NSG1003
Abstract: TCL24-124 TDS1002 TCL24-112 TCL060-112 TCL060-124 TCL060-148 TCL120-112 208VAC TCL24-105
Text: SEMI F-47 Test Compliance Test Report Standard: SEMI F47-0200 Specification for Semiconductor Processing Equipment Voltage Sag Immunity Test Procedure Standard: Semi F42 : Test method for Semiconductor Processing Equipment. Voltage Sag Immunity 1. Test Setup
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F47-0200
NSG1003:
TDS1002
TCL24-105
TCL24-112
TCL24-124
TCL060-112
TCL060-124
TCL060-148
TCL120-112
NSG1003
TCL24-124
TDS1002
TCL24-112
TCL060-112
TCL060-124
TCL060-148
TCL120-112
208VAC
TCL24-105
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NSG1003
Abstract: TDS1002 TSP070-112 TSP090-124 TSP140-112 TSP180-124 TSP360-124 TSP600-124
Text: SEMI F-47 Test Compliance Test Report Standard: SEMI F47-0200 Specification for Semiconductor Processing Equipment Voltage Sag Immunity Test Procedure Standard: Semi F42 : Test method for Semiconductor Processing Equipment. Voltage Sag Immunity 1. Test Setup
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F47-0200
NSG1003:
TDS1002
TSP070-112
TSP090-124
TSP140-112
TSP180-124
TSP360-124
TSP600-124
DUT50
NSG1003
TDS1002
TSP070-112
TSP090-124
TSP140-112
TSP180-124
TSP360-124
TSP600-124
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7637-2
Abstract: 24V alternator load dump 7637-2 12V 7637-2 converter alternator ic connection load dump pulse mosfet alternator MAX16129
Text: MAX16128/MAX16129 Load-Dump/Reverse-Voltage Protection Circuits General Description Features The MAX16128/MAX16129 load-dump/reverse-voltage protection circuits protect power supplies from damaging input-voltage conditions, including overvoltage, reverse-voltage, and high-voltage transient pulses. Using
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MAX16128/MAX16129
7637-2
24V alternator load dump
7637-2 12V
7637-2 converter
alternator ic connection
load dump pulse
mosfet alternator
MAX16129
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Untitled
Abstract: No abstract text available
Text: MAX16128/MAX16129 Load-Dump/Reverse-Voltage Protection Circuits General Description Features The MAX16128/MAX16129 load-dump/reverse-voltage protection circuits protect power supplies from damaging input-voltage conditions, including overvoltage, reverse-voltage, and high-voltage transient pulses. Using
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MAX16128/MAX16129
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Untitled
Abstract: No abstract text available
Text: MAX16128/MAX16129 Load-Dump/Reverse-Voltage Protection Circuits General Description Features The MAX16128/MAX16129 load-dump/reverse-voltage protection circuits protect power supplies from damaging input-voltage conditions, including overvoltage, reverse-voltage, and high-voltage transient pulses. Using
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MAX16128/MAX16129
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portable dvd player
Abstract: portable dvd player power supply portable dvd player block diagram apl5336
Text: AA8500AP Agamem Microelectronics Inc. PRELIMINARY VIDEO AMPLIFIER FEATURE 1. Operating voltage 2.8V~5.5V 2. Composite video driver with 6dB gain 3. SAG correction function 4. Low power consumption, 45mw typical 5. Internal voltage clamp circuit DESCRIPTION
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AA8500AP
AA8500AP
portable dvd player
portable dvd player power supply
portable dvd player block diagram
apl5336
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AT5820
Abstract: PSOP-8 tsd-30
Text: AT5820 3A Low Dropout Regulator with Enable Immense Advance Tech. DESCRIPTION FEATURES z Reference Voltage 0.8V The AT5820 is a high performance positive z Input Voltage as Low as 1.4V and VPP Voltage voltage 5V applications requiring very low input voltage
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AT5820
AT5820
340mV
PSOP-8
tsd-30
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OF resisters
Abstract: No abstract text available
Text: AT5819 2A Low Dropout Regulator with Enable Immense Advance Tech. DESCRIPTION FEATURES z Reference Voltage 0.8V The AT5819 z Input Voltage as Low as 1.4V and VPP Voltage performance linear voltage regulator, that 5V provides a low voltage, high current output
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AT5819
360mV
AT5819
OF resisters
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8877 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8877 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8877
NCV8877
NCV8877/D
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Untitled
Abstract: No abstract text available
Text: NCV8877 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8877 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8877
NCV8877
NCV8877/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8876 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8876 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8876
NCV8876
NCV8876/D
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Untitled
Abstract: No abstract text available
Text: NCV8877 Automotive Grade Start-Stop Non-Synchronous Boost Controller The NCV8877 is a Non-Synchronous Boost controller designed to supply a minimum output voltage during Start-Stop vehicle operation battery voltage sags. The controller drives an external N-channel
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NCV8877
NCV8877
NCV8877/D
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Untitled
Abstract: No abstract text available
Text: Alpha FXM 650 UPS Module Alpha FXM 650 > Clean, uninterruptible backup power ensures your system will remain running during power outages > Wide range Automatic Voltage Regulation AVR without going to batteries lengthens battery life, even during periods of surge or sag in the line voltage
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RS-232
UL1778,
230Vac
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Untitled
Abstract: No abstract text available
Text: Alpha FXM 1100 UPS Module Alpha FXM 1100 > Clean, uninterruptible backup power ensures your system will remain running during power outages > Wide range Automatic Voltage Regulation AVR without going to batteries lengthens battery life, even during periods of surge or sag in the line voltage
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RS-232
UL1778,
230Vac
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Untitled
Abstract: No abstract text available
Text: Alpha FXM 2000 UPS Module Alpha FXM 2000 > Clean, uninterruptible backup power ensures your system will remain operational during power outages > Wide range Automatic Voltage Regulation AVR without going to batteries lengthens battery life, even during periods of surge or sag in the line voltage
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RS-232
UL1778,
230Vac
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Untitled
Abstract: No abstract text available
Text: NJM2512 47µF AC-Coupling Capacitor Low Voltage Video Driver with LPF pGENERAL DESCRIPTION The NJM2512 is a Low Voltage Video Amplifier featuring small AC-coupling Capacitor. The NJRC original Technology “ASC Advanced SAG Correction ” realizes 47µF AC-Coupling Capacitor which enables to downsize
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NJM2512
NJM2512
NJM2512RB1
75ohm
-33dBtyp
19MHz
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NJM2512
Abstract: NJM2512RB1
Text: NJM2512 47µ µF AC-Coupling Capacitor Low Voltage Video Driver with LPF •GENERAL DESCRIPTION The NJM2512 is a Low Voltage Video Amplifier featuring small AC-coupling Capacitor. The NJRC original Technology “ASC Advanced SAG Correction ” realizes 47µF AC-Coupling Capacitor which enables to downsize
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NJM2512
NJM2512
NJM2512RB1
NJM2512RB1
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Untitled
Abstract: No abstract text available
Text: NJM2512A 47µF AC-Coupling Capacitor Low Voltage Video Driver with LPF pGENERAL DESCRIPTION The NJM2512A is a Low Voltage Video Amplifier featuring small AC-coupling Capacitor. The NJRC original Technology “ASC Advanced SAG Correction ” realizes 47µF AC-Coupling Capacitor which enables to downsize
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NJM2512A
NJM2512A
NJM2512:
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