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LTC1472CS#TRPBF Linear Technology LTC1472 - Protected PCMCIA VCC and VPP Switching Matrix; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1472CS#TR Linear Technology LTC1472 - Protected PCMCIA VCC and VPP Switching Matrix; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1472CS#PBF Linear Technology LTC1472 - Protected PCMCIA VCC and VPP Switching Matrix; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LTC1472CS Linear Technology LTC1472 - Protected PCMCIA VCC and VPP Switching Matrix; Package: SO; Pins: 16; Temperature Range: 0°C to 70°C visit Linear Technology - Now Part of Analog Devices Buy
LT1172CT#31 Linear Technology IC IC,SMPS CONTROLLER,CURRENT-MODE,BIPOLAR,ZIP,5PIN,PLASTIC, Switching Regulator or Controller visit Linear Technology - Now Part of Analog Devices
LT1172MJ8#PBF Linear Technology IC IC,SMPS CONTROLLER,CURRENT-MODE,BIPOLAR,DIP,8PIN,CERAMIC, Switching Regulator or Controller visit Linear Technology - Now Part of Analog Devices

schematics switched power supply ac dc

Catalog Datasheet MFG & Type PDF Document Tags

TRANSISTOR D412 smd

Abstract: mosfet D414 limited dc power supply. An isolation transformer should be used when operating from an ac power line. 5 , external 140-volt to 230-volt dc power supply or an ac line voltage. Either input is supplied through , facilitate safe operation, input power for the HV AC power stage should come from a DC laboratory power , and can be powered either by a 140-volt to 230-volt dc power supply or with line voltage. For both , . Connect an isolated line, current limited dc power supply to connector J11 located on the front edge of
Motorola
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Abstract: DEMODULATION Power Supply Parameters Operating Supply Voltage range Total Supply Current Total Standby Mode , 12.1 Power Supply The two device Vccs (pins 11 and 14) must be applied at the same time to ensure all , pins. 12.3 Standby Modes During standby mode, the modulator is switched to low power consumption , Functionality 12 13 Pin Circuit Schematics 14 14 MC44BC375UA Application Schematic 15 15 Markings and Case , subcarrier ratio is also selectable by pin Picture to Sound selection (PSS) to either 14dB or 16dB. A Power Motorola
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MC44BC375UA/D MC44BC375UAD SO16NB

32 band audio spectrum analyzer

Abstract: 12MRH00191A . SPECIFICATIONS ONLY VALID FOR ENVELOPE DEMODULATION Power Supply Parameters Operating Supply Voltage range Total , switched OFF. Audio Distortion FM The input rms detector of the Audio Analyzer converts the ac level of the , log ( Signal + Noise ) / ( Noise ) 12 Modulator Functionality 12.1 Power Supply The two device , modulator is switched to low power consumption: the sound oscillator, UHF oscillator and VHF dividers, video , / Power save mode selection In Power Save Mode, the LOP pin is automatically switched to low voltage Audio
Motorola
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32 band audio spectrum analyzer 12MRH00191A MC44BC375/D MC44BC375/U/J/T MC44BC375UD MC44BC375JD MC44BC375TD MC44BC375U

MOTOROLA LOT MARKINGS

Abstract: 12MRH00191A . SPECIFICATIONS ONLY VALID FOR ENVELOPE DEMODULATION Power Supply Parameters Min Typ Max Operating , sections active A Total Standby Mode Supply Current 3 6 8 mA PSave/LO=LO A DC , Modulator Functionality 12 Modulator Functionality 12.1 Power Supply The two device Vccs (pins 11 and , modulator is switched to low power consumption: the sound oscillator, UHF oscillator and VHF dividers , Characterization Measurement Conditions 7 12 Modulator Functionality 12 13 Pin Circuit Schematics 14 14
Motorola
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MOTOROLA LOT MARKINGS 7 band audio spectrum analyzer ic SCHEMATIC SOUND BOARD HP8596E IC 567 internal structure 32 band audio spectrum analyzer Diagram

9725MHz

Abstract: MOTOROLA LOT MARKINGS Audio Analyzer converts the ac level of the combined signal + noise + distortion to dc. It then removes , 20 × log ( Signal + Noise ) / ( Noise ) 12 Modulator Functionality 12.1 Power Supply The two , During standby mode, the modulator is switched to low power consumption: the sound oscillator, UHF , Normal Mode / Power save mode selection In Power Save Mode, the LOP pin is automatically switched to , Circuit Schematics 14 14 MC44BC375U Application Schematic 15 15 Markings and Case Diagrams 16
Motorola
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MC44BC375J MC44BC375T 9725MHz 20 band audio spectrum analyzer DIAGRAM hi gain all channel tv antenna HP8903A vhf audio video demodulator 20 pin uaf 42 band pass active filters MC44BC375U/J/T
Abstract: DEMODULATION Power Supply Parameters Operating Supply Voltage range Total Supply Current Total Standby Mode , 12.1 Power Supply The two device Vccs (pins 11 and 14) must be applied at the same time to ensure all , pins. 12.3 Standby Modes During standby mode, the modulator is switched to low power consumption , Functionality 12 13 Pin Circuit Schematics 14 14 MC44BC375UA Application Schematic 15 15 Markings and Case , subcarrier ratio is also selectable by pin Picture to Sound selection (PSS) to either 14dB or 16dB. A Power Motorola
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hp8596e

Abstract: DEMODULATION Power Supply Parameters Operating Supply Voltage range Total Supply Current Total Standby Mode , Advance Information 11 Modulator Functionality 12 Modulator Functionality 12.1 Power Supply , Standby Modes During standby mode, the modulator is switched to low power consumption: the sound , Functionality 12 13 Pin Circuit Schematics 14 14 MC44BC375UA Application Schematic 15 15 Markings and Case , subcarrier ratio is also selectable by pin Picture to Sound selection (PSS) to either 14dB or 16dB. A Power
Motorola
Original

12MRH00191A

Abstract: MOTOROLA LOT MARKINGS . SPECIFICATIONS ONLY VALID FOR ENVELOPE DEMODULATION Power Supply Parameters Operating Supply Voltage range Total , switched OFF. Audio Distortion FM The input rms detector of the Audio Analyzer converts the ac level of the , log ( Signal + Noise ) / ( Noise ) 12 Modulator Functionality 12.1 Power Supply The two device , standby mode, the modulator is switched to low power consumption: the sound oscillator, UHF oscillator and , selection In Power Save Mode, the LOP pin is automatically switched to low voltage Audio Pre-emphasis
Motorola
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motorola audio power amplifier MC44BC375U/D

vhf audio video demodulator 20 pin

Abstract: . SPECIFICATIONS ONLY VALID FOR ENVELOPE DEMODULATION Power Supply Parameters Operating Supply Voltage range Total , switched OFF. Audio Distortion FM The input rms detector of the Audio Analyzer converts the ac level of the , log ( Signal + Noise ) / ( Noise ) 12 Modulator Functionality 12.1 Power Supply The two device , modulator is switched to low power consumption: the sound oscillator, UHF oscillator and VHF dividers, video , / Power save mode selection In Power Save Mode, the LOP pin is automatically switched to low voltage Audio
Motorola
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Abstract: 88EM8511 is ideally suited for use as AC/DC power for control circuits in: â'¢ Smart LED Lamps â , Marvell 88EM8511 Low-Cost, High-Efficiency, Offline AC/DC Controller with DC/DC Buck Converter PRODUCT OVERVIEW The Marvell® 88EM8511 is a highly efficient offline power supply controller for control , applications. The device combines a high voltage (600V) MOSFET for the AC/DC stage and a DC/DC Buck Converter , is ideal for applications that require constant power supply for control circuits while the rest of MARVELL
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IC-01

88EM8511

Abstract: Marvell 88EM8511 is ideally suited for use as AC/DC power for control circuits in: â'¢ Smart LED Lamps , Marvell 88EM8511 Low-Cost, High-Efficiency, Offline AC/DC Controller with DC/DC Buck Converter PRODUCT OVERVIEW The Marvell® 88EM8511 is a highly efficient offline power supply controller for control , many other applications. The device combines a high voltage (600V) MOSFET for the AC/DC stage and a DC , . The 88EM8511 is ideal for applications that require constant power supply for control circuits while
MARVELL
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Non-isolated Buck LED Driver IC

Abstract: controller IC for dimmable LED lighting / Shop / HV-Track-Lighting c.ii) Schematics â'" SSL2102 AC/DC Flyback converter Bleeding circuit , '" Inherent power factor correction Small form factor, low BOM count General Features  offline AC/DC , , UBA3070 - DC/DC or AC/DC Buck - Boundary Conduction Mode - efficiency up to 99% - Vin: 12V.600VDC - , consumption/performance ratio at run time Power Supply: - typ. 150W/48VDC output @230/277V efficiency: >94 , , Schematics UBA3070 DC/DC 67W Buck driver Example typical efficiency: â'¢ â'¢ â'¢ 10 LEDs, 350mA
NXP Semiconductors
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Non-isolated Buck LED Driver IC controller IC for dimmable LED lighting dimmable LED driver ac dc led constant current driver SSL4101T DIMMABLE dali GU10/PAR16 E14/C43 E27/A55/A60
Abstract: suited for use as AC/DC power for control circuits in: â'¢ Smart LED Lamps â'¢ Smart LED Drivers â , Marvell 88EM8511 Low-Cost, High-Efficiency, Ofï¬'ine AC/DC Controller with DC/DC Buck Converter PRODUCT OVERVIEW The Marvell® 88EM8511 is a highly efficient ofï¬'ine power supply controller for , applications. The device combines a high voltage (600V) MOSFET for the AC/DC stage and a DC/DC Buck Converter , is ideal for applications that require constant power supply for control circuits while the rest of MARVELL
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TWO WAY WIRE INTERCOM

Abstract: transistor intercom circuit ): For local supply configuration, each module is powered by a separate, isolated 5V DC power supply or 4 , Cathode D1 Base Q1 Collector Q1 at the bus. Without current limitation by the external DC power supply , transmission and remote DC supply over the same 2-wire bus simple connection without repeater of up to 60 , AS2507-module can be configured for either local or remote power supply. On the 2-wire bus, combinations of , rejection is not sufficient, an extra microphone power supply filter (such as R6/C7 of AN2701b) can be added
austriamicrosystems AG
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AN2701 AS2507 TWO WAY WIRE INTERCOM transistor intercom circuit 2-wire intercom practical circuit of FSK modulator schematics switched power supply ac dc DB2701CS

78r35

Abstract: stv9211 10.7 10.8 10.9 10.10 How to choose the high supply voltage value (VDD) in DC coupling mode . . . . . . , (channel 3) Ground Analog Ground Substrat High Supply Voltage Ground Power Video output (channel 3) Video , supply current VDD stand-by supply current VCC supply current DC output voltage High voltage supply , sum of the static DC and the dynamic dissipation: The static DC power dissipation is approximately , high supply voltage value (VDD) in DC coupling mode The VDD high supply voltage must be chosen
STMicroelectronics
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78r35 stv9211 STV9553 STV921

STV9555

Abstract: AN1510 layout Supports DC coupling (optimum cost saving) and AC coupling applications. Built-in Voltage Gain , ) in DC coupling mode . . . . . . . . . 12 10.2 Arcing Protection: schematics . . . . . . . . . . , GNDS Ground Substrat 7 VDD 8 GNDP High Supply Voltage Ground Power 9 OUT3 , current VCC : switched off ( , of the static DC and the dynamic dissipation: PTOT = PSTAT + PDYN. The static DC power dissipation
STMicroelectronics
Original
STV9555 AN1510 FDH400

FDH400

Abstract: STV9553 Supports DC coupling (optimum cost saving) and AC coupling applications. Built-in Voltage Gain: 20 (Typ , . . . . . . . . . . . . . . . 12 10.1 How to choose the high supply voltage value (VDD) in DC , Ground Substrat 7 VDD 8 GNDP High Supply Voltage Ground Power 9 OUT3 Video , current VCC : switched off ( , of the static DC and the dynamic dissipation: PTOT = PSTAT + PDYN. The static DC power dissipation
STMicroelectronics
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STV9556

Abstract: AN1510 Supports DC coupling (optimum cost saving) and AC coupling applications. Built-in Voltage Gain: 20 (Typ , . . . . . . . . 12 10.1 How to choose the high supply voltage value (VDD) in DC coupling mode . . . , VDD 8 GNDP High Supply Voltage Ground Power 9 OUT3 Video output (channel 3) 10 , VDD supply current VOUT = 50V 25 mA IDDS VDD stand-by supply current VCC : switched , of the static DC and the dynamic dissipation: PTOT = PSTAT + PDYN. The static DC power dissipation
STMicroelectronics
Original
STV9556
Abstract: Supports DC coupling (optimum cost saving) and AC coupling applications. Built-in Voltage Gain: 20 (Typ , 10.7 10.8 10.9 How to choose the high supply voltage value (VDD) in DC coupling mode . . . . . . . . . , sum of the static DC and the dynamic dissipation: The static DC power dissipation is approximately , 10 APPLICATION HINTS 10.1 How to choose the high supply voltage value (VDD) in DC coupling mode , s s s s s s s Triple-channel video amplifier Supply voltage up to 115 V 80V Output dynamic STMicroelectronics
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uPD75X

Abstract: nec MPD75P008 . Check the power supply. The voltage selector of the AC/DC adapter must be in position 12! If you are using another power supply you have to deliver 15.5V DC at minimum at CON1. ? Blank Check shows , the voltage selector. The polarity of the DC power supply source at CON1 terminal does not matter , terminal CON1 to AC/DC power adapter (select 12V ). 3. Place the device (µPD78P014) to be programmed into , (EB-Programmer) 1 75x Programming Adapter 1 µPD75P3018AKK-T 1 AC/DC Power Pack 1 Mains
NEC
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uPD75X nec MPD75P008 crc programmer internal circuit diagram of starter 75P008 PD4711 U12134EE1V0UM00 RS232 PD753017 PD75P3018 PD753012
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