Stückliste Hauptplatine

Widerstände:

(alle SMD 0603, 1%, 100 ppm, wenn nicht anders angegeben)

R1,R4,R5,R8,R20,R25,R26,R37,R66,R109,R124,R164,R188 = 1 k

R2,R7,R10,R14,R22,R60...R63,R151,R187,R192 = 10 k

R3,R35,R36,R38,R65,R71,R112,R113,R129,R135,R136,R160,R183...R185 = 100 k

R6,R15,R45,R47,R49,R51,R67,R82,R89,R90,R119,R122,R128,R130,R131,R137...142,R144,R162,R165,R178 = 51 Ω

R9 = 27 k

R11,R171 = 2k4

R12,R13 = 27 Ω

R16 = 3k6

R17,R172 = 1k6

R18,R132,R133,R173 = 3 k

R19,R21,R110,R115 = 2 k

R23,R24,R120 = 30 k

R27...R29,R32 = 2 k, 0,1% 25 ppm

R30,R80,R106...R108 = 620 Ω

R31 = Trimmpoti 50 Ω (Bourns 3266W)

R33,R34,R64 = 33 Ω, 100 ppm 1206

R39,R70,R84,R126,R127 = 100 Ω

R40,R41 = 110 k

R42,R123 = 240 Ω

R43 = 560 Ω

R44,R147 = 100 Ω 0,01%, 50 ppm, 0805

R46,R148 = 1 k, 0,01%, 0805

R48,R149 = 10 k, 0,01%, 10 ppm, 0805

R50,R150 = 100 k, 0,01%, 10 ppm, 0805

R53,R55,R57,R59,R180 = 20 k

R68,R125,R177,R189...R191 = 510 Ω

R69,R174 = 12 k

R73,R88,R166...R169 = n.c.

R74 = 47 k

R75,R121,R153,R161 = 10 Ω

R76 = 150 Ω

R77 = 91 Ω

R78,R79 = 30 Ω

R81 = 200 Ω

R143 = 0 Ω

R83 = 1k2

R85,R95...R98 = 390 Ω

R86 = 75 Ω

R87 = 43 Ω

R91...R93 = 1k3

R94 = 6k8

R99,R116,R117,R154,R155,R159 = 4k7

R100...R105,R118 = 3k9

R114 = 300 Ω

R134 = 2k7

R145 = 7k5

R146 = Trimmpoti 10 k (Vishay TS53YJ)

R152 = 47 Ω

R156,R170 = 1k5k

R157 = 56 k

R158 = 160 k

R163 = 200 k

R175,R176 = 33 k

R179 = 5k1k

R181 = 51 k

R182 = 75 k

R186 = 120 k

Induktivitäten:

L1,L2 = Ferritperle (Murata BLM21AG102SN1D)

L3,L4,L5,L16 = 470 n, TDK MLZ1608DR47DT

L6,L14,L15,L20 = 10 µ, TDK MLZ2012M100WT

L7 = 2µ2 (Coilscraft 1008PS-222KLB)

L8 = 22 µ (Cooper Bussmann DRQ73)

L9 = n.c.

L10,L11,L12,L13,L18,L19 = 33 µ (TDK MLZ2012M330WT)

L17 = 22 µ (Taiyo Yuden CBC3225T220MR)

Kondensatoren:

(0603, falls nicht anders angegeben)

C1...C4,C9,C15,C16,C23,C27...C31,C45...C47,C53...C56,C58...C63,C65...C67, C75,C79,C82...C84,C92,C98...C104,C107,C110,C111,C113,C118...C120,C123 = 100 n, 50 V, 10%, X7R

C5,C6,C8,C19,C24,C26,C40,C41,C78,C89...C91,C94,C108 = 4µ7, 10 V 10%, X7R, 0805

C7,C11,C13,C17,C18 = 2µ2, 10 V, 10%, X7R, 0805

C10 = 270 p, 50 V, 5%, NP0

C12,C57,C64,C77, C130 = 10 n, 50 V, 10%, X7R

C14 = 470 µ, 6V3, Alu-Elko (Panasonic EEEFP0J471AP)

C20,C21,C81,C95,C96,C97 = 1 µ, 25 V, 10%, X7R, 0805

C22 = 33 µ, 6V3, CASE-A (Tantal)

C25 = 1 n, 50 V, 5%, NP0, 0603

C32,C34,C36,C38,C50,C93 = 1p5, 50 V, 0p25, NP0

C33,C35,C37,C39 = 3p9, 50 V, 0p25, NP0

C42,C48,C49,C105,C112,C114...C116,C127...C129 = n.c.

C43 = 180 p, 50 V, 5%, NP0

C44,C106 = Trimmer 2-10 p (Knowless Voltronics JZ100)

C51 = Trimmer 4,5-20 p (Knowless Voltronics JZ200)

C52 = 240 p, 50 V, 5%, NP0

C68,C69,C70,C71 = 220 p, 50 V, 5%, NP0

C72,C73,C109 = 82 p, 50 V, 5%, NP0

C74 = 47 p, 50 V, 5%, NP0

C76 = 6,8 p, 50 V, 0p25, NP0

C80 = 68 p, 50 V, 5%, NP0

C85,C86,C124,C125 = 100 n, 50 V, 5%, NP0, 1206

C87,C88 = 15 n, 50 V, 5%, NP0, 1206

C121 = 1 p, 50 V, 0p25, NP0, 0603

C122 = 100 p, 50 V, 5%, NP0, 0603

C126 = 22 p, 50 V, 5%, NP0, 0603

C112, C114, C115, C116, C127, C128, C19 = n.c.

Halbleiter:

D1,D2,D12 = LED rot, low power, 0805

D3,D4 = MBR0520 (Schottky-Diode)

D5,D11 = 1N4148WS

D6,D7 = BAV199 LT1G (Doppeldiode)

D8,D9,D10 = NSVRB751V40T1G (Schottky-Diode)

Q1 = IRLML6402 (P-Kanal-MOSFET)

Q2...Q7 = BSS123 (N-Kanal-MOSFET)

Q8,Q9 = BFR106 (HF-NPN)

U1 = USB6B1 (ESD-Schutz)

U2 = FT232RL (USB zu UART)

U3 = LT1946A (DC/DC-Schaltregler)

U4 = REG103GA-5 (Linearregler, 5 V, 500 mA)

U5 = TLV70030DDCR (Linearregler, 3 V, 200 mA)

U6 = LM2611AMF (Abwärtswandler)

U7,U26 = LMH6644MT (Vierfach-Opamp)

U9...U12 = AD8099ARDZ (Opamp)

U19,U37 = LMH6618MK (Opamp SOT23-6)

U20...U22 = LMH6720MF (Opamp SOT23-6)

U23 = 74HCT4052D (Analog-Multiplexer)

U24,U25 = AD9834BRUZ (DDS-IC)

U27 = OPA2727AID (Präzisions-Opamp)

U28,U31 = TLV3501AIDB (Analog-Komparator)

U29 = 74LVC1G04DBVT (Inverter)

U30,U66 = 74LVC1G74DCTR (Flipflop)

U41,U42,U46 = 74LVC1G3157DBVR (Analogschalter)

U43 = ADS1246IPW (24-Bit-ADC)

U44 = LM4050CIM3-2.5 (Spannungsreferenz 2,5 V)

U45,U62,U63,U64,U67,U68 = 74LV1T34DBVR (Puffer)

U49 = C8051F120CG (8-Bit-MCU, Silicon Labs)

U50,U51,U52,U53,U58,U59 = AQY221N2S (Halbleiterrelais)

U54,U55,U56,U57 = AQY221R2S (Halbleiterrelais)

U70 = 74HCT4051D (Analog-Multiplexer)

Außerdem:

J1 = USB_B_Mini-Buchse (TE Connectivity 1734035-2)

J2,J3 = 1x3-polige Stiftleiste (Raster 2,54 mm)

J4,J5,J6,J7 = BNC-Buchse für Platinenmontage (TE Connectivity 1-1337543-0)

J8,J9,J17,J10,J11,J12,J13 = 1x2-polige Stiftleiste (Raster 2,54 mm)

J16 = 1x2-polige Stiftleiste, gewinkelt (Raster 2,54 mm)

J14 = 2x12-polige Stiftleiste mit Box

J15 = 2x5-polige Stiftleiste mit Box

J20,J21,J22 = Testpad

K1 = 6-mm-Drucktaster, optional (Omron BF3-1020)

SW1 = Kippschalter (Nidec Copal AS1D-5M-10-Z)

Y1 = 27-MHz-Oszillator (Epson X1G0044510005 SG5032CAN 27 MHZ TJGA)

Platine 190311-1 V2.3

Stückliste GUI/Displayplatine und Gehäuse

Widerstände:

(SMD 0603, wenn nicht anders angegeben)

R1 = 500 k

R2 = 620 k

R3,R19 = 100 k

R4,R5 = 33 Ω, 0805

R7 = 51 Ω

R6,R8 = n.c.

R9,R11...R13,R23,R24,R26 = 4k7

R18 = 0 Ω

R20 = 10 k

R21 = 1 M

R22,R25,R27,R28,R29,R31 = 330 Ω

Kondensatoren:

C1,C3 = 4,7 µ, 10 V, 10%, X7R, 0805

C4 = 1 µ, 25 V, 10%, X7R, 0805

C5 = 100 n, 50 V, 10%, X7R, 0603

C6,C10...C14,C16 = 220 n, 50 V, 10%, X7R, 0603

C7...C9 = 2µ2, 10 V, 10%, X7R, 0805

Halbleiter:

D2...D5,D12,D13 = BAT54A SOT23 (Doppeldiode)

D14 = 1N4148WS, SOD323

Q1,Q2 = FDV303N, SOT23 (digitaler N-Kanal-MOSFET)

U1 = Display MCCOG240128A6W-FPTLW (Midas)

U2 = TLV70030DDCR, SOT23-5 (Linearregler, 3 V, 200 mA)

Außerdem:

J1 = 2x12-polige Stiftleiste mit Box, (Amphenol, Serie T821)

SW1 = Drehgeber PEC11R-4115F-S0018 (Bourns)

Platine 190311-2 V2.0

Gehäuse:

Hammond 1455N1601

4 x Abstandhalter, Sechskant, Buchse/Buchse, M3x7 mm

1 x Abstandhalter, Sechskant, Buchse/Buchse, M3x6 mm

1 x dünne Unterlegscheibe, Stahl, 3 mm

5 x Maschinenschraube, Senkkopf M3 16 mm

5 x Unterlegscheibe, 3 mm

5 x Mutter M3

2 x 2x12-poliger IDC-Verbinder, female (Amphenol T81214A101CEU)

24-poliges Flachbandkabel, ca. 15 cm

Drehknopf aus Aluminium für 6-mm-Welle (z.B. Mentor 507.61)

4 x Jumper, Raster 2,54 mm, vergoldet