PAR25 Search Results

PAR25

Abstract: synjet
Contextual Info: SynJet PAR25 LED Cooler SynJet cooling technology provides the most reliable thermal management solution available. This LED cooler has been developed by Nuventix, for cooling Par25 lamps, spotlights, and tracklights. • • • • • Only 75 mm diameter for small designs

Contextual Info: PRODUCT DATASHEET SynJet PAR25 Cooler 32W SynJet cooling technology provides the most reliable thermal management solution available. This LED cooler has been developed by Nuventix for cooling PAR 30 lamps or smaller, spotlights and tracklights. • •

PAC300-2

Abstract: PAD703 PAC3201 PAR1501 PAJ1019 AU1042 AU1037 PAC3002 par3 PAD401
Contextual Info: COSO3 PASO201 COSO2 PASO301 COF1 COF2 PAF100 PAF200 PABJ301 COR28 COR29 COR30 COR31 COR24 COR25 COR26 COR27 PAU1204 PAU1205 PAR2402PAD604 PAD602 PAR2502 PAR2401PAD603 PAU1203PAU1202PAD601 PAU1201 PAR2501 PAU1304 PAU1305 PAR2601PAD704 PAR2701 PAD702 PAR2602PAD703

Contextual Info: PRODUCT DATASHEET SynJet PAR25 Cooler 32W SynJet cooling technology provides the most reliable thermal management solution available. This LED cooler has been developed by Nuventix for cooling PAR 30 lamps or smaller, spotlights and tracklights. • •

Contextual Info: How to Use this Guide: This guide cross references Bridgelux LED Arrays to an appropriate thermal solution. The guides give three recommendations: The “Best” solution is the all-around smallest active cooling solution with low acoustics. The “Quietest” solution is for noise sensitive applications. These solutions are often slightly larger than the “Best”

24VAC to 24VDC converter

Abstract: AN1982 par20 par30 par38 40V DC INPUT 24VDC OUTPUT DC POWER SUPPLY 24VAC LED Lamp par38 LM2842 PAR20 PAR30 led lifespan
Contextual Info: National Semiconductor Application Note 1982 Clinton Jensen July 15, 2009 Introduction The standard inputs for these systems can be either a DC system or an AC system. 12VAC and 24VAC systems have been common for some time for low voltage lighting, but 12VDC and 24VDC systems are making a push and are becoming more common. Since there are many 12V systems it

6d40 engine diagram

Abstract: 27mhz remote control receiver ic rx 2b circuit FO HD64404BT sony g14 q2 colour tv receiver H669 Renesas C2L4 Delta Electronics dps 750 vba EQ7 SONY TVR 4621 sony g14 colour tv receiver
Contextual Info: To all our customers Information regarding change of names mentioned within this document, to Renesas Technology Corp. On April 1st 2003 the following semiconductor operations were transferred to Renesas Technology Corporation: operations covering microcomputer, logic,

PCR 405

Abstract: HSU-04 hsu-06 HSU-06B pcr 400 hokuriku hsu06
Contextual Info: Sensors Humidity Sensors HIS-05 • HSU-04A HSU-06B % Humidity Sensor Item HIS-04 Humidity Sensor Units HIS-05 HSU-04A HSU-05B -20V -+ 60 X : 10 ~ 9 0 % R H Operating Humidity Range Dimensions mm 10~90%RH W 7 X L 1 0 .5 X T 4 Response W18XL30XT12 Max. 3.5 Minutes (S T D )

OVM7690

Abstract: lis3dh STMPS2141STR L3G4200D STM32F2 MCBQVGA MCBSTM32F200 L3G4200 OV*7690 st802rt1a
Contextual Info: 3 4 PowerScale COPS NLPB3 PB3 A GND COP2 P2 PIP201 PIP202 PIP203 1 2 3 GND Power measurement B GND PIR601 COR6 R6 GND 2 PIIC202 RT 3 PIR602 PIIC203 PGD 10kPIIC204 4 SS COC27 C27 PIC2702 5 PIC222n 701 PIIC205 SGND CS 8 PIIC208 PIC1401 100nPIL201 COL2 L2 PID50C COD5

PAP102

Abstract: LMH1983 PAC107 pic7801 PAC800 PAP101 PAC702 COC25 LP3878MR-ADJ pir320
Contextual Info: LMH1983 Evaluation Kit Users Guide LMH1983 Evaluation Kit Users Guide Version 1.0 2/4/10 Page 1 of 25 LMH1983 Evaluation Kit Users Guide INTRODUCTION The LMH1983 Evaluation Kit EVK allows for the evaluation of the LMH1983 3G/HD/SD Video Clock Generator with Audio Clock. The LMH1983 device is

PAR5602

Contextual Info: COCN2 PACN2022 PACN2021 PACN2020 PACN2019 PACN2018 PACN2017 PACN2016 PACN2015 PACN2014 PACN2013 PACN2012 PACN2011 PACN2010 PACN209 PACN208 PACN207 PACN206 PACN205 PACN204 PACN203 PACN202 PACN201 PASPI0PROG02 PASPI0PROG04 PASPI0PROG06 COC1 PAC101 PAC102 PAS I0ROM08 PASI0ROM07 PASI0ROM06 PASI0ROM05 COR23

24VAC to 24VDC converter

Abstract: par20 par30 par38 par38 24VAC LED Lamp LM340x LM2842 PAR20 PAR30 fluorescent 12v led lifespan
Contextual Info: TECHNOLOGY edge SM Small, Wide Input Voltage Range LM2842 Keeps LEDs Cool Application Note AN-1982 Clinton Jensen, Senior Applications Engineer Introduction The world seems to be poised to make the leap to LED lighting. Incandescent has been deemed too inefficient,

led bulb

Abstract: LM3429 ANALOG DIMMING synjet 12v bulb LM3429 Led drive LM2842 PAR20 PAR30 led driver
Contextual Info: Nuventix and National Semiconductor Thermal and Electronic Drive Solution for LED Bulb Applications Designing LED replacement bulbs typically requires four different design components: the LED, electronic drive, thermal, and optical solutions. Integrating these design

thermistor 090M

Abstract: 12-0-12 transformer PCR 405 transformer 220 to 12-0-12 PCR-070M Transformer 12-0-12, 500 mA THERMISTOR MARKING thermistor glass PCR-090M pdf+12-0-12+transformer
Contextual Info: Glass Seal Type PTC Thermistor Glass Seal Type PTC Thermistor 䇴For high thermal protection䇵 䊶For temperature control at high temperatures. 䊶Miniaturized with micro-chip type PTC thermistor, high sensitivity and high reliability. Dimensions 70.0 Max.

par20 par30 par38

Abstract: MSS1038-473MLB LM3429 ANALOG DIMMING C5750X7R1H106 PAR38 LM3429 GRM32ER61E226KE15L WSL1206R1500FEA ST SEMICON INC synjet material
Contextual Info: National Semiconductor RD-173 Matt Reynolds June 19, 2009 1.0 Design Specifications Inputs Output #1 VinMin=9V Vout1=16V VinMax=36V Iout1=.7A 2.0 Design Description 3.0 Features The demonstration board includes a LM3429 device that converts 9VDC to 36VDC input to a 700mA constant current

BX R435

Abstract: bx r433 74hct05 A53 SMD 75C185 D9PRS CRYSTAL 14.318MHZ 2N7002-SOT23 SMD SOT23 a41 ABB cp50
Contextual Info: A B C VCC_CORE D +3.3V E +3.3V +3.3V E13 R15 A17 4 3 BG#0/HAHOLD 3 BR#0/HLOCK# 3 TS#/HADS# 3 XATS#/HBE#3 3 3 3 A0/HBE#5 A1/HBE#6 A2/HBE#7 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 A17 A18 A19 A20 A21 A22 A23 A24 A25 A26 A27 A28 A29 A30 A31 M1 K13 L1

Contextual Info: How to Use this Guide: This guide cross references Lumileds LEDs to an appropriate thermal solution. The guides give three recommendations: The “Best” solution is the all-around smallest active cooling solution with low acoustics. The “Quietest” solution is for noise sensitive applications. These solutions are often slightly larger than the “Best”

PAD601

Abstract: PAX102
Contextual Info: COSO4 COSO5 PASO401 COU13 COR18 PAR1802 PAU1305 PAU1304 PAR1801 PAU1301PAU1302PAU1303 PAD404 PAD403 COU12 PAR1901 PAR1902 PAD402 PAD401 COR19 COR16 PAR1701 PAR1702 PAU1201 PAU1202PAU1203 PAD304 PAD303 COD4 COU14 PAU1205 PAU1204 PAR1602 PAR1601 COR17 COR20

By Thermal Performance

Contextual Info: How to Use this Guide: This guide is a tool to help you find the right Aavid cooling solution for your design. Solutions are listed by shape and thermal performance. SynJet solutions are listed multiple times as based on thermal performance for different available settings. For

Contextual Info: Radial Lead Type PTC Thermistor PAR Series Radial Lead Type PTC Thermistor D T Marking d Lead wire F ◆For Degaussing Circuit Leaded Type Dimensions Initial Characteristic Part № PAR-050M050-15I□□ Resistance D T Aft.60Sec. Current Attenuation Characteristic

6d54

Abstract: h8830
Contextual Info: SuperH RISC engine Peripheral LSI HD64404 Hardware Manual ADE-607-042 Rev. 1.0 09/13/02 Hitachi, Ltd. Cautions 1. Hitachi neither warrants nor grants licenses of any rights of Hitachi’s or any third party’s patent, copyright, trademark, or other intellectual property rights for information contained in

HSU-03

Abstract: HIS-02-E "Humidity Sensors" his-06
Contextual Info: Sensors < jD j> Humidity Sensors • HIS-02-E Dimensions mm Item Applications HIS-02-E (W) (Li (t) 11.8X 14.5X4.5 Working Temp.Range ( —20 - 60°C Working Humidity Range ; 2 0 —90% RH Impedance i 55kf2 (5 0 ± 5 % R H ) Rated Voltage AC IV Sine wave and rectangular wave

pap103

Abstract: PAP101 PIR203 pap102
Contextual Info: LMH1983 Evaluation Kit Users Guide LMH1983 Evaluation Kit Users Guide Version 1.0 2/4/10 Page 1 of 25 LMH1983 Evaluation Kit Users Guide INTRODUCTION The LMH1983 Evaluation Kit EVK allows for the evaluation of the LMH1983 3G/HD/SD Video Clock Generator with Audio Clock. The LMH1983 device is

PAR1501

Abstract: PAC1201 PAD10A COC18 COC14 PAJ501 PAJ207 PAD501 COR17 COC11
Contextual Info: COSO4 COSO5 PASO401 COU13 PAU1305 PAU1304 COR18PAR1802 PAR1801 PAU1301 PAU1302 PAU1303 PAD404 COU12 PAR1901 PAR1902 COR19 COR16 PAD402 COD4 PAD403 PAD401 COU14 PAU1205 PAU1204 PAR1602 PAR1601 PAR1701 PAR1702 PAU1201PAU1202PAU1203 PAD304 PAD302 PAD303 PAD301