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Schaltplan eines Tayloe-Detektors
Fc = Fs / 4 50 Ohm Antenna Tayloe detector Figure 12.38 J1 C7 0.001 Antenna R1 2.2 k C18 47 uF U1 LT1115 C11 1 uF In-Phase Quadrature C4 0.27 C1 0.27 LO U2 LT1115 C12 1 pF C14 1 uF C3 3.3 k R5 C15 1 pF -12 V R6 3.3 k C2 0.01 U2 LT1115 J2 LO - 0-120 MHz C8 0.001 R2 100 k U1A 74AC74 U1B 74AC74 Johnson Counter
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Schaltplan einer Operationsverstärker-Schaltung
start=0 +V- U1 LT1115 R3 D1 100 + R4 49.9 U2 LT1010 X1 R13 562 OUT R14 25k C7 1000p -V R5 499 R6 17.8k C2 330p R7 210k C4 15n R8 1Meg -V C6 1u U3 LT1097 R9 100K R10 22.6 R11 210 C3 3.9n R12 1Meg +V C5 1u Is - Supply Current LT1115 max. 11,5 mA LT1097 max. 0,8 mA
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Schaltplan eines Low Noise DC Accurate Buffered Line Amplifier
LT1115 TYPICAL APPLICATIONS 18V 7 INPUT R1 100 2 3 6 C1 100 LT101CT OUTPUT RL V+ 1uF 35V 49.9 Ω RBOOST 1uF 35V V- 8 33pF 2N4304* 2mA R2 909Ω -18V 1uF 35V -250Ω SELECT FOR 2mA 100k 33.2k 1% 33.2k 1% 1uF 35V
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RIAA Phono Verstärker Schaltplan
Linker Kanal Widerstände Metallschicht-Chipwiderstände MCT 0603 1% 0,1 W / 50 ppm IC1 T1115CNB IC2 LT1010CNB R1 47k R2 100k R3 100 R4 47k R5 10k R6 100pF R7 49k R8 1k R9 27k R10 499 R11 210k R12 232,6 R13 400k R14 1uF R15 1uF R16 1uF R17 1uF R18 1uF R19 4,23nF R20 1uF R21 1uF R22 1uF R23 1uF R24 1uF R25 1uF R26 1uF R27 1uF R28 1uF R29 1uF R30 1uF R31 1uF R32 1uF R33 1uF R34 1uF R35 1uF R36 1uF R37 1uF R38 1uF R39 1uF R40 1uF R41 1uF R42 1uF R43 1uF R44 1uF R45 1uF R46 1uF R47 1uF R48 1uF R49 1uF R50 1uF R51 1uF R52 1uF R53 1uF R54 1uF R55 1uF R56 1uF R57 1uF R58 1uF R59 1uF R60 1uF R61 1uF R62
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Schaltplan einer RIAA-Phono-Vorstufe
Linker Kanal, Widerstände Metallschicht-Chipwiderstände MCT 0603, IC1 T1115CNB, IC2 LT1010CNB, IC3 TL074CNB, Soll = 499, Soll = 4,23nF, Soll = 232,6, R15 400k, R16 1uF, R17 1uF, C16 1uF, C17 1uF, TITLE: RIAA_PhonoVST_81b, Date: 07.01.2018 21:10, Sheet: 1/2
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Schaltplan eines Phono-Vorverstärkers
Linker Kanal Widerstände-Metallschicht-Chipwiderstände MCT 0603 1% / 0,1 W / 50 ppm IC1 LT1115CN8 IC2 LT1010CN8 IC3 LT1097CN8 C1 100pF C2 100pF C3 100pF C4 100pF C5 100pF C6 1uF C7 100pF C8 100pF C9 3,3nF C10 100pF C11 100pF C12 100pF C13 100pF C14 100pF C15 100pF C16 1uF C17 100pF R1 4,7k R2
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Textauszug über den Tayloe Detektor
demultiplexer chip. The outputs of the two sampling capacitors are differentially summed through the two LT1115 ultra-low noise op amps to form the I and Q outputs, respectively. Note that the impedance of the antenna forms the input resistance for the op-amp gain
