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Part Manufacturer Description Datasheet BUY
ULN2003LVDR Texas Instruments Low Power 3.3V & 5V Relay Driver 16-SOIC -40 to 85 visit Texas Instruments Buy
DS3680D Texas Instruments Quad Telephone Relay Drivers 14-SOIC 0 to 70 visit Texas Instruments Buy
UC3702N Texas Instruments Quad PWM Relay Driver 16-PDIP 0 to 70 visit Texas Instruments
ULN2003V12PWR Texas Instruments Low Power 7 channel Relay Driver 16-TSSOP -40 to 125 visit Texas Instruments Buy
ULN2003LVPWR Texas Instruments Low Power 3.3V & 5V Relay Driver 16-TSSOP -40 to 85 visit Texas Instruments Buy
UC3702D Texas Instruments Quad PWM Relay Driver 16-SOIC 0 to 70 visit Texas Instruments

scl-1-h-dpno RELAY

Catalog Datasheet MFG & Type PDF Document Tags

Full-bridge SG3525

Abstract: scl-1-h-dpno BZV55C10 D31 SCL-1-H-DPNO RL1 VPP D36 BZV55C75 t INV_OUT2 RT2 JNR15S70L JNR15S2R5M , full-bridge generating quasi-sine waveform. July 2008 Rev 1 1/66 www.st.com Contents UM0527 Contents 1 General description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , figures Figure 1. Figure 2. Figure 3. Figure 4. Figure 5. Figure 6. Figure 7. Figure 8. Figure 9 , . . . . . . . 50 UM0527 General description 1 General description 1.1 Hardware
STMicroelectronics
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Full-bridge SG3525 scl-1-h-dpno schematic diagram battery charger sg3525 scl-1-h-dpno RELAY UPS sg3525 circuit diagram schematic diagram dc-ac inverter sg3525 RS232

MBRS110T3

Abstract: LT4250 low turns off the Port 1 switch. A4: Relay 1 Enable. Logic high turns on Port 1 relay, logic low turns off Port 1 relay. A1: Switch 2 Enable. Logic high turns on Port 2 switch, logic low turns off , as an example, a normal power-up cycle begins when the switch 1 enable bit (A0) and relay 1 enable , channel is allowed to turn back on if the relay 1 enable (A4) and switch 1 (AO) enable bits are set , network power controller with independent relay drivers and I2C compatible interface. Each channel can be
Linear Technology
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LTC4255 FDC3612 MBRS110T3 V23079 LTC1694 LT4250 LTC4255CG

potter and brumfield

Abstract: FDC3612 turns off Port 4 switch. A4: Relay 1 Enable. Logic high turns on Port 1 relay, logic low turns off Port 1 relay. A5: Relay 2 Enable. Logic high turns on Port 2 relay, logic low turns off Port 2 relay , when the switch 1 enable bit (A0) and relay 1 enable bit (A4) are set high and then latched into the , cleared, and the channel is allowed to turn back on if the relay 1 enable (A4) and switch 1 (AO) enable , has Separate Relay Drivers, ON/OFF Control, Short-Circuit Protection with Current Foldback
Linear Technology
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MBRS1100T3 potter and brumfield g1751 LTC4251 LTC4300-1/LTC4300-2

MLX81101

Abstract: MLX90302 ) 0 - PWM mode selected (TRPWMB) 1 - Thermal relay mode selected (TRPWMB) - PWM repetition number , '" up to 127 sensors can be read via common 2 wires Thermal relay / alert Body temperature , Standard Packing part form Code Code -X X X -000 -TU MLX90614 SF (TO-39) (1) (2) (3) E (-40 C.85 C) K (-40 Câ'¦125 C) (1) Supply Voltage/ Accuracy (2) Number of thermopiles: (3) Package options , -000-TU * : See page 2 Part No. 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V 1 MLX90614 J1 SCL U1
Melexis
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MLX81101 MLX90302 SUN HOLD relay MD-5 MLX90614Dxx MLX90614XCF ISO14001

MLX90614XCI

Abstract: MLX81101 ; Multiple zone temperature control ­ up to 100 sensors can be read via common 2 wires Thermal relay , (-40°C to 85°C) K (-40°C to 125°C) (1) Supply Voltage/ Accuracy A - 5V B - 3V C - Reserved D - 3V medical accuracy Example: MLX90614ESF-BAA 1 Functional diagram M LX90614Ax x: Vdd=4.5.5.5V 1 MLX90614 J1 SCL U1 SCL Vz SDA Vdd GND PWM 2 SDA V ss 4 Vdd 3 C1 0.1uF , to SM Bus Figure 1: Typical application schematics 3901090614 Rev 006 Package Code SF (TO
Melexis
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MLX90614XCI MLX90614DCI SDS RELAY s2 24v MLX90614DAA s2 12V SDS RELAY MLX90614XCC

MLX90614ACF

Abstract: a105 transistor TOSHIBA SDA pin configured as Push-Pull (PPODB) 0 - PWM mode selected (TRPWMB) 1 - Thermal relay mode selected , sensors can be read via common 2 wires Thermal relay / alert Body temperature measurement Ordering , -39) (1) (2) (3) -000 -TU E (-40°C.85°C) K (-40°C.125°C) (1) Supply Voltage/ Accuracy (2) Number of , 2 Part No. 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V 1 MLX90614 J1 SCL U1 SCL Vz 2 , SMBus Figure 1: Typical application schematics 3901090614 Rev 007 Page 1 of 52 Data Sheet August
Melexis
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MLX90614ACF a105 transistor TOSHIBA thermostat pw MLX90614XCH MLX90614ACC Zener diode smd marking T6

MLX81101

Abstract: MLX90302 control ­ up to 100 sensors can be read via common 2 wires Thermal relay / alert Body temperature , 125°C) (1) Supply Voltage/ Accuracy A - 5V B - 3V C - Reserved D - 3V medical accuracy Example: MLX90614ESF-BAA 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V J1 1 MLX90614 SCL U1 , differ in different applications for optimum EMC MLX90614 connection to SMBus Figure 1 Typical , single zone B ­ dual zone C ­ gradient compensated* - Option Code -X X X (1) (2) (3) (3) Package
Melexis
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01CH marking transistor block diagram of energy saving system using Infra human body temperature detection sensor mlx90614 MLX90614BXX MLX90614XXA E034h

MLX90614Dxx

Abstract: MLX81101 ) 0 - PWM mode selected (TRPWMB) 1 - Thermal relay mode selected (TRPWMB) - PWM repetition number , '" up to 127 sensors can be read via common 2 wires Thermal relay / alert Body temperature , Standard Packing part form Code Code -X X X -000 -TU MLX90614 SF (TO-39) (1) (2) (3) E (-40 C.85 C) K (-40 Câ'¦125 C) (1) Supply Voltage/ Accuracy (2) Number of thermopiles: (3) Package options , -000-TU * : See page 2 Part No. 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V J1 1 MLX90614 SCL U1
Melexis
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MLX81101

Abstract: TRANSISTOR SMD MARKING CODE 2t Push-Pull, 0 ­ Open Drain NMOS, factory pin PWM: default Bit 3 Mode selection 1 - Thermo Relay, 0 - , control ­ up to 100 sensors can be read via common 2 wires Thermal relay/alert Body temperature , to 125°C) (1) Supply Voltage/ Accuracy A - 5V B - 3V C - Reserved D - 3V medical accuracy Example: MLX90614ESF-BAA 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V J1 1 MLX90614 SCL U1 , differ in different applications for optimum EMC MLX90614 connection to SMBus Figure 1 Typical
Melexis
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TRANSISTOR SMD MARKING CODE 2t Ir sensor pin details block diagram of energy saving system using Infrared TRANSISTOR SMD MARKING CODE KE 6 PIN PWM SMD IR thermometer

MLX81101

Abstract: MLX90302 temperature control ­ up to 100 sensors can be read via common 2 wires Thermal relay/alert Body temperature , 125°C) (1) Supply Voltage/ Acccuracy A - 5V B - 3V C - Reserved D - 3V medical accuracy , -X X X (1) (2) (3) (3) Package options: A ­ Standard package B ­ Reserved C ­ 35° FOV Example: MLX90614ESF-BAA 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V J1 1 MLX90614 SCL U1 SCL Vz PWM Vss 4 , applications for optimum EMC MLX90614 connection to SMBus Figure 1 Typical application schematics
Melexis
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KSD* thermostat MLX90614xAC WORKING PRINCIPLE IR SENSOR sds relays MLX90614XXC infra red module

MLX81101

Abstract: MLX90302 control ­ up to 100 sensors can be read via common 2 wires Thermal relay/alert Body temperature , measurements versatility Automotive grade Ordering Information Part No. MLX90614 X X X (1) (2) (3) (1) Supply Voltage: A - 5V power (adaptable for 12V) B - 3V power 1 Functional diagram MLX90614Axx: Vdd=4.5.5.5V 1 MLX90614 J1 SCL U1 SCL Vz P WM 4 Vss SDA 2 SDA Vdd GND Vdd 3 C1 , connection to SMBus Figure 1 Typical application schematics 3901090614 Rev 1.0 (2) Number of
Melexis
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MLX90614ABA MLX90601BAA MLX90614BAA t3025 UA 741 SMD 7431-2 Series

MLX81101

Abstract: s2 12V SDS RELAY . MLX90616 Temperature Code E:(-40°C to 85°C) Package Code SF (TO-39) -Option Code -X X X (1) (2) (3) (2) Number of thermopiles C ­ gradient compensated: See page 2 Standard Part -000 Packing Form - TU (1 , options: A ­ Standard package 1 Functional diagram J1 SCL SDA Vdd GND CON1 1 MLX90616 SCL U1 PWM 2 SDA , connection to SMBus Figure 1: Typical application schematics The MLX90616 is intended to be used in , an industry standard TO-39 package. 3901090616 Rev 002 Page 1 of 36 Data Sheet August 20
Melexis
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MLX90616ESF-HCA MLX90616ESF-HCA-000-TU MLX90 103755 thermopile circuits ABOUT digital thermometer
Abstract: temperature control â'" up to 100 sensors can be read via common 2 wires Thermal relay/alert Body , °C) K (-40°C to 125°C) (1) Supply Voltage/ Acccuracy A - 5V B - 3V C - Reserved D - 3V medical , Option Code -X X X (1) (2) (3) (3) Package options: A â'" Standard package B â'" Reserved Example: MLX90614ESF-BAA 1 Functional diagram M LX90614Axx: Vdd=4.5.5.5V J1 1 MLX90614 SCL U1 SCL Vz SDA , different applications for optimum EMC MLX90614 connection to SMBus Figure 1 Typical application Melexis
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MLX90616

Abstract: MLX90302 - 000 (1)(2)(3) Packaging Form - TU (1) Supply Voltage/ Accuracy H - 3V , no IR calibration (2 , 1 Functional diagram J1 SCL SDA Vdd GND CON1 1 MLX90616 SCL U1 PWM 2 SDA Vdd 3 Vss 4 C1 0.1uF 2 , 1: Typical application schematics The MLX90616 is intended to be used in applications where the , industry standard TO-39 package. 3901090616 Rev 001 Page 1 of 37 Data Sheet October 27, 2011 , 1. It can be easily changed by the customer for any other emissivity in the range 0.1.1.0 without
Melexis
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sigma sensitive relay MLX90614A ipu2 Circuit design for the thermostat and thermometer with analog output Zener diode smd marking T1
Abstract: Code E:(-40°C to 85°C) Package Code SF (TO-39) (1) Supply Voltage/ Accuracy H - 3V , no IR calibration -Option Code -X X X (1) (2) (3) (2) Number of thermopiles C â'" gradient compensated , package Example: MLX90616ESF-HCA-000-TU 1 Functional diagram J1 SCL SDA Vdd GND CON1 1 , the factory. The digital interface of the sensor is SMBus compatible. Figure 1: Typical , -39 package. 3901090616 Rev 002 Page 1 of 36 Data Sheet August 20, 20121 MLX90616ESF-HCA Infra Melexis
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KC-515

Abstract: KC-500 - Relay 1 - 3 .23 3.13 JP18 - MDIS/NMI , Button S3 Relay 1 Relay 2 Relay 3 Signal level 5 VDC TTL TTL TTL , -483e_1 Jumpers 3.12 JP15 - JP17 - Relay 1 - 3 With jumpers JP15 to JP17, the on-board relays (Rx) can be , Analog Input 2 is connected to AN3 (P1.3) - Analog Input 3 is connected to AN4 (P1.4) - Relay 1 is , (P6.4) - Relay 1 is connected to PA3 (P1.3) - Relay 2 is connected to PA4 (P1.4) - Relay 3 is
PHYTEC
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KC-515 KC-500 phytec KC167 kc515 phytec KC-167 C505C D-07973 L-483 D-55135

circuit diagram of delay timer on off

Abstract: power off delay timer circuit diagram starts when the master (first) voltage is applied. For the circuit to work, the timer is set to 1 , some flexibility in the individual turn on delays. With the WDT set to 1 second, all delay times will likely need to be set to 100ms. In this application, two X80140 quad sequencers (See Figure 1) are , FIGURE 1. X80140 BLOCK DIAGRAM 1 CAUTION: These devices are sensitive to electrostatic discharge , Supply On/Off 2.5V 1 2 3 4 5 6 Note: Power supply #7 is not monitored if V4MON
Intersil
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74HC76 74HC4078 circuit diagram of delay timer on off power off delay timer circuit diagram on delay timer circuit diagram ic timer 12v relay AN161

74HC76

Abstract: circuit diagram of delay timer on off work, the timer is set to 1 second or 5 seconds. If the WDT (ViGDO) output goes active before all of , set to 1 second, all delay times will likely need to be set to 100ms. In this application, two X80140 quad sequencers (see Figure 1) are used to sequence seven DC/DC converters (see Figure 2). The , become active. This triggers the latch, which pulls the MR pin Figure 1. X80140 Block Diagram RESET , circuit repeated 4 times www.xicor.com VSS 1 of 3 Application Note AN161 Figure 2
Xicor
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74hc76 datasheet and application notes power on delay timer circuit diagram an161 application 603K circuit diagram of delay timer on delay off AN161 xicor X80140/41/42/43

it 8512E ic data sheet

Abstract: 8512E LED Relay Driving Capable PC Interface or User-Supplied I2C Interface Windows 2000/XP/Vista (32 , ) Murata GRM1885C1H220J TDK C1608C0G1H220J 1 0.033µF ±10%, 16V X7R ceramic capacitor (0603) Murata , C1608C0G1H100J DESIGNATION QTY C19 1 47µF ±20%, 10V low-ESR POSCAP (C) SANYO 10TPB47MC 1 , JMK107BJ105KA C21 1 4.7µF ±10%, 6.3V X5R ceramic capacitor (0805) Murata GRM21BR60J475KA AVX , D5­D8 4 White LEDs (PLCC-2) D9 1 Green LED (0603) FB1 0 Not installed, ferrite
Maxim Integrated Products
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MAX7313 it 8512E ic data sheet 8512E atmel 93C46 use for scale GRM188R71C104K GRM21BR61C106K 2000/XP/V MAX7313EVKIT

EVB90614

Abstract: WM4902-ND temperature become above 28ºC the Thermo Relay output is switching over in logical "1" (Fig. 5.18). Min and , Evaluation Board EVB90614 User Manual 390129061401 Rev 004 Page 1 of 23 User Manual Jan/2008 USER MANUAL MLX90614 Evaluation board Table of Contents 1 Introduction , Evaluation board 1 Introduction The EVB90614 is designed to support MLX90614 infrared thermometer modules , contains the following items: 1. FS USB demonstration board, pre-programmed with USB bootloader and
Melexis
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WM4902-ND IR SENSOR MLX90614AAA melexis eeprom MINIUSb-5 LTC1694IS5 NFM21P NDS332P 22/10TB LP2980-ADJ 12302SCT2
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