Supercool
Abstract: Supercool BOX 27 401 20 Supercool BOX-27
Text: Thermoelectric solutions Our standard range is wide enough to satisfy 8 out of 10 customers Custom design and engineering 4-5 Thermoelectric Systems Applications 6 Air Cooling & Heating 8-9 Accessories Supercool worldwide 7 Direct Cooling & Heating 10-11 Power supplies
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Supercool LK 03
Abstract: 433/Supercool LK 03 Supercool PR-59 Supercool BOX 27 DA AAC050 tunnel sensor thermoelectric generator F-09225-24-2 LA-160-24-02
Text: Thermoelectric solutions Our standard range is wide enough to satisfy 8 out of 10 customers Custom design and engineering 4-5 Thermoelectric Systems Applications 6 Air Cooling & Heating 8-9 Accessories Supercool worldwide 7 Direct Cooling & Heating 10-11 Power supplies
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Supercool
Abstract: AA-100-24-22 peltier power generation
Text: PowerCool - The hottest new range in the world of thermoelectrics. Thanks to advances in aluminium extrusion and Typical applications include: improved air distribution, Supercool’s innovative • Air conditioning in electronic cabinets PowerCool range is set to create an industry bench-
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AA-100-24-22-
Supercool
AA-100-24-22
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PE-127-14-11
Abstract: Supercool PE-127-10-25 PF-127-14-25-S PE-127-14-15 PE-127-14-25 PE-071-14-15 Generator Seebeck PE-031-07-10 Supercool PF-127-10-13
Text: There are 120 reasons to choose a standard thermoelectric module from Supercool. But one is enough We Scandinavians don’t tend to sing our own praises. So refrigerator running on our TE-modules will be about 3-4°C when we say we supply the best thermoelectric modules on
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circuit diagram of heat sensor with fan cooling
Abstract: POWER SUPPLY BOARD 94V0 24V 500W dc motor speed control circuit diagram circuit diagram dc 12 to ac 220 500w ELECTRIC MOTOR 24V 500W SK 3352500 3110000 rittal rittal 3114.100 brushless DC motor 200w 24v to 48v dc fan from brushless
Text: Section 5_200-257 4/7/04 Product Diversity • 9:03 AM Page 21 Knowledge Transfer ■ MPS Expertise ■ Globalization ■ Integrative Thinking Supercool, Hot Swappable RiCool System Blower Cool Solutions . . . 220 Section 5_200-257 4/7/04 9:03 AM Page 22 19 Plants, 40 Subsidiaries
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220cfm
circuit diagram of heat sensor with fan cooling
POWER SUPPLY BOARD 94V0
24V 500W dc motor speed control circuit diagram
circuit diagram dc 12 to ac 220 500w
ELECTRIC MOTOR 24V 500W
SK 3352500
3110000 rittal
rittal 3114.100
brushless DC motor 200w
24v to 48v dc fan from brushless
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Supercool
Abstract: PE-127-14-15 PE-127-14-11 PE-241-10-25 PF-127-14-25-S PE-131-10-13 PE-127-14-25 PELTIER EFFECT peltier 75 watts Supercool PF-071-10-13
Text: Thermoelectric modules There are 120 reasons to choose a standard thermoelectric module from Supercool. But one is enough We Scandinavians don’t tend to sing our own praises. So refrigerator running on our TE-modules will be about 3-4°C when we say we supply the best thermoelectric modules on
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PE-127-14-11
Abstract: Supercool PE-127-14-15-S-UK PE-127-14-11-S PE-127-14-15 PE-127-10-13 PE-131-10-13 PE-131-10-13-S-UK PE-127-14-11-S-UK Supercool pe-127-14-15
Text: 1 2 3 4 5 6 7 I max U max Pc max ∆T max A B H 8 L Wire At hot side temperature Th=25°C / 298K A Bu0.2 Hu0.02 A B Au0.2 i 0.04 A r 0.02 Part nr: [A] [VDC] [W] [°C] [mm] [mm] [mm] PE-127-10-13-S-UK 3,9 16,4 37,2 70 30 30 3,6 [mm] AWG 200 24 PE-127-14-11-S-UK
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PE-127-14-15-S-UK
PE-127-14-11-S-UK
PE-131-10-13-S-UK
PE-127-10-13-S-UK
S-40120
PE-127-14-11
Supercool
PE-127-14-15-S-UK
PE-127-14-11-S
PE-127-14-15
PE-127-10-13
PE-131-10-13
PE-131-10-13-S-UK
PE-127-14-11-S-UK
Supercool pe-127-14-15
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PE-031-10-20-UK
Abstract: PE-127-14-15 PE-127-14-11 PE-063-08-15 PE-127-10-13 PE-071-10-13 Supercool pe-127-14-15 Supercool PE-031-08-15 PE-031-10-13
Text: 1 2 3 4 5 6 I max 7 U max Pc max ∆T max A B H 8 L Wire At hot side temperature Th=25°C / 298K A Hu0.02 Bu0.2 A B Au0.2 i 0.04 A r 0.02 Warm side. C r 0.02 Cold side Part nr: [A] [VDC] [W] [°C] [mm] [mm] [mm] 2.2 2.1 2.9 74 9 9 3.8 PE-017-08-15-UK 8.4
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PE-017-08-15-UK
PE-017-14-11-UK
PE-031-08-15-UK
PE-031-10-13-UK
PE-031-10-20-UK
PE-031-20-25-UK
PE-063-08-15-UK
PE-063-10-13-UK
PE-071-08-15-UK
S-40120
PE-031-10-20-UK
PE-127-14-15
PE-127-14-11
PE-063-08-15
PE-127-10-13
PE-071-10-13
Supercool pe-127-14-15
Supercool
PE-031-08-15
PE-031-10-13
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Supercool
Abstract: Supercool BOX-27 9138B 27681 Supercool AB box 27 40120
Text: Specifica tion: Ta=32°C Code: Description: Heat t ransfer, cold side: Heat t ransfer, warm s ide: Cascade: Cooling pow er: [W] Voltage, nomi nal: [VDC] TEM Voltage: [VDC] TEM Current: [A] Fan(s ), c old si de: Fan(s ), w ar m side: Temperature contr oller, sensor:
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S-40120
AA-033-12-22-00-00
Supercool
Supercool BOX-27
9138B
27681
Supercool AB box 27 40120
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Supercool
Abstract: Supercool BOX-27 Supercool 25
Text: Specifica tion: Ta=32°C Heat t ransfer , cold side: Heat t ransfer , w arm s ide: Cascade: Cooling pow er: [W] Voltage, nomi nal: [VDC] TEM Volt age: [VDC] TEM Current : [A] Fan(s ), c old si de: Fan(s ), w ar m side: Temperature cont roller, sens or: Temperature cont rol set tings, tri m options:
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S-40120
AA-026-12-22-00-00
Supercool
Supercool BOX-27
Supercool 25
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PE-032-14-15-RH-UK
Abstract: No abstract text available
Text: 1 2 3 4 5 6 Hu0.02 D d d2 8 H L [mm] 3.9 [mm] 200 At hot side temperature Th=25°C / 298K Part nr: [A] [VDC] [W] [°C] [mm] [mm] [mm] PE-032-14-15-RH-UK 6 4.0 15 74 55 27 44 Pc max = Cooling power at ∆T = 0 and I = I max. ∆T max = Temperature difference at I = I max and Pc = 0.
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PE-032-14-15-RH-UK
S-40120
truktion\Komponent\TEM\PE-032-14-15-RH-UK
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Supercool
Abstract: PE-192-1420-1118 PE-190-1010-1212-UK PE-190-1010-1212
Text: 1 2 3 4 5 6 7 I max U max Pc max ∆T max Rac A B H 8 L Wire At hot side temperature Th=25°C / 298K Hu0.02 Bu0.2 A A B Au0.2 i 0.04 A r 0.02 Hot side. C Part nr: [A] [VDC] [W] [°C] [Ohm] [mm] [mm] PE-190-1010-1212-UK 2.8 15.7 16.4 87 4.78 30 30 PE-192-1420-1118-UK
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PE-190-1010-1212-UK
PE-192-1420-1118-UK
S-40120
Supercool
PE-192-1420-1118
PE-190-1010-1212-UK
PE-190-1010-1212
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Supercool PF-127-10-13
Abstract: UL1180 Supercool PF-071-14-15 27681 Supercool BOX-27 Supercool PF-071-10-13
Text: 1 2 3 4 5 6 7 I max U max Pc max ∆T max RAC A B H [mm] [mm] 30 30 40 30 30 40 8 L Wire [mm] [mm] AWG 3,9 3,6 3,9 200 200 300 22 24 22 At hot side temperature Th=25°C / 298K A Hu0.02 Bu0.02 Part nr: [A] [VDC] [W] [°C] PF-071-14-15-UK PF-127-10-13-UK PF-127-14-15-UK
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PF-071-14-15-UK
PF-127-10-13-UK
PF-127-14-15-UK
S-40120
Supercool PF-127-10-13
UL1180
Supercool
PF-071-14-15
27681
Supercool BOX-27
Supercool PF-071-10-13
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fixed point fir filter on matlab
Abstract: matlab FIR filter matlaB simulink design FIR Filter matlab simulink Design Filter using simulink in matlab ISPVM fixed point matlab code FIR filter matlaB design code matlab simulink
Text: DSP Floating Point to Fixed Point Conversion Tutorial Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 November 2008 Copyright Copyright 2008 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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ISPGDS
Abstract: LeonardoSpectrum
Text: ispLEVER/Mentor Graphics Precision RTL Synthesis Release Notes Version 2004c.1450OEM_Lattice Technical Support Line: 1-800-LATTICE or 408 826-6002 Web Update: To view the most current version of this document, go to www.latticesemi.com. LEVER-RN 4.2 SP1_PRECISION
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2004c
1450OEM
1-800-LATTICE
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LeonardoSpectrum
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matlab simulink
Abstract: color space conversion matlab 0.299 0.587 0.114
Text: DSP: Using Upsampling and Downsampling for Color Space Conversion Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 November 2008 Copyright Copyright 2008 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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Untitled
Abstract: No abstract text available
Text: Release Notes for ispLEVER 8.1 Welcome to ispLEVER , the complete design environment for Lattice Semiconductor FPGAs. This version of ispLEVER adds a variety of enhancements to make designing for Lattice Semiconductor programmable devices easier than ever. The design tools also include support for the latest
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calculator
Abstract: design a simple calculator calculator project
Text: Power Calculator Introductory Guide Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 April 2008 Copyright Copyright 2008 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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LC4256V-10T100I
Abstract: LC4256V MUX4TO1 electronic circuit project
Text: HDL Design with Precision RTL Synthesis: CPLD Flow Tutorial Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 December 2005 Copyright Copyright 2005 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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Untitled
Abstract: No abstract text available
Text: Reveal Troubleshooting Guide This document describes the design restrictions for using on-chip debug. HDL Language Restrictions The following features are valid in the VHDL and Verilog languages but are not supported in Reveal Inserter when you use the RTL flow:
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Supercool
Abstract: peltier SI2305 TEC H bridge PWM Regulator peltier wheatstone bridge ntc 10k 10% D5 CDRH6D28 a 1757 transistor MAX4122
Text: Maxim/Dallas > App Notes > FIBER-OPTIC CIRCUITS SENSOR SIGNAL CONDITIONERS TEMPERATURE SENSORS and THERMAL MANAGEMENT Keywords: PWM, temperature controller, thermoelectric cooler, TEC Sep 27, 2002 APPLICATION NOTE 1757 HFAN-08.2.1: PWM Temperature Controller for Thermoelectric
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HFAN-08
com/an1757
MAX1637:
MAX4250:
AN1757,
APP1757,
Appnote1757,
Supercool
peltier
SI2305
TEC H bridge
PWM Regulator peltier
wheatstone bridge
ntc 10k 10% D5
CDRH6D28
a 1757 transistor
MAX4122
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ECP2L
Abstract: riviera pro riviera Lattice Semiconductor
Text: Simulating Designs for Lattice FPGA Devices Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 May 2007 Copyright Copyright 2007 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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vital2000
vital2000
/vlib/vital2000/vital2000
ECP2L
riviera pro
riviera
Lattice Semiconductor
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combinational logic circuit project
Abstract: LCMXO1200 FTBGA256 ispLEVER project Navigator route place isplever starter user guide
Text: Synthesis Data Flow Tutorial Lattice Semiconductor Corporation 5555 NE Moore Court Hillsboro, OR 97124 503 268-8000 November 2008 Copyright Copyright 2008 Lattice Semiconductor Corporation. This document may not, in whole or part, be copied, photocopied,
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150-302-87001
Abstract: M/vogt 28949 Supercool BOX-27 t05c Supercool BOX 27 401 20 Supercool PR-59 F 54179 S/BIP/SCB345100/B/30/DSCC 93073
Text: TII L£K M I S T O R S P l i C I 1* I C AT I ON 1-50- 472- 85001/ ^ 1 5 0 - 3 0 2 - 8 7 0 0 1 1. ELECTRICAL CHARACTERISTICS ¿k>0'C ; RO 10 kilo ohms ±2% 1-1. Zero Power Resistance at 2 5 ^ -i— R25 — 1 4r~72-ki-ie^-ohas—*&% ^t0.5*C 0-101C 1-2. B-Value: H0/25
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72--ki-ie
0-101C)
H0/25
S860K
150-302-87001
M/vogt 28949
Supercool BOX-27
t05c
Supercool BOX 27 401 20
Supercool PR-59
F 54179
S/BIP/SCB345100/B/30/DSCC 93073
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