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Part Manufacturer Description Datasheet BUY
LM317MKTP Texas Instruments 1.25 V-37V ADJUSTABLE POSITIVE REGULATOR, PSSO2, TO-252, DPAK-3 visit Texas Instruments
LM317AMDT Texas Instruments 1% Accurate, 1.5A Adjustable Linear Regulator with Short Circuit Protection 3-TO-252 -40 to 125 visit Texas Instruments
LM317H Texas Instruments 1.5A Adjustable Output Linear Regulator 3-TO 0 to 0 visit Texas Instruments
LM317LITP Texas Instruments 1.2 V-37V ADJUSTABLE POSITIVE REGULATOR, PBGA6, MO-211BC, MICRO, SMD-6 visit Texas Instruments
LM317S/NOPB Texas Instruments 1.5A Adjustable Output Linear Regulator 3-DDPAK/TO-263 0 to 125 visit Texas Instruments Buy
LM317LZ/LFT3 Texas Instruments 100mA 40V Input Adjustable Linear Regulator 3-TO-92 visit Texas Instruments

IC1 LM317

Catalog Datasheet MFG & Type PDF Document Tags

IC2 7805

Abstract: 2N3904 pin diagram Universität Ulm, Abt. Allg. Elektrotechnik und Mikroelektronik, R. Lares, 07.10.99 PIC Programmer for LPT (PC) ­ Circuit Diagram V.2 D2 1N4004 SW1 Power Transf. 15V 4,5W CON2 +13.5V GL1 B80 C1500 3 1 2 IC1 LM317 50mA ff. 230V ~ adjust for C1 2200µF 35V E. C2 10µF 35V T. C3 100nF K. POT1 1k C8 C5 100nF 100nF K. K. R1 8.2k GND D1 1N4004 +13.5V +5V SW2 +5V 1 2 3 R6 180 IC2 7805 D3 D4 0V 0 0 0 1 0 0 0 1 1 1 1 1 MCLR
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2N3904 1N4148 BC516 BC517 74LS244 IC2 7805 2N3904 pin diagram IC1 7805 IC1 LM317 2N3906

LM317 spice

Abstract: LM317 spice model approach for low voltage DC systems is to use an adjustable linear regulator such as the LM317 or the , http://onsemi.com 3 AND8146/D SPICE Simulation of Half-Wave Capacitive Drop Circuit LM317 , VAC 1N4004 AC Hot LM317 2.2 W 3.6 + 1000 mF 25 Vdc 1N5934B LED AC Neutral , first order model. Figure 7 shows the LED current, the DC input voltage to the LM317 regulator, and , drop supply using an LM317 as the current limiting element. In the full bridge version, the coupling
ON Semiconductor
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LM317 spice LM317 spice model Parallel Application LM317 LM317BT LM317MOT MC33269 spice

LM317 SMD

Abstract: SMD lm317 , footprint, and total external component count of the LM317, the MAX8505, and a typical controller with , 10mV. Table 3 presents the bill of materials for the MAX8505. Table 2. Comparison of the LM317 LDO, MAX8505, and One Typical Controller IC with External MOSFETs. Parameters LDO (LM317) MAX8505 Typical , signal diode 1N4148 or CMDSH-3 IC1 1 3A internal switch regulator MAX8505 Application
Maxim Integrated Products
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APP3560 LM317 SMD SMD lm317 pcb footprint for LM317 qsop 16 pcb footprint pcb layout for LM317 linear regulator lm317 5v to 3.3v F/50V AN3560

IXAN0053

Abstract: IXCP10M45S regulators, IC1 through ICm, in series with the m loads provide added flexibility and system capability , can emulate an infinite value capacitor). An LM317 linear regulator acts a noise filter in the SMPS , Figure 5(a). SMPS applications. LM317 as SMPS noise filter. Figure 7. SMPS noise filter applications. (a). Resistor and capacitor noise filter. Figure 6. Ripple rejection comparison between LM317 and , regulator, IC1, IXCP100M45 only needs to dissipate 33W. The multiple output, off-line power supply in
IXYS
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IXAN0053 IXCP10M45S 48v regulator by lm317 4 to 20ma current source lm317 IXCP10M45 lm317 equivalent 1N5245

48v regulator by lm317

Abstract: IXCP10M45S implement overall system robustness and uninterrupted operation. Here, current regulators, IC1 through ICm , infinite value capacitor). An LM317 linear regulator acts a noise filter in the SMPS of Figure 5(a). , Figure 4. Current regulator as load resistor. www.pcim.com Figure 5(a). SMPS applications. LM317 as , filter. Figure 6. Ripple rejection comparison between LM317 and IXCP100M35 solutions. Figure 5.(b , resistor value is 1kW, at 100W. In contrast, the current regulator, IC1, IXCP100M45 only needs to
IXYS
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regulated power supply using Lm317 ac current regulator 48V 100w SMPS LM317* voltage regulator as current source smps 1kW 8 pin ic for smps

MAX3232CSE

Abstract: IC1 LM317 Pin84 Pin85 MCUVCC C40 10nF R19 Pin46 PP0/IC0 R20 Pin47 PP1/IC1 R21 Pin48 PP2/IC2 1k , 100nF 1 2 3 4 C71 22µ/16V LM317 GND GND R64 GND 732R VCC5 X16 GND 1 2 3 , /RTO3 PQ4/RTO4 PQ5/RTO5 VCC VSS PP0/IC0 PP1/IC1 PP2/IC2 PP3/IC3 MD2 MD1 MD0 X0 X1 VSS PP4
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MAX3232CSE AN30P an3 c21 21N4002 sk9147 rjp32 CON36 AVSS10 AVCC10 PD3/AN2-11 PD2/AN2-10 AVCC12

transistor 9014 application

Abstract: PT8A6311SE IC1 R29 33 1 2 3 4 5 6 7 8 9 R23 10K C15 104 C? 150p C19 104 Q12 , P0.1 /A D 1 P0.0 /A D 0 E A/ V PP T 2/P1 .0/CMP0+ P1.2 /E CI RST IC1 AT89C51 44 VCC , 10P C1 VCC1 =2 .5 V R11 1 20 C22 1 0UF D1 VCC=3. 3V 2 LM317 R18 3 1 VB 1 N4 , .2 4 P1.3 5 P1.4 6 P1.5 7 8 9 21 20 IC1 AT89C51 19 18 17 16 15 14 20 19 18 17 16
Pericom Semiconductor
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PT8A6301 PT8A6301WE PT8A6311SE transistor 9014 application LM317 power supply 0.30 V. 20 amp 9014 transistor specification rc car PT8A6301/6311 PT8A6311 PT8A6301/PT8A6311 PT8A6301W PT0136-5

lm317 smd L3

Abstract: LM317 voltage regulator , which can be soldered onto the bottom of the PCB. R1 22k ext. NMOS trans. and capacitor IC1 , susceptibility R1 22k +5Vdig lift pin 16 from pcb IC1 100nF TSA5058/9 820 R9 330 R8 , measurement setup The ripple-box consists of a LM317 voltage regulator in which a LF signal is injected , XTAL P15 X1 4MHz C3 XnF_0805 8.2k C2 2.2nF R2 C1 IC1 100nF C25 10pF
Philips Semiconductors
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SP5659 BSN20 TSA5059 lm317 smd L3 LM317 voltage regulator TDA8060 r60 mkt TSA5059T/C1 AN99019 PR39232 TR101

PT8A6311

Abstract: VR VO1 20 19 VI2 1 VO2 IC1 PT 8T 6 31 1 R23 10K C15 104 Q5 882 R15 100K , 10k .0 1u IC1 C15 1 00 U F AT89C51 44 VCC 14 15 16 17 18 19 T 0/P3 .4/CMPRIN , 10UH L1 VCC=3. 3V 2 1 20 C22 VB 1 LM317 1 N4 14 8 3 R18 C21 1 0U 1 0UF , 200P 104 VCC1 =2 .5 V R4 10K VCC=3. 3V C16 R26 3 .3k 44 R15 3.6k IC1
Pericom Semiconductor
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SOIC-20 MS-013E/AC PT8A6301PE PT8A6301DE PT8A6311DE

transistor sc 9014

Abstract: rc car 9014 R26 150 Q13 772 IC1 R29 33 10 1 2 3 4 5 6 7 8 9 R23 10K , .5/CMP1+ P0.0/AD0 WR/P3.6/CMP2+ EA/ VPP RD/P3.7/CMP3+ RST IC1 AT89C 51 44 VCC R4 C14 10k .01u , =3.3V 2 LM317 R18 3 1 VB L2 1uH R10 3.3K R11* 7.2K C21 10U C17 104 130 C20 , 21 20 RST IC1 AT89C 51 19 18 17 16 15 14 31 30 29 28 27 26 25 24 13 11 33 R16 1.2k R13 2.2M
Pericom Technology
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transistor sc 9014 9015 transistor specification sheet kc3265 16 pin encoder ic for remote controller 2 SC 9015 SC 9015 PT8A6301P PT8A6311S MS-013 PT0163

TP-105-01-00

Abstract: TP-105-01-02 L7 4.7nH VCC1 R19 R6 J7 C33 3.3pF IC1 TRF6900A 48 47 46 45 44 43 42 41 40 39 , Inc S1JBT Digi-Key ­ S1HBDUCT-ND 1 IC1 TQFP48 Single chip transceiver Texas , . TRF6900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: V out= 1.25(1+(R44/R43) V at terminal 3 of LM317 should be 2 V to 3 V higher than Vout With V inequal to 8 V, V = 7.2 V , To IC1­44 MIX_OUT, JP9­1 2 To IC1­47 LNA_OUT 3 To BPF1 Input 3 To IC1­46 MIX_IN
Texas Instruments
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TP-105-01-00 TP-105-01-02 IC LM317 for dc 120 volts TP-107-01 lm317 to-3 datasheet connector DB25m SWRU001C

P517c

Abstract: TP-105-01-00 EX_VCO_INPUT R6 J7 C33 3.3pF IC1 TRF6900 PG2.3 C30 1000pF TBD DNP V2 2 SMV1247 , Rectifier Diode Inc S1JBT Digi-Key ­ S1HBDUCT-ND 1 IC1 TQFP48 Single chip transceiver , TRF6900 EVM. Figure 2­1. TRF6900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: V out= 1.25(1+(R44/R43) V at terminal 3 of LM317 should be 2 to 3 volts higher than Vout With V , 1 To J2 LNA_OUT/MIX_IN 2 To IC1­44 MIX_OUT, JP9­1 2 To IC1­47 LNA_OUT 3 To BPF1
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P517c 9341-3SL CRYSTAL CMAC 72a2 demodulator register IC144 SWRU001A

IC144

Abstract: TP-105-01 C33 3.3pF IC1 TRF6900 PG2.3 C30 1000pF TBD DNP V2 2 SMV1247­079 R22 TBD R25 DNP , SMB Rectifier Diode Inc S1JBT Digi-Key ­ S1HBDUCT-ND 1 IC1 TQFP48 Single chip , TRF6900 EVM. Figure 2­1. TRF6900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: V out= 1.25(1+(R44/R43) V at terminal 3 of LM317 should be 2 to 3 volts higher than Vout With V , 1 To J2 LNA_OUT/MIX_IN 2 To IC1­44 MIX_OUT, JP9­1 2 To IC1­47 LNA_OUT 3 To BPF1
Texas Instruments
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SWRU001 TP-105-01 90F54 FMMT2222ATA LL4148 SN74LVT244BDW

lm317 smd L3

Abstract: TP-107 L7 4.7nH VCC1 R19 R6 J7 C33 3.3pF IC1 TRF6900A 48 47 46 45 44 43 42 41 40 39 , , C5, C7, C18, C20 C15 CQ1 CQ1_A CQ1_B CR1, CR2, CR3, CR4 CR5 IC1 Count 1 , setup for the TRF6900 EVM. Figure 2-1. TRF6900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: V out = 1.25(1+(R44/R43) V at terminal 3 of LM317 should be 2 V to 3 V higher , To IC1-44 MIX_OUT, JP9-1 2 To IC1-47 LNA_OUT 3 To BPF1 Input 3 To IC1-46 MIX_IN
Texas Instruments
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TP-107 evm1ss TRF6900 Kit P517CT temex Panasonic RF Mixer FSK demodulator

tp-105-01-09

Abstract: TP-107-01 DNP 100k R2 C3 0.1uF IC1 PD_OUT1 PD_OUT2 PLL_VCC LOCKDET PD_SET PA_OUT VCO_TANK1 , 1 2 SMA_H IC2 1 TSSOP24_M IC1 1 SMB MELF3 (MINIMELF) CR4 CR5 , voltage supply setup for the TRF4900 EVM. Figure 2­1. TRF4900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: V out = 1.25(1+(R44/R43) V at terminal 3 of LM317 should be 2 to 3 volts , Points 2.7.3 Adjustments Resistor R32 is varied to adjust the VCC1 voltage applied to IC1 (TRF4900
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tp-105-01-09 C0603X7R500 led smd amber ln1471sy P516CT CR0603 -F/-05R9E LL4148 diode colour code SWRU003 DB25M DB25F

lm35 4-20ma lm317

Abstract: lm35 to 4-20ma converter or a battery. The LM75 will operate from 3V to 5V, and typically requires 250µA, while IC1 and
National Semiconductor
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lm35 4-20ma lm317 lm35 to 4-20ma fan speed control using lm35 lm35 sensor interfacing with adc Thermometer LM35 pcb circuit LM35 cold junction circuits with LM135 LM235 LM335 2N5023 LM4040 LM392

MAX3232CSE

Abstract: motordrive circuits PQ0/RTO0 PQ1/RTO1 PQ2/RTO2 PQ3/RTO3 PQ4/RTO4 PQ5/RTO5 VCC VSS PP0/IC0 PP1/IC1 PP2/IC2 PP3 , 1 HALL_A Default: closed R20 C58 Mode R40 2K2 JP20 2 1K Pin47 PP1/IC1 , 2 RED FAULT SGL FROM MOTOR U6 LM317 DCIN EXT/INT 1N4002 3 3 Default: 1-2 (INT
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motordrive circuits usb ferrite bead ft232r circuito LED DIP2 MAX3232 cas-120tb LED23 LED19 FT232R LED25 LED20 SK-91470-144PMC1-MC

BYT 56M diode

Abstract: IC4 7805 www.fairchildsemi.com AN-985 DATA FIELD USAGE IN TRANSMISSION FRAMES 3 LM317 VIN VOUT AN , www.fairchildsemi.com 3 LM317 VIN AN-985 +12V 2 VOUT Adj 1 47µF 240k 470 8.2k 10k , D2 C7 IC3 D1 C3 C1 C14 IC2 C10 C2 C9 IC1 C8 PWR C12 C13 C4 C11
Fairchild Semiconductor
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BYT 56M diode IC4 7805 98c86 eeprom programmer schematic easy design universal eeprom programmer schematic 98C86A NM95HS01/02 MM57HS NM95HS01 NM95HS02

temperature control system using LM35

Abstract: jerry C3 0.1uF IC1 PD_OUT1 PD_OUT2 PLL_VCC LOCKDET PD_SET PA_OUT VCO_TANK1 PA_GND VCO_TANK2 , Rectifier Diode INC S1JBT Digi-Key S1JBDICT­ND 1 IC1 TSSOP24_M Single chip RF , voltage supply setup for the TRF4900 EVM. Figure 2­1. TRF4900 EVM DC Voltage Setup V out for LM317 voltage regulator is equal to: Vout = 1.25(1+(R32+R34)/R31) V at terminal 3 of LM317 should be 2 V to , Adjustments Resistor R32 is varied to adjust the VCC1 voltage applied to IC1 (TRF4900). 2.7.4 LED
National Semiconductor
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temperature control system using LM35 jerry LM35 based fan control thermostat a base LM335 THERMOSTAT SCHEMATIC lm335 IC LM234 LM135A LM235A LM335A LM335Z LM335AZ C1995
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