uσ K 1 L σ T1 iL C GD,1 C DS,1 L Cp uL RL Z C C GS,1 U Z K 2 Z ϕ S T2 ugd,2 iD,2 C C GD,2 DS,2 R L iGD,2 iG,2 G,2 G,2 K3 i GS,2 uRG,2 uLG,2 CGS,2 uDS,2 uTr,2 iS,2 uGS,2 ugs,2 L S,2 uLs,2 Abbildung 2.11: für die
37 R/W R R R G R B Y B b L/G B 21 R/W B S P W/Y W/B W G B B R/G 31 B/L B/L Y/LG/L R/W B/L P L / / W W W B W W B/W R/W 76 Br/L R/W /r W L/Y L W/Y L/W W/GW/L 16 B E B B B B B/L B/L Br/W P/W E 22 r Br/B/L B/L B/L Br/W B Y W/L 77
navigational accuracy and high-efficiency connectivity in a compact, robust design including dual-band GNSS L1/L5 for precision navigation, 5G/4G MIMO cellular (600-6000 MHz), and high-bandwidth Wi-Fi (2.4/5 GHz).
Antenna Type: Combination | Dims: 39 x 350 x 79 mm
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CD 287 GC Series 4000 - 10000h at 105°C longer life CD 269 PH CD 269L HL · Low Impedance · High Ripple Current 125°C · SMPS, UPS 85°C smaller CD 110 PT CD 287 GC CD 28L QL lower ESR longer life CD 281 LL longest liCD 281L LH Item Characteristics Operating Temperature Range
: Netzteil- Buchsen- 47 3 1Watt 100n 10u -4V Schaltung des ELV- 2 IC3 1 ker 25V Hitzdraht-Anemome- 79L12 ters 002183304A Zuerst werden die Anschlussbeinchen Zum Anschluss der beiden Ausgangs- der1-%igenMetallfilmwiderständeaufRa- TelefonbuchsenwerdenzweiLötstiftemit Stückliste: stermaßabgewinkelt,vonderBestückungs
: Netzteil- Buchsen- 47 3 1Watt 100n 10u -4V Schaltung des ELV- 2 IC3 1 ker 25V Hitzdraht-Anemome- 79L12 ters 002183304A Zuerst werden die Anschlussbeinchen Zum Anschluss der beiden Ausgangs- der1-%igenMetallfilmwiderständeaufRa- TelefonbuchsenwerdenzweiLötstiftemit Stückliste: stermaßabgewinkelt,vonderBestückungs
6 7 8 LCD_Data_22 11 R5 U2 LCD_Data_23 12 R6 LCD_Data_8 13 R7 R1 D D D D D D D D D D D D D D D D D L I I I I I I I I I C C C C C C C C C LCD_Data_9 14 G0 10K D D D D D D D D D D D D D D D D D D D D D D D D D D D L L L L L L L L L LCD_Data_10 15 G1 V V V V V V V V V V V V V V V V V D V V V V V V V V
PIU40C8 IO_L11nNC PIU40G8 NC PIU40F8 GND 0 IO_L33p_0 PIU40B8 k IO_L33n_0 PIU40A8 a . IO_L34p_0_GCLK19 PIU40D9 B 3 IO_L34n_0_GCLK18 PIU40C9 IO_L35p_0_GCLK17 P I U 4 0 B 9 IO_L35n_0_GCLK16 P I U 4 0 A 9 IO_L36p_0_GCLK15
89PR200 ea m VRl BECKMAN IND.JAPAN LTD. 78 M.D.V.R. 200 Q 687A-200B ea 1 \R2 RAPID ELEC.CO.,LTD. KOREA 79 POSISTOR 1.5K0 B59886 ea SIEME.NS COMPONENTS PTE.LTD B 80 JACK TERMINAL M-3850 ea ILSHIM PRECISION CO. KOREA HHI SAMSUNG DISPLAY DEVICES 81 LC.D, LS - 0725A ea 1 CO. LTD. KOREA 82 L.C.D. BASE MS-9150
l l l l i i i i x green x xgreen x 5 o 7 o 6 o 8 o J C D6 J C J C D5 J C _ _ _ _ H1 n n R5n H2 o o 100pF20402 o 1n_060E 3 3 o 3 R74 C86 C )10R790C762 1kC C100 08000 C R114 R 1 0 ( 095 U8 5 U191nCC1710C
1 2 3 4 5 6 7 8 GND GND R33 C37 GND C75 C77 100 C1 1n 100n 1n C79 C41 R75 100n R38 R27 A 1k DG1B IN OUT A GND 100 22 D E 100p 5p6 EC11V R76 R77 R80 IC10 GND 1k 1k 1k 7805 IC3 EC11V GND N 5 T7 A D D I L BF961 A N N T 8 R30 B G G UO 7 10k R28 D B C78 IN OUT N N D GND D D I 10k G C G N N T 100n IC2 G 5 5 G U C R78 78L05 L I O DG1A 100 C33 8 GND GND N 7 G 1 1 1 4 100n 3 A L S E 1 B C30 S S A V C C31 B R58 T19 D 16 V 5 BC547EBC N VCC2 IC1 FMI 1k G 15 AMO TSA6057 1n C32 GND 14 LOOP F L LDEC 6 R S T T C12 13 FMO F B X
1 2 3 4 5 6 7 8 9 10 11 +5V 9 1 E C7 C8 D L LED0 100n 100µ A R 3 3 D A R 1 E +5V LED1 D L 1 9 R 5 3 D U1 1 GNDD R D L C 2 L00 LED2 C DIG0 H00 H01 H02 H03 H04 H05 H06 H07 2 C10 V DIG1 11 L01 R R 1 E 100n R1 6 L02 LED3 D L U? 25.9k DIG2 74HCT244
1 k X4 +24V R 1 Versorgung + D D D D C1 L L L L X5 VT1 22u/25 U1 +3,3V Versorgung - IRF4905 LM317-SOT223 3 IN OT1 2 +5V 3 IN OUT 1 +3,3V C2 J 4 D DT2 R5 N 22u/25 A 1k1 G C5 1 2 10µ/10 X1 U_HEIZ L1 C3 4 P JBC-Kontaktring Taiyo Yuden 0.9uH/11A
EM6126 with I C interface, for serial interface, start and stop conditions should be replaced by CS at 0L and CS at 1L. LCD display is connected as described on Figure 40: Example Liquid Crystal Display 81 row x 102 columns 102 columns 41 rows 40 rows 0 0 0 0 0 w w l l w w o o o o o o R R C C R R Row 29
^ L1 ı L2 DSN E56 Iv Lj + +ö HVıo ,rvı0 ılvıo A A A A At ı ı WS cüJ cu2 Cx, P2 (r, pg) 2 Pt*P3 EP = + - tzA power Loss -53- Trans formertest : L1 k LK + t2 t k L K l=l - L] - k Eı N E Prüfting - K L L K
2Mb: 128K x 18, 64K x 32/36 FLOW-THROUGH SYNCBURST SRAM ™ MT58L128L18F, MT58L64L32F, 2Mb SYNCBURST MT58L64L36F; MT58L128V18F, SRAM MT58L64V32F, MT58L64V36F 3.3V V DD , 3.3V or 2.5V I/O, Flow-Through FEATURES • Fast clock and OE# access times 100-PinTQFP** Single
222.0 – FiFi-SDR – 131115 C C . . / / I U O ON_30M/1.1A C46 4,7 C47 33 C51 22 R1 R2 1k C101 1k C68 L15 L16 L17 100n z 820nH 470nH 560nH 10n H C74 C75 C76 M GNDA 3 NB 2,2 NB T C77 C45 C54 C48 C78 C52 C53 C79 NB NB 68 10 NB 68 NB NB D1 GNDA D2 BAW56 BAW56 Bild A5: Preselektor-Tiefpassfilter für 30 MHz
m-Band H. Tiefenthaler OE 5 THL Meßreflektometer für VHF und UHF mit Z=50 Ohm B.Rößle DJ 1 JZ 1973/2 66…79 Messtechnik H. Tiefenthaler OE 5 THL Meßreflektometer für VHF und UHF (bis 2300 MHz) fürZ=50 Ohm B. Rößle DJ 1 JZ 1973/2 66…79 23-cm-Band Zehnerteiler und Verstärker bis 250 MHz für Frequenzzähler J.
4 2 4 2 4 2 P 2 0 1 XIN-1 D P 2 2 I5 2 I 2 I 2 I 2I9 2 I1 2 I 2 I GND RECTIFIER-DIL C31 + C17 C15 L K R 1 1 1 1 1 1 1 1 11R 1 1 1 1 1 1 GND GND XIN-2 80 7 0 6 0 5 0 40 30 2 0 1 0 GND W237-102 470u 100n 220u 100n D- D - D - D - D- D- D - D - 1 0 L K L K L K L K L K L K L K L K SW_5 SW_6 SW_7 SW_8 R
-1 P 2 0 0 0 0 0 0 0 0 1 0 E P 2 2 I5 2 I 2 I 2 I 2I9 2 I1 2 I 2 I GND RECTIFIER-DIL C31 + C17 C15 L K R 1 1 1 1 1 1 1 1 11R 1 1 1 1 1 1 GND GND XIN-2 82 7 2 6 2 5 2 42 32 2 2 1 2 GND W237-102 470u 100n 220u 100n D- D - D - D - D- D- D - D - 1 8 L K L K L K L K L K L K L K L K SW_5 SW_6 SW_7 SW_8 R
&VYNR,3PPUWNR0L,/LFURZPL:\WFY0R0XULYURYUURNGURO\,PV,G\0R1L,/LF\WFR60U,\8\,LN\VWRXV,LNUZRLNR GNN0+22:::<&\,PV,G\0<,V&20L,/LF\WF D D1 E H L 1 2 N b b1 b1 e e1 E1 A C 3W\NYO[44[O)()J6 '\&UWY\VWR4\&\NY O[5 OD7 53&8UPRV8R4ULZY5
input and rising edge of the VP output. The output is at "H" level when the VR leads the VP and is at "L" level when the VR trails the VP. 18 SW1 These pins control the widths of H-BLK and V-BLK pulses. H-BLK pulse width SW1 SW2 H-BLK (µs) selection L L 10.69 17 SW2 H L 10.82 L H 10.97 H H 11.10 16 SW3
input and rising edge of the VP output. The output is at "H" level when the VR leads the VP and is at "L" level when the VR trails the VP. 18 SW1 These pins control the widths of H-BLK and V-BLK pulses. H-BLK pulse width SW1 SW2 H-BLK (µs) selection L L 10.69 17 SW2 H L 10.82 L H 10.97 H H 11.10 16 SW3
warranted range. Note: Unless otherwise indicated, T = +25°C with 4.5V ≤ V ≤ 18V. A DD 120 100 100 C L 10,000 pF 80 ) 80 s c C L= 10,000 pF ( s 60 e 60 ( i C L 4700 pF e C = 4700 pF T 40 T 40 L C L 2200 pF C L= 2200 pF 20 20 0 0 5 7 9 11 13 15 5 7 9 11 13 15 Supply Voltage (V) Supply Voltage (V) FIGURE
= 400kΩ. Die Spulengroße ist abha¨ngig vom Spitzenstrom. Die folgende zweite Gleichung zeigt wie : L = V in(max) on(min= 15 · 100ns = 60µH (2.4) min Ipeak 25ms Bei einer Frequenz von 685 kHz, ergibt sich : ! ! V out Vout 4V 4V L = · 1 − = 3 · 1 − = 100.1µH ≈ 100µH (2.5) f · peak V in 685 · 10 Hz · 25mA
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