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LT1034-2.5#TR Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LT1009M2 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LT1034-1.2#TR Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LTC202 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
LT1009 Linear Technology IC SPECIALTY ANALOG CIRCUIT, Analog IC:Other
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AP Circuit Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2011 - Not Available

Abstract:
Text: . The typical soft-start time is about 1 ms, and it depends on the component’s values on AP circuit , set using the FB pin and a resistor divider connected to the output as shown in AP Circuit below. The , layout guidelines below can ensure better performance of ELM605DA. (1). The bold lines of AP Circuit , internal ground. The analog ground pin (GND) should be connected to a clearer node as show in AP circuit , 6 Rev.1.2 ELM605DA 2A synchronous step-down DC/DC converter ELM605DA AP Circuit AP circuit


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PDF ELM605DA
2011 - ELM605DA

Abstract:
Text: . The typical soft-start time is about 1 ms, and it depends on the component’s values on AP circuit , set using the FB pin and a resistor divider connected to the output as shown in AP Circuit below. The , layout guidelines below can ensure better performance of ELM605DA. (1). The bold lines of AP Circuit , internal ground. The analog ground pin (GND) should be connected to a clearer node as show in AP circuit , 6 Rev.1.2 ELM605DA 2A synchronous step-down DC/DC converter ELM605DA AP Circuit AP circuit


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PDF ELM605DA
2011 - Not Available

Abstract:
Text: shown in AP circuit below. The output voltage (Vout) can be calculated according to the voltage of the , performance of ELM606DA. (1). The bold lines of AP circuit below show the main power current paths. Keep the , impedance / resistance. AP circuit C2 C1 Cfb R2 R3 EN Vin COMP 2 Cin2 1 GND , power ground pin. ■Standard circuit C2 C1 Cfb R2 R3 1 COMP 2 GND C3 Cin2 , Isw=-100mA 95 mΩ PMOSFET current limit IclP 4.5 A Short circuit frequency Fosc_short 100


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PDF ELM606DA 300kHz
2011 - Not Available

Abstract:
Text: divider connected to the output as shown in AP circuit below. The output voltage (Vout) can be calculated , performance of ELM606DA. (1). The bold lines of AP circuit below show the main power current paths. Keep the , . 13 - 7 Rev.1.1 ELM606DA 3A Synchronous step-down DC / DC converter AP circuit C2 C1 Cfb , . ■Standard circuit C2 C1 Cfb R2 R3 1 COMP 2 GND C3 Cin2 Vin 3 R5 4 , © PMOSFET current limit IclP 4.5 A Short circuit frequency Fosc_short 100 kHz FADJ pin floating


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PDF ELM606DA 300kHz
2011 - Not Available

Abstract:
Text: shown in AP circuit below. The output voltage (Vout) can be calculated according to the voltage of the , better performance of ELM607DA. (1). The bold lines of AP circuit below show the main power current , clearer node and cannot be connected to the SW node of PGND. Please refer to AP circuit and EVB for the , circuit C2 C1 Cfb R2 R3 1 COMP 2 GND 3 4 C3 Cin2 Vin R5 Cin1 , limit IclP 6.5 A Short circuit frequency Fosc_short 100 kHz 300 FADJ pin floating FADJ connect


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PDF ELM607DA 300kHz 500mA/Div 500nS/Div 100mV/Div
ap circuit 256

Abstract:
Text: frequency aI 100Hz In an a surface mount package with 0.3" height. A.P . CIRCUIT 256 Lincoln Avenue , A P CIRCUIT 11E D ■00^50 0000503 1 ■T^ÙV'âS A. P. CIRCUIT ÎÎ 'TV'- II MINI" ACTIVE FILTERS Low Pass, High Pass and Band Pass 4,6, or 8 Pole BP8, LPS - HP8 8 Pole 2.45 x 0.77" x 0.43" LP6 • HP6 6 Pole 2.045" x 0.8" x 0.43" LP4 - HP4 4 Pole 1.245" x 0.8" x 0.43" DIMENSIONS 0.6" (15.24) Material: glass tilled thermoplastic nylor '0.025' (0.64) square (or surface mount


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PDF 100mHz -500KHz LP4-3000HZ 3000Hz LP8-T-100HZ 100Hz ap circuit 256 441s
APN-6

Abstract:
Text: APN-6 FIG. 1a Model S-AP6 Mounting Socket for Model APB-6 & Model APN-6 A.P . CIRCUIT CORPORATION , A P CIRCUIT 11E J> ■QQM2TSQ 000020b 4 ACTIVE FILTER MODULES MODEL APB-6, 6 pole ACTIVE BAND-PASS FILTER FREQUENCY MODEL APB-6, Band-Pass Filter is a three pole pair filter which has a maximum voltage output over a specified frequency range. Typical frequency characteristics are shown on Fig. 2 a & , CIRCUIT ITE D 0D4STSQ 0QQ0SD7 b ■T^G^'OS Characteristic Curves for Model APB-6 6 pole Band-Pass


OCR Scan
PDF 000020b 80TT0M APN-6 adjustable notch filter l0610 "Bandpass Filter" 50 hz SAP6 Active Bandpass Filter active filter module adjustable Q notch filter
MIL-PRF-39019

Abstract:
Text: AP /UP, AP /MIL AP /UP, AP /MIL Series Magnetic Circuit Protectors Introduction | 68 , , AP /MIL Series Hydraulic Magnetic Circuit Protectors INTRODUCTION The AirpaxTM AP series are , protection with inverse time delays and trip free features. Unlike a thermal circuit protector, the AP does not change its trip current over a wide temperature span. In addition, the AP magnetic circuit , . http://airpax.sensata.com/ AP /UP, AP /MIL SINGLE POLE CIRCUIT PROTECTORS .380 MAX. 1.605 MAX


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PDF 50/60Hz 50/60Hz, 400Hz MIL-PRF-39019 Airpax relay Airpax AP1 ap 4614 Airpax ap12 Airpax shunt trip fuse T4A Airpax A 112 Airpax 203
Airpax relay

Abstract:
Text: AP /UP, AP /MIL Series Magnetic Circuit Protectors Introduction Single Pole Multi-Pole , 79 81 82 83 84 85 AP /UP, AP /MIL AP /UP, AP /MIL Series Hydraulic Magnetic Circuit Protectors INTRODUCTION The AirpaxTM AP series are fully sealed, magnetic circuit protectors that combine power switching , thermal circuit protector, the AP does not change its trip current over a wide temperature span. In addition, the AP magnetic circuit protector is available in either DC, 50/60Hz or 400Hz versions and with


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PDF 50/60Hz 400Hz Airpax relay Airpax AP1 MIL-PRF-39019 Airpax relay airpax
2013 - aircraft

Abstract:
Text: AP /UP, AP /MIL Series Magnetic Circuit Protectors Introduction • 71 Poles • 72 , €¢ 78 Decision Tables • 79 AP /UP, AP /MIL Series Hydraulic Magnetic Circuit Protectors INTRODUCTION The Airpax™ AP series are fully sealed, magnetic circuit protectors that combine power , . Unlike a thermal circuit protector, the AP does not change its trip current over a wide temperature span. In addition, the AP magnetic circuit protector is available in either DC, 50/60Hz or 400Hz versions


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PDF 50/60Hz 400Hz aircraft
2013 - Airpax relay

Abstract:
Text: AP /UP, AP /MIL Series Magnetic Circuit Protectors Introduction • 71 Poles • 72 , €¢ 78 Decision Tables • 79 AP /UP, AP /MIL Series Hydraulic Magnetic Circuit Protectors INTRODUCTION The Airpax™ AP series are fully sealed, magnetic circuit protectors that combine power , . Unlike a thermal circuit protector, the AP does not change its trip current over a wide temperature span. In addition, the AP magnetic circuit protector is available in either DC, 50/60Hz or 400Hz versions


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PDF 50/60Hz 400Hz Airpax relay MIL-PRF-39019 relay airpax Airpax+24VDC+relay
MIL-PRF-39019

Abstract:
Text: SINGLE POLE CIRCUIT BREAKERS The AP fully sealed, magnetic circuit breaker combines power switching , circuit breaker, 22º .875 [ 22.23] the AP does not change its trip current 11º over a wide temperature span. In RUBBER "O" RING addition, the AP magnetic circuit LOCK RING breaker is , MULTI-POLE CIRCUIT BREAKERS AP Multi-Pole Combinations Circuit demands and design ingenuity suggest a , government designations. AP /MIL Circuit Breakers Type AP-MIL breakers, produced in accordance with


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PDF
2012 - lg lcd tv POWER SUPPLY SCHEMATIC

Abstract:
Text: using the FB pin and a resistor divider connected to the output as shown in the following AP Circuit , built-in under voltage lockout circuit is provided to prevent start-up until the input voltage reaches to , Frequency Short Circuit Oscillation Frequency Maximum Duty Cycle Minimum On Time Under Voltage Lockout , internal circuit . This is the reference of the ground connection for all components in the power supply , sensing circuit monitors the low side N-MOSFET current for zero crossing. When the inductor current


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PDF APE1598A APE1598A APE1598AMP 1598AMP lg lcd tv POWER SUPPLY SCHEMATIC in4148 smd diode diode smd 51C diode marking code 15A lg lcd monitor circuit diagram LG lcd monitor power supply circuit diagram smd diode regulator Marking code 30k
2012 - diode smd 51C

Abstract:
Text: divider connected to the output as shown in the following AP Circuit . The output voltage (VOUT) can be , accuracy under transient conditions. A built-in under voltage lockout circuit is provided to prevent , Side On Resistance Low Side On Resistance Oscillation Frequency Short Circuit Oscillation Frequency , circuit . This is the reference of the ground connection for all components in the power supply. This , reducing the switching frequency. A zero-cross sensing circuit monitors the low side N-MOSFET current for


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PDF 330kHz APE1596A APE1596A 400mS/Div) 100mA 200mV/Div 10mV/Div) 200mA/Div) 20mV/Div) diode smd 51C in4148 smd diode AP Circuit lcd tv LG power supply diagram lg lcd monitor circuit diagram free
2012 - smd diode marking code ug

Abstract:
Text: divider connected to the output as shown in the following AP Circuit . The output voltage (VOUT) can be , transient conditions. A built-in under voltage lockout circuit is provided to prevent start-up until the , Side On Resistance Low Side On Resistance Oscillation Frequency Short Circuit Oscillation Frequency , circuit . This is the reference of the ground connection for all components in the power supply. This , reducing the switching frequency. A zero-cross sensing circuit monitors the low side N-MOSFET current for


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PDF 330kHz APE1596A APE1596A 400mS/Div) 100mA 200mV/Div 10mV/Div) 200mA/Div) 20mV/Div) smd diode marking code ug in4148 package smd diode 744 771 20
Not Available

Abstract:
Text: a resistor divider connected to the output as shown in the following AP Circuit . The output voltage , voltage regulation and accuracy under transient conditions. A built-in under voltage lockout circuit is , Css=0.1uF - 18 - ms Short Circuit Oscillation Frequency Maximum Duty Cycle Minimum On , of the power supply. If the EN pin is open, it will be pulled to high by the internal circuit . This , by reducing the switching frequency. A zero-cross sensing circuit monitors the low side N-MOSFET


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PDF APE1598A A/23V APE1598A APE1598AMP 1598AMP
Not Available

Abstract:
Text: following AP Circuit . The output voltage (VOUT) can be calculated according to the voltage of the FB pin , voltage regulation and accuracy under transient conditions. A built-in under voltage lockout circuit is , VEN = 0V 0.8 1 1.2 uA Css=0.1uF - 21 - ms Short Circuit Oscillation , high by the internal circuit . This is the reference of the ground connection for all components in the , zero-cross sensing circuit monitors the low side N-MOSFET current for zero crossing. When the inductor


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PDF APE1596A A/23V APE1596A 400mS/Div) 100mA 200mV/Div 10mV/Div) 20mV/Div)
2013 - Not Available

Abstract:
Text: shown in the following AP Circuit . The output voltage (VOUT) can be calculated according to the voltage , voltage regulation and accuracy under transient conditions. A built-in under voltage lockout circuit is , control of the power supply. If the EN pin is open, it will be pulled to high by the internal circuit , Advanced Power Electronics Corp. APE1596C Short Circuit Protection The APE1596C provides short circuit protection. When the output is shorted to ground, the oscillator ’ s frequency is reduced to


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PDF APE1596C A/23V APE1596C 200mS/Div) 500mV/Div) 500mV/Div 20mV/Div)
16MHZ X-TAL

Abstract:
Text: mode current 1. Add low clock ROSC application circuit . 1. Modify low clock ROSC resister value. 1. Modify Reset register value. 1. Modify power input of AP circuit . 1. Modify Application circuit , .14 13. APPLICATION CIRCUIT , map. 1. Add Application circuit . 1. Remove current DAC function. 1. Remove current DAC output pin. 1. Add ROSC application circuit . 1. Modify application error. 2. Add Regulator section. 1. Modify


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PDF SNC749 16-bit 16MHZ X-TAL 32768 32768HZ AUDIO32 capacitor 0.1u SNC749 SW11 VOICE IC
16 bit processor schematic

Abstract:
Text: mode current 1. Add low clock ROSC application circuit . 1. Modify low clock ROSC resister value. 1. Modify Reset register value. 1. Modify power input of AP circuit . 1. Modify Application Circuit , .14 13. APPLICATION CIRCUIT , Pin Location 2. Add Bonding Pad Map 1. Add Application Circuit 1. Add ROSC Application Circuit . 1. Modify application circuit error. 2. Add Regulator section. 1. Modify Push-Pull DAC spec. 2. Modify


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PDF SNC739 16-bit 16 bit processor schematic 32768HZ SNC729 SNC739 SW11
Y1 XTAL 16Mhz

Abstract:
Text: . Add low clock ROSC application circuit . 1. Modify low clock ROSC resister value. 1. Modify Reset register value. 1. Modify power input of AP circuit . 1. Modify Application circuit . Connect VSSIO2 to , .14 13. APPLICATION CIRCUIT , Application circuit . 1. Remove current DAC function. 1. Remove current DAC output pin. 1. Add ROSC application circuit . 1. Modify application error. 2. Add Regulator section. 1. Modify Regulator feature 2


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PDF SNC749 16-bit Y1 XTAL 16Mhz 32768HZ AUDIO32 SNC749 sonix SW11
32768HZ

Abstract:
Text: power input of AP circuit . 2.4 07/25/2008 1. Modify Application circuit . Connect VSSIO2 to GND , .13 13. APPLICATION CIRCUIT , characteristics. 5. Add history page. 6. Add Bonding PAD map. 1.4 1/16/2007 1. Add Application circuit , output pin. 1.7 03/01/2007 1. Add ROSC application circuit . 1.8 03/06/2007 1. Modify , /2007 1. Add low clock ROSC application circuit . 2.1 05/26/2007 1. Modify low clock ROSC


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PDF SNC749 16-bit 32768HZ SNC749 SW11
capacitor 0.1u

Abstract:
Text: mode current 1. Add low clock ROSC application circuit . 1. Modify ROSC resister value. 1. Modify Reset register value. 1. Modify power input of AP circuit . 1. Modify Application Circuit . Connect , .14 13. APPLICATION CIRCUIT , Pin Location 2. Add Bonding Pad Map 1. Add Application Circuit 1. Add ROSC Application Circuit . 1. Modify application circuit error. 2. Add Regulator section. 1. Modify Push-Pull DAC spec. 2. Modify


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PDF SNC729 16-bit capacitor 0.1u capacitor 1u 10v wdt 8-05 16 bit processor schematic 32768HZ SNC729 SW11 VOICE IC
32768HZ

Abstract:
Text: .13 13. APPLICATION CIRCUIT , /2007 1. Add Application Circuit 1.4 03/01/2007 1. Add ROSC Application Circuit . 1.5 03/07/2007 1. Modify application circuit error. 2. Add Regulator section. 1.6 04/25/2007 , ROSC application circuit . 1.8 05/26/2007 1. Modify low clock ROSC resister value. 1.9 08/28/2007 1. Modify Reset register value. 2.0 05/07/2008 1. Modify power input of AP


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PDF SNC759 16-bit 32768HZ SNC759 SW11
capacitor 1u 10v

Abstract:
Text: circuit . 1. Modify low clock ROSC resister value. 1. Modify Reset register value. 1. Modify power input of AP circuit . 1. Modify Application Circuit . Connect VSSIO2 to GND. 1. Modify Application Circuit , .14 13. APPLICATION CIRCUIT , Circuit 1. Add ROSC Application Circuit . 1. Modify application circuit error. 2. Add Regulator section , using Negative power supply Negative power supply for core circuit Chip reset Crystal/RC-type


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PDF SNC759 16-bit capacitor 1u 10v SNC7x9 32768HZ capacitor 0.1u SNC759 SW11 Y1 XTAL 16Mhz
Supplyframe Tracking Pixel