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Part Manufacturer Description Datasheet Download Buy Part
LTC2955CDDB-1#TRMPBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: 0°C to 70°C
LTC2955CDDB-1#TRPBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: 0°C to 70°C
LTC2955IDDB-1#PBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LTC2955IDDB-2#TRPBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C
LTC2955CDDB-2#PBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: 0°C to 70°C
LTC2955IDDB-1#TRMPBF Linear Technology LTC2955 - Pushbutton On/Off Controller with Automatic Turn-On; Package: DFN; Pins: 10; Temperature Range: -40°C to 85°C

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Light Sensitive Alarm Circuit Diagram using 555

Abstract: lucent optical switch 18-pin TX laser 1418t
Text: to 650 Mbits/s (NRZ). Automatic power control circuitry provides constant optical output power over the operating case tempera ture range. The automatic power control circuitry also compensates for , receptacle Uncooled laser with automatic optical power con trol for constant output power over the operating , modulation, automatic optical output power control , and data reference. The module can be driven by either ac , BAND GAP REFERENCE 11 AUTOMATIC POWER CONTROL CIRCUITRY Ibf DATA O30 k fi · Vcc - 1.3 V


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PDF 18-pin DS96-379LWP Light Sensitive Alarm Circuit Diagram using 555 lucent optical switch 18-pin TX laser 1418t
BA 3922

Abstract: automatic clock room light optical module 1X9
Text: control circuitry provides constant optical output power over the operating temperature range. The automatic power control circuitry also compen sates for laser aging. The optical wavelength at 25 °C is , receptacle Uncooled laser with automatic optical power con trol for constant output power over the operating , IC. The low power consumption circuit provides modulation, auto matic optical output power control , .Transmitter Block Diagram Vccfl SD DATA DATA Figure 2. Receiver Block Diagram Lucent Technologies


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PDF DS96-178LW BA 3922 automatic clock room light optical module 1X9
2004 - Not Available

Abstract: No abstract text available
Text: divider between VO and SGND for variable output PIN FUNCTION Block Diagram 100 0.1µF C4 470pF VDD , divider. The EL7531 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , supply for the power stage Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage Positive supply for the power stage Power supply for the controller stage , Considerations The layout is very important for the converter to function properly. The following PC layout


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PDF EL7531 FN7428 EL7531 12MHz. EL753by
2004 - Not Available

Abstract: No abstract text available
Text: external resistor divider between VO and SGND for variable output PIN FUNCTION Block Diagram 100 , divider. The EL7530 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , controller stage Negative supply for the power stage Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage Positive supply for the power stage Power supply for , Considerations The layout is very important for the converter to function properly. The following PC layout


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PDF EL7530 FN7434 600mA EL7530 12MHz.
2005 - Not Available

Abstract: No abstract text available
Text: external resistor divider between VO and SGND for variable output PIN FUNCTION Block Diagram 100 , divider. The ISL8010 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , controller stage Negative supply for the power stage Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage Positive supply for the power stage Power supply for , Typical Application Diagram ). The phase-lead capacitor creates additional phase margin in the control loop


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PDF ISL8010 FN6191 600mA ISL8010 12MHz.
2005 - Not Available

Abstract: No abstract text available
Text: external resistor divider between VO and SGND for variable output PIN FUNCTION Block Diagram 100 , divider. The ISL8010 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , controller stage Negative supply for the power stage Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage Positive supply for the power stage Power supply for , Typical Application Diagram ). The phase-lead capacitor creates additional phase margin in the control loop


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PDF ISL8010 FN6191 600mA ISL8010 12MHz.
2005 - locomotive dc motor

Abstract: aFBR-2529 IEC61375 layout of power line communication HFBR-1522ETZ glass grid transformers AFBR-2529Z ac motor electric vehicle motor controller circuit diagram HFBR1521ET locomotives capacitors
Text: system design ensures reliable operation of the train power source, propulsion system and coach control , transmission medium to control the switching of power semiconductors-IGBTs, IGCTs, and GTOs -in the , power for the traction motor and to auxiliary electric power generation for onboard electrical systems , , such as power electronics, motor controllers, brakes, and radios. Figure 3 shows the general MVB layout , frequency converter Figure 5. Fiber optic configuration for MVB Traction Power and Grid Power Quality


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PDF AV02-2378EN locomotive dc motor aFBR-2529 IEC61375 layout of power line communication HFBR-1522ETZ glass grid transformers AFBR-2529Z ac motor electric vehicle motor controller circuit diagram HFBR1521ET locomotives capacitors
2002 - MA157

Abstract: RX2 oe GS8000 44-PIN GS8000-165CN MA157A DVI dual link receiver
Text: DDC GS8000 Functional Block Diagram Proprietary and Confidential 25544 - 2 September 2004 , , 8, 15, 44 VDD Analog Power Power supply for the differential input buffers. Connect to , Power Power supply for the differential output cable drivers. Connect to +3.3V DC. 24, 25 TX0 , at room temperature and nominal supply voltage with guardbands for supply and temperature ranges , guardbands for supply and temperature ranges. 2. Production test at room temperature and nominal supply


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PDF GS8000 GS8000 MA157 RX2 oe 44-PIN GS8000-165CN MA157A DVI dual link receiver
2002 - DVI dual link receiver

Abstract: DVI dual link transmitter DVI range extender RX2 oe MA157 MA157A GS8000ACNE3 GS8000 44-PIN tmds receiver
Text: DDC GS8000 Functional Block Diagram Proprietary and Confidential 25544 - 3 May 2005 1 , , 8, 15, 44 VDD Analog Power Power supply for the differential input buffers. Connect to , Power Power supply for the differential output cable drivers. Connect to +3.3V DC. 24, 25 TX0 , NOTES 1. Production test at room temperature and nominal supply voltage with guardbands for supply , guardbands for supply and temperature ranges using correlated test. 3. Production test at room temperature


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PDF GS8000 GS8000 162Mb/s) DVI dual link receiver DVI dual link transmitter DVI range extender RX2 oe MA157 MA157A GS8000ACNE3 44-PIN tmds receiver
2005 - ISL8010

Abstract: ISL8010IUZ ISL8010IUZ-T13 ISL8010IUZ-T7 MSOP10
Text: divider. The ISL8010 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , controller stage 2 PGND Negative supply for the power stage 3 LX Inductor drive pin; high , supply for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN , will further improve the thermal performance. The layout is very important for the converter to , over-temperature protection. FN6191.0 Features · Less than 0.18in2 footprint for the complete 600mA


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PDF ISL8010 600mA ISL8010 12MHz. FN6191 ISL8010IUZ ISL8010IUZ-T13 ISL8010IUZ-T7 MSOP10
2004 - EL7531

Abstract: EL7531IL EL7531IL-T13 EL7531IL-T7 EL7531IY EL7531IY-T13 EL7531IY-T7 MSOP10
Text: features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is typically 1.4MHz and can , Negative supply for the power stage 3 LX Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage 4 VIN Positive supply for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN Enable 8 PG , connected to external sync signal, at external PWM frequency up to 12MHz Block Diagram 100 0.1µF C4


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PDF EL7531 EL7531 12MHz. EL7531IL EL7531IL-T13 EL7531IL-T7 EL7531IY EL7531IY-T13 EL7531IY-T7 MSOP10
2004 - Not Available

Abstract: No abstract text available
Text: divider. The EL7531 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , Negative supply for the controller stage Negative supply for the power stage Inductor drive pin; high , power stage Power supply for the controller stage SYNC input pin; when connected to HI, regulator runs , PIN FUNCTION Block Diagram 100 0.1µF C4 470pF VDD VO 10pF INDUCTOR SHORT + CURRENT SENSE PWM , . Layout Considerations The layout is very important for the converter to function properly. The following


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PDF EL7531 FN7428 EL7531 12MHz. EL75y
2004 - EL7531

Abstract: EL7531IY EL7531IY-T13 EL7531IY-T7 EL7531IYZ EL7531IYZ-T13 EL7531IYZ-T7 MSOP10 beaaa
Text: divider. The EL7531 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , 2 PGND Negative supply for the power stage 3 LX Inductor drive pin; high current , for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN , EN pin connects to logic HI. The layout is very important for the converter to function properly. The following PC layout guidelines should be followed: 1. Separate the Power Ground ( ) and Signal


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PDF EL7531 EL7531 12MHz. FN7428 EL7531IY EL7531IY-T13 EL7531IY-T7 EL7531IYZ EL7531IYZ-T13 EL7531IYZ-T7 MSOP10 beaaa
2004 - Thermal Shut Down Functioned MOSFET

Abstract: EL7530 EL7530IL EL7530IL-T13 EL7530IL-T7 EL7530IY EL7530IY-T13 EL7530IY-T7 MSOP10
Text: divider. The EL7530 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , controller stage 2 PGND Negative supply for the power stage 3 LX Inductor drive pin; high , supply for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN , Considerations R 2 V O = 0.8 × 1 + - R 1 The layout is very important for the converter to , packages are specified for operation over the full -40°C to +85°C temperature range. Ordering


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PDF EL7530 600mA EL7530 12MHz. Thermal Shut Down Functioned MOSFET EL7530IL EL7530IL-T13 EL7530IL-T7 EL7530IY EL7530IY-T13 EL7530IY-T7 MSOP10
2004 - Not Available

Abstract: No abstract text available
Text: divider between VO and SGND for variable output PIN FUNCTION Block Diagram 100 0.1µF VDD VO 10pF , VIN with a resistive divider. The EL7531 features automatic PFM/PWM mode control , or PWM mode only , supply for the power stage Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage Positive supply for the power stage Power supply for the controller stage , . Layout Considerations The layout is very important for the converter to function properly. The following


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PDF EL7531 FN7428 EL7531 12MHz.
2004 - EL7531

Abstract: EL7531IY EL7531IY-T13 EL7531IY-T7 EL7531IYZ EL7531IYZ-T13 EL7531IYZ-T7 MSOP10
Text: divider. The EL7531 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , SGND Negative supply for the controller stage 2 PGND Negative supply for the power stage , regulator output voltage 4 VIN Positive supply for the power stage 5 VDD Power supply for , , at external PWM frequency up to 12MHz Block Diagram 100 0.1µF C4 VDD INDUCTOR SHORT VO , very important for the converter to function properly. The following PC layout guidelines should be


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PDF EL7531 EL7531 12MHz. FN7428 EL7531IY EL7531IY-T13 EL7531IY-T7 EL7531IYZ EL7531IYZ-T13 EL7531IYZ-T7 MSOP10
2004 - MSOP10

Abstract: EL7530 EL7530IY EL7530IY-T13 EL7530IY-T7 EL7530IYZ EL7530IYZ-T13 EL7530IYZ-T7
Text: divider. The EL7530 features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is , 2 PGND Negative supply for the power stage 3 LX Inductor drive pin; high current , for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN , formula: The layout is very important for the converter to function properly. The following PC layout , over-temperature protection. FN7434.3 Features · Less than 0.18in2 footprint for the complete 600mA


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PDF EL7530 600mA EL7530 12MHz. FN7434 MSOP10 EL7530IY EL7530IY-T13 EL7530IY-T7 EL7530IYZ EL7530IYZ-T13 EL7530IYZ-T7
2004 - EL7530IY

Abstract: EL7530IY-T13 EL7530IY-T7 EL7530IYZ EL7530IYZ-T13 EL7530IYZ-T7 MSOP10 EL7530
Text: features automatic PFM/PWM mode control , or PWM mode only. The PWM frequency is typically 1.4MHz and can , for the power stage 3 LX Inductor drive pin; high current digital output with average voltage equal to the regulator output voltage 4 VIN Positive supply for the power stage 5 VDD Power supply for the controller stage 6 SYNC 7 EN Enable 8 PG Power-Good open , sync signal, at external PWM frequency up to 12MHz Block Diagram 100 0.1µF VDD INDUCTOR


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PDF EL7530 600mA EL7530 12MHz. FN7434 EL7530IY EL7530IY-T13 EL7530IY-T7 EL7530IYZ EL7530IYZ-T13 EL7530IYZ-T7 MSOP10
1997 - DSP56303UM

Abstract: No abstract text available
Text: Automatic Gain Control and Room Monitor Answering Machine Table 2. Host Control Features Control Type , speakerphone with telephone answering machine. The modem system is shown in the block diagram . The application software uses the ISA interface to send and receive data/ control information to and from the , MOTOROLA MS143452SK 1 SOFTWARE BLOCK DIAGRAM WINDOWS™ APPLICATIONS WINDOWS–BASED APIs AT , using Motorola’s DSP56303 24–Bit Digital Signal Processor (DSP). It is implemented with the control


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PDF MS143452SKPP/D MS143452SK MS143452SK DSP56303 42/MNPÂ 42bis/MNP5 1ATX45014â DSP56303UM
1998 - motorola PCI 3 modem schematics

Abstract: DSP56300 MC143416 MC143421 MC143455RDK MS143455SK
Text: Pump with Automatic Gain Control and Room Monitor Answering Machine Table 2. Host Control Features , and Windows NTTM device driver and a PCI interface. The modem system is shown in the block diagram . The application software uses the PCI interface to send and receive data/ control information to and , , Inc. 1998 MOTOROLA MS143455SK 1 SOFTWARE BLOCK DIAGRAM WINDOWS APPLICATIONS WINDOWS­BASED , control code running on the host PC and the data pump code running on the DSP. The main features of the


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PDF MS143455SKPP/D MS143455SK MS143455SK DSP56300 42/MNP 42bis/MNP5 1ATX45015 motorola PCI 3 modem schematics MC143416 MC143421 MC143455RDK
1998 - "voice codec" modem 56k

Abstract: DSP56300 MC143416 MC143452RDK MS143452SK
Text: Full­Duplex Speakerphone Pump with Automatic Gain Control and Room Monitor Answering Machine Table 2. Host , speakerphone with telephone answering machine. The modem system is shown in the block diagram . The application software uses the ISA interface to send and receive data/ control information to and from the , MOTOROLA MS143452SK 1 SOFTWARE BLOCK DIAGRAM TM APPLICATIONS WINDOWS WINDOWS-BASED APIs , control code running on the host PC and the data pump code running on the DSP. The main features of the


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PDF MS143452SKPP/D MS143452SK MS143452SK DSP56300 42/MNP 42bis/MNP5 1ATX45014 "voice codec" modem 56k MC143416 MC143452RDK
1997 - Not Available

Abstract: No abstract text available
Text: Automatic Gain Control and Room Monitor Answering Machine Table 2. Host Control Features Control Type , diagram . The application software uses the PCI interface to send and receive data/ control information to , TN97111100 © Motorola, Inc. 1997 MOTOROLA MS143455SK 1 SOFTWARE BLOCK DIAGRAM WINDOWS , €“Bit DSP with Adjustable Control Features for Market Differentiation High Quality Dual Integrated , using Motorola’s DSP56303 24–Bit Digital Signal Processor (DSP). It is implemented with the control


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PDF MS143455SKPP/D MS143455SK MS143455SK DSP56303 42/MNPÂ 42bis/MNP5 1ATX45015â
OD-J7820-0B11

Abstract: OD-J7820-0B21 OD-J7820-0B31 OD-J7820-AB11 OD-J7820-AB21 OD-J7820-AB31
Text: converter, APC: Automatic power control circuit, ADC: Analogue to digital converter, EEPROM: Electronic , .6 3. Functional Block Diagram .7 (1) Functional Block Diagram , .9 (1) Outline diagram , Pin layout , 2001 Rev. 1 3. Functional Block Diagram (1) Functional Block Diagram FF SEL LD SEL


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PDF 08Mbps OD-J7820-0B OC-12 OD-J7820-AB OD-J7820-0B11 OD-J7820-0B21 OD-J7820-0B31 OD-J7820-AB11 OD-J7820-AB21 OD-J7820-AB31
1998 - 601 Opto isolator

Abstract: T7234 lucent T7234A T7234 LUCENT t7901 pn96 T7234A PN9806 LUCENT T7237
Text: CRYSTAL OSC. 5-2292.c (C) Figure 1. T7234 Block Diagram Product Brief April 1998 T7234 , and ETSI loop performance requirements for U- and S/T-interfaces s Exceeds ETSI microinterruption standard s Allows simple resistive connections to S/T devices for dedicated applications s Includes state machines for embedded operations channel (eoc) and North American metallic loop termination (MLT) s +5 V power supply Device Package Temperature T7234A 44-Pin PLCC The


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PDF T7234 T7234A 44-Pin PN98-060ISDN PN96-063ISDN) 601 Opto isolator lucent T7234A T7234 LUCENT t7901 pn96 T7234A PN9806 LUCENT T7237
2006 - emmc pcb layout

Abstract: eMMC intel EMMC software eMMC emmc operation emmc Card connector 8051s verilog code image processing filtering MicroTCA Carrier hub eMMC memory
Text: requirements endemic to a high density power solution. With plenty of room for layout , the design was easily , monitoring and selection · Power conversion · Control interface to MCH for status and , Input ADC ­ B Figure 5 · Block Diagram of Power Module EMMC Block Implemented in Fusion The Actel , Converter C l o c k J S M Power Control Mgmt Power Converter EMMC Backplane , MicroTCA Block Diagram The PICMG MicroTCA specification was written with the following design goals in


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PDF AC287 emmc pcb layout eMMC intel EMMC software eMMC emmc operation emmc Card connector 8051s verilog code image processing filtering MicroTCA Carrier hub eMMC memory
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