48
U49
U50
U51
U52
U53
U54
U55
U56
U57
U58
U59
Size(mm/inch) Temp.Chara. Cap.Value Cap.Tol Rated Volt. Durability [Vdc] (%Rated Volt.) GRT31C5C1E104JA02 3216M/1206 C0G 0.1uF +/5% 25.0 100.0% 1. Dimension 3. Impedance/ESRFrequency Equipment:Impedance/Network Analyzer ] [ S / c L W T n 3.2+0.2/0.2 1.6+0.2/0.2 1.6+0.2/0.2 d p I 2. Capacitance,
j 0107 k 0108 l 0109 m 0110 n 0111 o 0112 p 0113 q 0114 r 0115 s 0116 t 0117 u 0118 v 0119 w 0120 x 0121 y 0122 z 0123 { 0124 | 0125 } 0126 ~ 0127 0128 0129 0130 0131 0132 0133 0134 0135 0136 0137 0138 0139 0140 0141 0142
ABSOLUTE MAXIMUM RATINGS . I T E M OPERATING STORAGE REMARK MIN . MAX . MIN . MAX . AMBIENT TEMPERATURE - 2 ° C 7 ° C - 3°0 C 8 0°C NOTE ( 2 ) , ( 3 ) WITHOUT HUMIDITY 9 0 % RH 9 0 % RH CONDENSATION 4 . 9 m /s 1 9 . 6 m /s VIBRATION
Abbildung 2-4 V3,5 Baureihe SL-700 Typisches Verhalten des wurden mit ½AA-Zellen der Baureihen SL-300 und M Spannungssackes als SL-700 gemessen. (3,0 Funktion der Lagerdauer In Bezug auf den Spannungssack verhält sich die Bau- m2,5 für zwei Baureihen. reihe SL-500 wie SL-300, während sich die Baureihe u SL-800 wie SL-700 verhält. n2,0 Entladung bei 25°C mit m dem 100-s2ündigen Strom s1,5 (2 mA/cm ). Batterie-Ausfallanzeige n Die Daten wurden mit der Bei kontinuierlicher Langzeitentladung steigt der Innen- n1,0 ½AA-Größe bei 330 Ω a Baureihe SL-300 widerstand
endurance airship ExpeRiment (ETHER) program powered a blimp at 2.45 GHz Flew 3-4 minutes at 50 m altitude, precursor to a 70,000 ft altitude airship Dual-polarized rectenna 3 m x 3 m 16.5 m hull length 1200-Element Rectenna 6.6 m maximum diameter 10 kW 3m diameter dual- polarized transmitter Distribution
Solomon Systech BLOCK DIAGRAM . RES# r . COM39 CS# v . COM38 D/C# r . E (RD#) r n . d o . | R/W#(WR#) o m BS2 e o . BS1 M D C . COM1 BS0 A l . COM0 c D c . C r D S . M t G r D7 I G D6 D5 D4 D3 . D2 r . v . D1 r . SEG0 D0 t | e . SEG127 m . e . S . . . VDD . V SS . e o o . d o y t a n n s . COM40 a e a l i r o o o e . COM41 m o c i i n v t C t r . m e s D T e C e g e D C D O G - n l r o . D co V C m . | m . C . COM78 . COM79 . f S L S D B B R F E r C M R R L P M C C G D S G E b V C V I V A G V V R V V L B S V Figure 1 - Block
CE= 2 V,CI = 1.5 mA Fopt 2.0 dB ZS= ZSopt f = 450 MHz Fopt 1.1 dB V = 2 V, I = 0.5 mA CE C Power gain VCE = 3 V,CI = 1 mA, f = 945 MHz G peatFopt 10.5 dB V = 2 V, I = 1.5 mA, f = 945 MHz G atF 12.0 dB CE C pe opt VCE = 2 V,CI = 0.5 mA, f = 450 MHz G pe F opt 11.5 dB Collector current Tor f max V = 2 V, f = 500 MHz I 3 mA CE C Real part of input impedance VCE = 3 V, f = 945 MHzC I = 1 mA Re(h11e 50 W VCE = 2 V, f = 945 MHzC I = 1.5
Single-Ended I/O’s • 802.11a & HiperLAN WLAN Output Power: -2 dBm T • Fiber Optic Single DC Supply: +3V @ 62 mA M 2 S • Cellular / 3G Infrastructure 9 mm Ultra Small Package: SOT26 - S R O Functional Diagram General Description T C The HMC434(E) is a low noise Divide-by-8 Static E Divider utilizing InGaP GaAs
/600R/200mA(201209-601) FB0805/600R/200mA(201209-601) SD_D2/USART3_TX/SPI3_SCK 9 10 STAT3/CS_UEXT M 100nF 2 R 2 2 M M M M 2 0 C17 100nF C18 100nF R R R R R R R R R 1 2 H H H H H OUT VSS U16 BH10S T T T T T E 3.3V
/ [ / 45 / ] ] ]S 1 [ [ EE E E A D DC I [ [ 7 T R X X LK O S A L/ S I O ] _D 9 3 N NE E N N E_ [ R M R 11 A [ [ [B C M M CC C C T ]] E ] T T 1 IC9 GND 1 1 ] ] SS I O S /D / / / [ X] 0 0 ] ]/ [ ] ] EE M P W W MM C M P P] ] W W RR R R I [2 N 1 M M P MIC5205 -4.0YM +4V_SWI R / 0 [ /K / / 2 2T D S D P S2
LCDBLEN PIU13030A 4 Q10_1001 PIC10281 PIC1027 PIC1026FPIC1025F PIC10241PIC1023F PIC106 PIC105 PIC104F PIL100102 PIL10101 PIU10030GND Y PIU10030PIR101PIR1017PIQ10010S8050LT1 R10_222 SN74LVC1G04 R10_171 2 E PIR1020PIR1020+3.3D 1K at 100MHz 300mA GND 1k PIC1022003 E S O G 10k +3.3D +3.3D +1.30D C D B
/643 M54HCXXXF1R M74HCXXXM1R M74HCXXXB1R M74HCXXXC1R DESCRIPTION The M54/74HC245, HC640 and HC643 utilise All input are equipped with protection circuits silicon gate C2MOStechnology to achive operatagainst
- - 1 st Issue 1999. 8.30 ＬＣＹ－９９０７３A 17 Outline dimensions Changed 2000. 4.18 ＬＣＹ－９９０７３B 13 11-1 : M2.6 Tapping screw → M3 Tapping screw ＬＣＹ－９９０７３B－1 These specification sheets are the proprietary product of SHARP CORPORATION ("SHARP) and include materials protected under copyright of SHARP. Do not
Test Conditions Min. Typ. Max. Unit V CC Supply Voltage 4.5 7 V I Quiescent Supply Current V = 7V 25 mA CC CC COMPARATOR SECTION Symbol Parameter Test Conditions Min. Typ. Max. Unit VIN Input Voltage Range Vsensenputs –0.3 3 V VIO Input OffsetVoltage VIN 1.4V 〉 5.0 mV I Input OffsetCurrent 〉200 nA IO
Units Optimized Accuracy Range I –5 – 5 A P Sensitivity Sens Over full range oP,IAT = 25°C 180 185 190 mV/A Noise V Peak-to-peak, A = 25°C, 185 mV/A programmed Sensitivity, – 21 – mV NOISE(PP) CF = 47 nF, OUT = open, 2 kHz bandwidth T = –40°C to 25°C – –0.26 – mV/°C Zero Current Output Slope ∆V A OUT(Q)
Conditions Min Typ Max Unit V IN Input Supply Voltage 4.5 40 V -1% 1% V VOUT Output Voltage Accuracy IOUT=10mA -2% 2% V IQ Quiescent Current 4.5 8 μA IOUT Output Current 150 200 mA Dropout Voltage IOUT=10mA ΔV = - V *2% 60 mV OUT OUT V DROP OUT=100mA 600 mV ΔV OUT= - VOUT *2% V LR Load Regulation 1mA ≤ I ≤ 100mA 20 mV OUT V SR Line Regulation IOUT=1mA, 0.08 %/V V INV OUT +4V) to 45V Power Supply Rejection Freq=100Hz 60 dB Ratio PSRR (Vin=10V, V PP.5V, Freq=1KHz 50 dB Iout=1mA) Freq=10KHz 40 dB LIMIT Current Limit
/*********************************************************** LCD-Routinen für Samsung 2138a mit M50530-Controller 24 x 8 Zeichen Copyright 2003 by Daniel Jelkmann Zur Ansteuerung wird der 4Bit-Mode verwendet. Neben den 4 Datenleitungen (Data0-3) werden 4 weitere Steuerleitungen (Read/Write, Execute
0,248 6,60 0,0346 0,20 44,2 0,142 0,225 6,28 0,0314 0,19 49,0 0,122 0,203 5,97 0,0284 0,18 54,6 0,104 0,182 5,65 0,0254 0,17 61,2 0,0872 0,162 5,34 0,0227 27 K C ° D F t C e l 1 1 2 2 m r n a A 5 8 0 5 3 4 m t W c e 1 d N 0 0 r h D 0 t , 0,0,0 , 1 , 0,0,0 , 0,0 , 0,0 , , , 1 , 0,0,0 , 0,0 , 0,0 , ,
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
Bild
