LM317_ST.pdf
Seite 10 von 25
or the load to provide remote ground sensing. Performance may be improved with added capacitance as follow:
• An input bypass capacitor of 0.1 µF
• An adjustment terminal to
4-2,54 0 08 R 1s X1000 2 2 2.5mm Con. D MPT 0,5/ 4-2,54 3 V N N1002 X1000 0 G sot223 2 V1000 3 I lm317 O 2 A C 1 LM317M 1Nxx 3 A sod6 N1000 01 + 1 21 F MPT 0,5/ 4-2,54 0 µn 1 0 F 0 0 08 X1000 1 -1t 1 1 s 1 1s C2 21 C 2 C2 0 R 5 0V 1 7 0 0V 01 k 1 0V D 0 4 GND R 4 s GND 0 ,3 0 7 GND G 2 1 90 1 1 MPT
4-2,54 0 08 R 1s X1000 2 2 2.5mm Con. D MPT 0,5/ 4-2,54 3 V N N1002 X1000 0 G sot223 2 V1000 3 I lm317 O 2 A C 1 LM317M 1Nxx 3 A sod6 N1000 01 + 1 21 F MPT 0,5/ 4-2,54 0 µn 1 0 F 0 0 08 X1000 1 -1t 1 1 s 1 1s C2 21 C 2 C2 0 R 5 0V 1 7 0 0V 01 k 1 0V D 0 4 GND R 4 s GND 0 ,3 0 7 GND G 2 1 90 1 1 MPT
4-2,54 0 08 R 1s X1000 2 3 2.5mm Con. D MPT 0,5/ 4-2,54 3 V N N1002 X1000 0 G sot223 2 V1000 3 I lm317 O 2 A C 1 LM317M 1Nxx 2 A sod6 N1000 01 + 1 21 F MPT 0,5/ 4-2,54 0 µn 1 0 F 0 0 08 X1000 1 -1t 1 1 s 1 1s C2 21 C 2 C2 0 R 5 0V 1 7 0 0V 01 k 1 0V D 0 1 GND R 4 s GND 0 ,3 0 7 GND G 2 1 90 1 1 MPT
Widerstandswerte für die versch. Temperaturen vorzugeben. Bauteile: 1x LM 324 oder TL074 (DIP16) 1x LM317LZ(nur Option P) 5x Kondensator 100nF Keramik 2x Diode 1N4148 D1,D2 1x R 1,24k/1% Metall (nur Option P) R1 5x R 10k/1% Metall R5,R6,R7,R8,R12 1x R 10k/5% R6 1x R 33k/1% Metall R11 (Bei PT100 und PT500
1 N 11 4 5 12R G 5 + GNGDGDGDND GND + GND GND E k S 1N4004 R10 A D1 IC4 IC3 Solarzelle, 91/ 109mA LM317LZ LM317LZ MEGA8-P GND J 0 +5V VCC 3 VI VO 2 4 3 VI VO 2 1 PC6(/RESET) PC0(ADC0) 23 ADJ 2 N ADJ D PC1(ADC1) 24 GND 1 1 D 1 1 0 1 N 22 AGND PC2(ADC2) 25 C3 8 0 C1 4 R C2 G 21 AREF PC3(ADC3) 26 R 2 2
1 N 11 4 5 12R G 5 + GNGDGDGDND GND + GND GND E k S 1N4004 R10 A D1 IC4 IC3 Solarzelle, 91/ 109mA LM317LZ LM317LZ MEGA8-P GND J 0 +5V VCC 3 VI VO 2 4 3 VI VO 2 1 PC6(/RESET) PC0(ADC0) 23 ADJ 2 N ADJ D PC1(ADC1) 24 GND 1 1 D 1 1 0 1 N 22 AGND PC2(ADC2) 25 C3 8 0 C1 4 R C2 G 21 AREF PC3(ADC3) 26 R 2 2
220V U-hinten-DMM Monitor Us 0-ca.4V 500mA UX -2,5V prim VOSS sek E/A S S LM 317 AUSGANG 4x PA1004 LED+RV Us 0-ca.4V 500mA 220R VR-0V Heizung S Test Schalter Grob Fein
1 2 3 4 5 6 IC4 IC5 K K - - LM317 +12V LM317 +5V +5V A A T T B T D C 5 5 1 1 - E - G - N - E - B - 3 3 STEUER_IN-1 IN OUT IN OUT VCC-1 IC1 X _ X T X R X _ X E X L L ADJ ADJ k MEGA8-P G O U N F 7 0 9 0 R 1 1 T 2 I1 I2 R1 P2 3 4 R 2
1 2 3 4 5 6 7 8 V+ IN OUT A A ADJ IC1 LM317 R 1 C2 C6 k 100n R 1 100n k 2 2 R 2 GND GND GND GND V+ IN OUT V- 4 ADJ IC5 2 k +C1 IC2 6 5 R 3 LM317 3 k LV VOUT 100µ C3 R 1 C7 2 7 REF +C9 CAP+ OSC 47µ B 100n 7 k 100n 4 8 B R 1 10µ CAP- V+ C12 +
inductors, voltage regulator, and the transistor. It will run with dual gate MOSFET, as well. The LM317 voltage regulator is not the right choice. LM317 is good for car battery chargers and that's it. Rather use MAC01 type for voltage regulator with low noise, even LM7806 with 50uV of noise is fine.
2 3 IN2 OUT2 ARDUINO_TX A RX-TX-Changer Q1 GND Q2 BSS138 BSS138 O GND N N X X O I T _ _ _ _ I U S LM317D2T-TR _ _ D O O V V U D R U1 SUPPLY_1 GND P P D I I 3 3 5 5 R A 3 GND 3 4 3 4 M M D D A _ A _ A V 7 IN OUT IN OUT 3.3V_SUPPLY A A R R D C D C V . i ADJ ADJ A A S S S S 5 3 S Header_MainPCB1 0 0 1 R16 1 R1 3 2 1 1 1 0 1 240 240 2 2 L C44 LM317D2T-TR C45 L C1 3 2 1 3 0 1 P 100n 1u P 100n C2 3 4 U U 1u Title 4 5 _ R17 _ R2 5 6 2 1500 9 390 AudioOut 6 7 12V_SUPPLY 1 3 Way Terminal 5.08mm Size Number Revision 7 8 2 Way Terminal 5.08mm 8 A2 9
pin 28 (PC5/ADC5) of the Microcontroller. Default state is closed. 3.3V When this jumper is open – LM317 output is 5V DC. When this jumper is closed – LM317 output is 3.3V DC. Default state is open. WARNINGS!!! 1. The 3.3V jumper selects the power voltage to be 5V (open) or 3.3V (closed). MAX232 can operate
pin 28 (PC5/ADC5) of the Microcontroller. Default state is closed. 3.3V When this jumper is open – LM317 output is 5V DC. When this jumper is closed – LM317 output is 3.3V DC. Default state is open. WARNINGS!!! 1. The 3.3V jumper selects the power voltage to be 5V (open) or 3.3V (closed). MAX232 can operate
rated to 100mA, again limited by the LM338 allows 3.5A of output current, versus 1.4A for the LM317. 604 9.3. Fully integrated linear regulators Art of Electronics Third Edition Anatomy of a 317 nally about 600mV and goes as 1/T , or −2.1mV/ C◦ abs The classic LM317, designed around 1970 by the leg
+ 2/R1) +ADJ R2 1 VO = 1.25 (1 2/1) + 0.0001*2R S3=S 5k 1 R.S=L S4=V 5k U+ (1.2V-30V) 1 L=V + In LM317 out S2~V U - adj k1 T N R.V~L 0 R 0 S2~V y 2 R 0 1 k1 p 8 R.V~L V 2 1 1 R S2~A 51 L~A PA C601 + 2 +603 S4=A 51 L=A F102 0.47uF C602 + A 3 1uF D601 S1-AC51 L OPV t k P 4 GD +5V 10uF 5V 20mA GND 1 Relais
D5 LED 24V GND D2 D U2 LM317_TO-220 3 VI 2 VO R93 220 3,3V D R29 220 R30 4,7k D3 D 1 adj R28 380 C3 100nf C4 10nf D4 zener C5 1uf GND GND GND Voltage conversion 24V to 3,3v
1 2 3 4 5 6 7 8 9 10 11 12 LM317MSTT3 LM317MSTT3 +15V CUU12 +12V +15V U1313 J222 PIU1203IN OUT PI41202 PIU130IN OUT PIU1302 PIR4702 PIJ2201 2 PIC620 OUT P I U 1 2 0 4 42 PIC6502 C2 PIC5602 OUT P I U 1 3R4747 I02 PIC5402 P I J 2 2
1 2 3 4 5 6 7 8 9 10 11 12 LM317MSTT3 LM317MSTT3 +15V UOU12 +12V +15V U1313 J222 PIU1203IN OUT PI41202 PIU130IN OUT PIU4302 PIR4702 PIJ2201 P2 PIC620 OUT P I U 1 2 0 4 2 PIC6502 P52 PIC5602 OUT P I U 1 3 R4747 P32 PIC5402 P I J 2
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