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
/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
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
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
AUDIO CLOCK TIMER 300M 01-3304 IC101 TERMINAL ASSIGNMENTS COMMON 1 COM 2 COM 3 COM 4 COM 5 COM 6 COM 7 COM 8 COM 9 COM 10 COM 11 COM 12 COM 13 COM 14 COM 15 COM 16 COM 17 COM 18 COM 19 COM 20 COM 21 COM 22 COM 23 COM 24 COM
- - 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
/*********************************************************** 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
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
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 , ,
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)
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)
- Lange Expositionsdauer ≥ 10 s a g Wellenlänge [nm] n Dauer [s] n f 10 - 10 2 10 - 10 4 10 - 3 · 104 Ö -2 UV-C 180 - 280 H = 30 [J m ] 280 - 302 -2 303 H = 40 [J m-2 304 H = 60 [J m ] 305 H = 100 [J m ] -2 306 H = 160 [J m-2 307 H = 250 [J m ] 308 m H = 400 [J m ] UV-B m -2 309 , H = 630 [J m ] 310
Environmental conditions Parameter Value Shock 1,500G Peak (JESD22-B110) Vibration 50G Peak (MIL-STD-883H M2007.3) Humidity (Temperature Humidity Bias) 85°C, 85% RH, V max , 1000 hours (JESD22-A101) Temperature Cycling -40°C to +125°C, 500 cycles (JESD22-A104) High Temperature Biased Life 125 °C, 1000 hours
at 32 BREAKPOINT REGISTER STRUCTURE user definable points (breakpoints) that occur roughly every 37mV. This allows the device to approximate a Break Point Voltage Field wide range of charging lines; it is not limited to constanthe break point voltage field specifies the range of bat- current or even
gewerbliche (einschließlich Landwirtschaft) Arbeitsräume ▯ 1 Flasche bis zu 33 kg Füllgewicht je 500 m oder ▯ 2 Flaschen bis zu 14 kg Füllgewicht je 500 m3 oder ▯ 8 Flas3hen je bis zu 14 kg Füllgewicht je 500 m bei Hand- und Bunsenbrennern mit ständiger Beobachtung oder ▯ 8 Flaschen je 500 m , sofern
S b u o D r E E C r e e S S b T c2 u n e a i e ® n F B ( o H i f f a n f a l c s M M t r mr e e m m A N a u ® T( l a s l l o e u a ( M y ( c o o a a o p e a e r W P r f f i i T T o C o N h h T a h S V W M o C g M R p e r ( ( p G ( a p r e o ) t i d e e X l t i i L p / T c R O a u uc
S b u o D r E E C r e e S S b T c2 u n e a i e ® n F B ( o H i f f a n f a l c s M M t r mr e e m m A N a u ® T( l a s l l o e u a ( M y ( c o o a a o p e a e r W P r f f i i T T o C o N h h T a h S V W M o C g M R p e r ( ( p G ( a p r e o ) t i d e e X l t i i L p / T c R O a u uc
S b u o D r E E C r e e S S b T c2 u n e a i e ® n F B ( o H i f f a n f a l c s M M t r mr e e m m A N a u ® T( l a s l l o e u a ( M y ( c o o a a o p e a e r W P r f f i i T T o C o N h h T a h S V W M o C g M R p e r ( ( p G ( a p r e o ) t i d e e X l t i i L p / T c R O a u uc
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