125°C Suffix Z LP2950ACZ−3.0 LP2950ACZ−3.3 LP2950ACZ−5.0 Available DPAK LP2950CDT−3.0 LP2950CDT−3.3 LP2950CDT−5.0 Not TA= −40° to +125°C Suffix DT LP2950ACDT−3.0 LP2950ACDT−3.3 LP2950ACDT−5.0 Available SOIC−8 − NCV2951ACD
125°C Suffix Z LP2950ACZ−3.0 LP2950ACZ−3.3 LP2950ACZ−5.0 Available DPAK LP2950CDT−3.0 LP2950CDT−3.3 LP2950CDT−5.0 Not TA= −40° to +125°C Suffix DT LP2950ACDT−3.0 LP2950ACDT−3.3 LP2950ACDT−5.0 Available SOIC−8 − NCV2951ACD
Temperature Part Number Package Marking Transport Media NSC Drawing P Range 2 5 TO-92 (Z) −40< T J< 125 LP2950ACZ-3.0 2950A CZ3.0 Bag Z03A 1 LP2950CZ-3.0 2950 CZ3.0 Bag LP2950ACZ-3.3 2950A CZ3.3 Bag LP2950CZ-3.3 2950 CZ3.3 Bag LP2950ACZ-5.0 2950A CZ5.0 Bag LP2950CZ-5.0 2950 CZ5.0 Bag TO-252 −40< T J< 125 LP2950CDT-3.0 LP2950CDT-3.0 75 Units/Rail TD03B (D-Pak) LP2950CDTX-3.0 2.5k Units Tape and Reel LP2950CDT-3.3 LP2950CDT-3.3 75 Units/Rail LP2950CDTX-3.3 2.5k Units Tape and Reel LP2950CDT-5.0 LP2950CDT-
quiescent • Extremely low quiescent current • Low-dropout voltage current.Liketheirpredecessors,theLP2950andLP2951,the • Extremely tight load and line regulation quiescent current of the MIC2950/MIC2951 increases only slightly in dropout, thus prolonging battery life.The MIC2950/• Very low temperature coefficient MIC2951arepinforpincompatiblewiththeLP2950/LP2951, • Use as regulator or reference but offer lower dropout, lower quiescent current, reverse • Needs only 1.5µF for stability • Current and thermal limiting battery, and automotive load dump
100mA), and very low • Extremely low quiescent current quiescent current. Like their predecessors, the LP2950 and LP2951, the quiescent current of the MIC2950/MIC2951 • Low-dropout voltage increases only slightly in dropout, thus pro-longing battery • Extremely tight load and line regulation life. The MIC2950
low-ESR output capacitors Ordering Information Current and thermal limiting Direct replacement for LP2950 & LP2951 sockets Part No. Operating Temp. Package TS2951 VERSIONS ONLY TS2950CT-xx -40 ~ +85 C TO-92 Error Flag warns of output dropout TS2951CS-xx SOP-8 Logic-Controlled electronic shutdown o TS2950ACT-xx
Header 7 GND +5V U2 +3.3Va 1 P0U201 P0U2033 1 2 IN OUT 3 1 C 0 +5V GND P C13 1 C14 0 0 10uF 4 U3 +3.3Vd LP2950ACZ-3.3 U C C 100nF 1 P0U3033 P P P P0U301IN OUT 0 0 1 C GND 0 C15 P 2 10uF 0 C16 3 5 1100nF LP2950ACZ-3.3 0 0 0 GND P P P Title D D GND Size Number Revision A4 Date: 24.12.2009 Sheet of File: E:\
3.3V U2 +3.3Va 1 P0U2033 P0U201IN OUT 1 0 1 1 +3.3V GND 0 C13 P 2 1 C14 U3 +3.3Vd 0 3 10uF 1 100nF LP2950ACZ-3.3 0 C 0 1 P0U301 P0U3033 2 P P P IN OUT 0 6 1 C GND P C15 P 2 2 10uF 0 C16 3 1 1100nF LP2950ACZ-3.3 P 0 P GND P D Title D GND Size Number Revision A4 Date: 20.12.2009 Sheet of File: E:\TFT_Adapter
LM35CZ X3-3 BR_LED+ + C 0 1 GND/2.2C X2-10 10 1 1 2 C C 2 X3-2 BR_SW+ MSTBA10 0.3 A 3 4 4 N 3 N 7 + 5 1 LP2950CDT-3.0 5 6 DI DI R 1 X3-1 BR_SW- GND / C 2 2 7 8 LCD Schalter F 1 I O 3 R 9 10 5 0 GND 4 0 6 0 8k + 1 5 3 V JTAG1 1 0 1 0 17 9 GND/2.2C 1 GND IC5 2.2A + GND C 3 R 1 R 1 R 4 k 1 X2-1 7V LM7805T 2 LP2950 e 1 R 2 GND K 1 3 w SW1- X2-2 O VIN VI VO F P V B 3 L GND 0 5 1 + B SW1+ X2-3 - 2 0 1 D GND 4 S h 1 R PA3/2.7A SW2+ X2-4 F g PA2/2.6A - l IC1 1 A PA1/2.6A SW2- X2-5 5 R e V GND I V r Q1 9 RESET (
weitgehend der Vorgabe von Karl-Heinz Kübbeler mit folgenden Unterschieden: Als low drop Regler kommt der LP2950L5.0 zum Einsatz. Er kann 100mA liefern, mehr sollte man einer 9V-Batterie auch nicht abverlangen. Er hat den Vorteil, dass er schon mit Kondensatoren ab 1uF am Ausgang schwingungsfrei arbeitet. Bei
Barrel_Jack,Switch J1,J2,C1,100u,U3,LP2950-5.0,795,GND,C4,10u,C6,100n,C7,100u,C8,GND,Conn_01x02_Pin,UPDI,+5V,Conn_01x06_Pin,IR_Tx,SEG_A bis SEG_G,PA0 bis PA7,U5,AVR6EB32-PI,Q1 bis Q4,BC817,DIGIT_0 bis DIGIT_3,SA56-11,C9,C10,10u,100n,IR_Bx
F 1 TEST P3.4 _ PS2_DATA R11 1+ µ 1 0 BAT46 1 0 0 C N C Vcc P3.5 K T C 1 C 1 C 1 1 1 P2.5 P3.6 47 LP2950ACZ Vss P3.7 XOUT P2.3 K K XIN P2.4 R 1 R 1 RST P1.0 PS2_CLOCK_3V 3,6864 MHz P2.0 P1.1 PS2_CLOCK P2.1 P1.2 PS2_DATA_3V 2 T 2 T P2.2 P1.3 S S PS2_DATA Q1 P3.0 P1.4 B B P3.1 P1.5 K 1 P3.2 P1.6 4 R P3.3
LT1009CZ Optional (weniger genau aber billiger ist LM336) IC1 ATMEGA_168 DIL 28 (oder 2x14 pol.) IC2 LP2950L5.0 5V low drop (Elko am Ausgang mindestens 1uF!) L1 10uH Zylinderform: D=3,5mm x 10mm R1 680 1%-ige R aussuchen oder 0,1% kaufen R2 470k 1%-ige R aussuchen oder 0,1% kaufen R3 680 1%-ige R aussuchen
X3 D 1 Ladebuchse 2 V+ + 6 0 R 4 LAMPE+ IC1 +5V 1 BTOR1 3 I O 1 GND I 7 M S1 I R 6 C2 GND C1 3 1 2 LP2950Z 4 2 100nF 100nF Q2 M 2N3906 8 , Tag Name R 7 P R9 2.3 0010 08/02 CU GND V 10k 2.4 0011 13/02 CU Bearb. Lichtsteuerung für Tauchlampe 2009 CU K Spannungsversorgung Chip 5 Gepr. Benennung K GND +
X3 D 1 Ladebuchse 2 V+ + 6 0 R 4 LAMPE+ IC1 +5V 1 BTOR1 3 I O 1 GND I 7 M S1 I R 6 C2 GND C1 3 1 2 LP2950Z 4 2 100nF 100nF Q2 M 2N3906 8 , Tag Name R 7 P R9 2.3 0010 08/02 CU GND V 10k 2.4 0011 13/02 CU Bearb. Lichtsteuerung für Tauchlampe 2009 CU K Spannungsversorgung Chip 5 Gepr. Benennung K GND +
Display1 +9V +5V +5V +9V +5V LCD_2x8A IC1 1 +9V T4 LP2950 R2 K1 BSS84 V W D D 2 2 3 3 IN OUT 1 k 0 + V R R E D D D D D D D D L L E E 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 1 2 GND 2 1 1 1 K 2 0 2 C 1 + S 5 4 N 9 6 1 C1 R N 0 1 1 C1 1 3V/10mA: 0OHM K
N1 I LP2950ACZ-5.0 E +5V Z +9V IN OUT T E 1 1 1 1 1 1 1 1 1 R C1 C2 C3 C4 C5 C6 C7 C8 C9 E D1 D2 D3 D4 D5 D6 D7 D8 D9 K 2u2 2u2 100n 8 8 8 8 8 8 8 8 8 E T S + 74HC4051 4 SELECT5 4 Y7 1 2 Y6 Z 3 SENSE+ SELECT4
Themperatur (2xx) LM2576S-ADJ LL4148 100nF I/O VL3 I/O Vcc3 VSS1 WP DS1820(TO92) DS1820(TO92) R403 VDD CD LP2950CDT +4V_ON/OFF SD_DI I/O Vcc4I/O VL4 CLK/SCLK GND L400 1K I/O VL5 I/O Vcc5 VSS2 GND D D N Q D In D Out +3,3V SD_CLK I/O Vcc6I/O VL6 DO GND G D VIC200 G D VIC201 PE-53115 G T400 I/O VL7 I/O Vcc7 DAT1
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