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Part Manufacturer Description Datasheet Download Buy Part
LTC3566EUF#PBF-ES Linear Technology High Efn¼üciency USB Power Manager Plus 1A Buck-Boost Converter
LTC3566EUF#TRPBF-ES Linear Technology High Efn¼üciency USB Power Manager Plus 1A Buck-Boost Converter
LTC3520IUF#TRPBF Linear Technology LTC3520 - Synchronous 1A Buck-Boost and 600mA Buck Converters; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC3520EUF#TRPBF Linear Technology LTC3520 - Synchronous 1A Buck-Boost and 600mA Buck Converters; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC3522EUD#PBF Linear Technology LTC3522 - Synchronous 400mA Buck-Boost and 200mA Buck Converters; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C
LTC3522EUD#TRPBF Linear Technology LTC3522 - Synchronous 400mA Buck-Boost and 200mA Buck Converters; Package: QFN; Pins: 16; Temperature Range: -40°C to 85°C

buck converter 110v Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2005 - isl6247

Abstract: ICH4 120v to 5v buck converter ISL6420 HIP-6601 SiS630 ethernet SiS620 i810e AMD Voltage regulation design QFN-12 1.5
Text: Device HIP6007 HIP6013 Device Description PWM Controller, Microprocessor DC/DC Converter , Std Buck , No , PWM Controller, Microprocessor DC/DC Converter , Buck /SyncRectifier, No DAC, ±1.5% Reg, 5/12VDC Input , /DC Converter , Buck /SyncRectifier, No DAC, ±1% Reg, 5/12VDC Input to 3.xVDC Output 14 Ld SOIC, 14 , HIP6004D HIP6004E Device Description Microprocessor DC/DC Converter , Buck /Sync-Rectifier, TTL 5-Bit VID DAC, ±1% Reg Microprocessor DC/DC Converter , Buck /Sync-Rectifier, TTL 5-Bit VID DAC, ±1% Reg


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PDF ISL6729 1-888-INTERSIL isl6247 ICH4 120v to 5v buck converter ISL6420 HIP-6601 SiS630 ethernet SiS620 i810e AMD Voltage regulation design QFN-12 1.5
2010 - 220v AC to 110v AC using resistor circuit diagram

Abstract: 220v AC to 110v AC transformer circuit diagram COILTRONICS CTX01 220v AC to 110v AC transformer circuit diagram an 220v 2a diode bridge inductor 1000uH 2A converter from 110v to 220v schematic diagram buck converter 110v to 100 HV9910DB1 CISPR-15
Text: drive a 40V LED string at 1.4A from a 110V input. The demoboard uses Supertex's HV9910B LED driver IC to drive a buck converter . Input voltage 90 - 135Vrms, 50/60Hz Output voltage 10 - 40V , efficiency of 88%, with the buck converter efficiency (excluding the diode bridge rectifier and EMI filter , efficiency (@ 110V ) Power factor (@ 110V ) 0.64 Input current (@ 110V ) The output current can be , PWM dimming). 88% 0.83A rms Input current THD (@ 110V ) 117% Switching frequency (typ


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PDF HV9910BDB1 HV9910BDB1 HV9910B 135Vrms, 50/60Hz CISPR-15 220v AC to 110v AC using resistor circuit diagram 220v AC to 110v AC transformer circuit diagram COILTRONICS CTX01 220v AC to 110v AC transformer circuit diagram an 220v 2a diode bridge inductor 1000uH 2A converter from 110v to 220v schematic diagram buck converter 110v to 100 HV9910DB1
2009 - 220v AC to 110v AC using resistor circuit diagram

Abstract: 1uF 250V Epcos converter from 110v to 220v schematic diagram CISPR-15 220v AC to 110v AC transformer circuit diagram inductor 1000uH 2A buck converter 110v COILTRONICS CTX01 full wave bridge rectifier 40v 15a 220v AC to 110v AC transformer circuit diagram an
Text: string at 1.4A from a 110V input. The demoboard uses Supertex's HV9910B LED driver IC to drive a buck converter . Input voltage 90 - 135Vrms, 50/60Hz The HV9910BDB1 has a typical full load efficiency of 88%, with the buck converter efficiency (excluding the diode bridge rectifier and EMI filter) at 93%. The demoboard also meets CISPR-15 conducted EMI standards. Full load efficiency (@ 110V ) 88% Power factor (@ 110V ) 0.64 Input current (@ 110V ) 0.83A rms Output voltage 10 - 40V


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PDF HV9910BDB1 HV9910BDB1 HV9910B 135Vrms, 50/60Hz CISPR-15 220v AC to 110v AC using resistor circuit diagram 1uF 250V Epcos converter from 110v to 220v schematic diagram 220v AC to 110v AC transformer circuit diagram inductor 1000uH 2A buck converter 110v COILTRONICS CTX01 full wave bridge rectifier 40v 15a 220v AC to 110v AC transformer circuit diagram an
2001 - DIODE 1n4005

Abstract: buck converter 110v to 100 off-line power supply based on Viper 22 buck converter 110v 3.3uF 400v inductor 470uH Viper20 application bc547b transistor smps isolated 12v output zener 15v diode 300mA
Text: and over-current protection. 1.0 NON ISOLATED POWER SUPPLY 1.1 Buck converter In the basic circuit , duty-cycle can control the output voltage. Figure 1: Buck converter S L +Vout Vin + C D - , out 2 L 3.0 APPLICATION EXAMPLES 3.1. Buck converter The schematic of the circuit is shown in Fig , the device. Table 1: Buck converter specifications AC input voltage Vinac Output current Iout , % Figure 4: Buck converter using VIPer20 in secondary regulation. Rf Lf Din RL D3 C3 VDD


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PDF AN1489 VIPer20 VIPer20, DIODE 1n4005 buck converter 110v to 100 off-line power supply based on Viper 22 buck converter 110v 3.3uF 400v inductor 470uH Viper20 application bc547b transistor smps isolated 12v output zener 15v diode 300mA
2001 - Zener Diode Table

Abstract: inductor 470uH transistor BC547B Bc547B TRANSISTOR 3.3uF 400v buck converter output 110v buck converter 110v to 100 Viper20 application VIPER IC buck converter 110v
Text: and over-current protection. 1.0 NON ISOLATED POWER SUPPLY 1.1 Buck converter In the basic circuit , duty-cycle can control the output voltage. Figure 1: Buck converter S L +Vout Vin + C D - , < -Iout 2 L 3.0 APPLICATION EXAMPLES 3.1. Buck converter The schematic of the circuit is shown in Fig , the device. Table 1: Buck converter specifications AC input voltage Vinac Output current Iout , % Figure 4: Buck converter using VIPer20 in secondary regulation. Rf Lf Din RL D3 C3 VDD


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PDF AN1489 VIPer20 VIPer20, Zener Diode Table inductor 470uH transistor BC547B Bc547B TRANSISTOR 3.3uF 400v buck converter output 110v buck converter 110v to 100 Viper20 application VIPER IC buck converter 110v
2010 - ac dc led constant current driver

Abstract: No abstract text available
Text: CS FB GATE PWMD GATE FB ( Buck converter ) ( Buck , Boost converter ) PIN , permanently, connect the PWMD pin to VDD. APPLICATIONS Buck Converter VIN 8~30VDC 3K 10uf/30V , ˆ’ 9.6V ) * 3.5μ sec = = 4.6mH 0.3 * Ileds 0.3 * 350 mA Setting Light Output When the buck converter topology of Figure 1 is selected, the peak CS voltage is a good representation of the average , GATE IRF630 0.27 Figure 1 – M1910B Buck Driver for a single 900mA HB LED (VIN = 8 – 30V


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PDF M1910B/C M1910B/C M1910C 500mA 015X45 ac dc led constant current driver
2010 - Not Available

Abstract: No abstract text available
Text: CS FB GATE PWMD GATE FB ( Buck converter ) ( Buck , Boost converter ) PIN , permanently, connect the PWMD pin to VDD. APPLICATIONS Buck Converter VIN 8~30VDC 3K 10uf/30V , ˆ’ 9.6V ) * 3.5μ sec = = 4.6mH 0.3 * Ileds 0.3 * 350 mA Setting Light Output When the buck converter topology of Figure 1 is selected, the peak CS voltage is a good representation of the average , GATE IRF630 0.27 Figure 1 – M1910B Buck Driver for a single 900mA HB LED (VIN = 8 – 30V


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PDF M1910B/C M1910B/C M1910C IRF840 10uH/1A 1N5819 M1910C 500mA
2014 - dimmable LED driver

Abstract: Non-isolated Buck LED Driver IC STEP UP transformer 110- 220V 220V 350mA LED driver TSMC fuse ac dc led constant current driver isolated mosfet driver protection MBI6661 dimmable controller for LED lighting DIODE SCHOTTKY 3146 smd
Text: 40V NON-ISOLATED BUCK C.C. DRIVER MBI6902: Non-isolation C.C. • • • • • • • â , Non-isolation Controller EMI Test Result: LED T8(40V/500mA) L1/ 110V L1/220V • • PASS PASS N/ 110V N/220V PASS PASS T8 20W @40V Load, 110VAC or 220V/60Hz, and EN55015 B Limits Test , NON-ISOLATED BUCK PFC WITH THERMAL FOLD-BACK MBI6911 Non-isolation C.C. • • • • • • • Floating buck topology Quasi-Resonant for better EMI performance and efficiency Built-in active power


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PDF 2014Q3 Y2010 MBI6902 MBI6902: MBI6654 MBI6652 MBI6655 MBI6660 MBI6661 MBI6651 dimmable LED driver Non-isolated Buck LED Driver IC STEP UP transformer 110- 220V 220V 350mA LED driver TSMC fuse ac dc led constant current driver isolated mosfet driver protection MBI6661 dimmable controller for LED lighting DIODE SCHOTTKY 3146 smd
2006 - DIODE 1n4005

Abstract: 3.3uF 400v JAN 1N4005 Zener Diode Table 220v to 12v smps circuit current adjustable st viper 100 31 Viper20 application ST VIPER 124 AN1317 110v smps circuits
Text: regulation circuit is introduced and analyzed in Buck and Buck-boost converter based on VIPer20, a , . . . . 6 3.1 Buck converter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , 3 Application examples 3.1 Buck converter The schematic of the circuit is shown in Figure , ) shutting down the device. Table 1. Buck converter specifications Parameter Value AC input , frequency 20kHz Output voltage ripple 5% Figure 4. Buck converter using VIPer20 in secondary


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PDF AN1489 VIPer20 VIPer20, DIODE 1n4005 3.3uF 400v JAN 1N4005 Zener Diode Table 220v to 12v smps circuit current adjustable st viper 100 31 Viper20 application ST VIPER 124 AN1317 110v smps circuits
2006 - Viper20 application

Abstract: VIPer 32 JAN 1N4005 AN1317 AN1489 1N4007 STTA106 st viper 100 31 110v smps circuits 1N4005
Text: regulation circuit is introduced and analyzed in Buck and Buck-boost converter based on VIPer20, a , . . . . 6 3.1 Buck converter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , the diode voltage waveform duty-cycle can control the output voltage. Figure 1. Buck converter , examples AN1489 3 Application examples 3.1 Buck converter The schematic of the circuit is , ) shutting down the device. Table 1. Buck converter specifications Parameter Value AC input


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PDF AN1489 VIPer20 VIPer20, Viper20 application VIPer 32 JAN 1N4005 AN1317 AN1489 1N4007 STTA106 st viper 100 31 110v smps circuits 1N4005
2013 - Not Available

Abstract: No abstract text available
Text: Simplified LED Short-Circuit Protection Schematic for Buck Mode Converter 16 Schottky or UltraFast , LT3795 110V LED Controller with Spread Spectrum Frequency Modulation Features n n n , Wide Input Voltage Range: 4.5V to 110V Input and Output Current Reporting PMOS Switch Driver for PWM , ±3% Constant Current Regulation: 0V ≤ VOUT ≤ 110V Programmable Input Current limit CTRL , converter to operate as a constantvoltage source. The maximum output current is set by an external resistor


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PDF LT3795 100kHz QFN-16 LT3474/ LT3474-1 TSSOP-16E LT3475/ LT3475-1 TSSOP-20E com/LT3795
2013 - Not Available

Abstract: No abstract text available
Text: Figure 9. The Simplified LED Short-Circuit Protection Schematic for Buck Mode Converter 16 , LT3795 110V LED Controller with Spread Spectrum Frequency Modulation Features n n n n , Wide Input Voltage Range: 4.5V to 110V Input and Output Current Reporting PMOS Switch Driver for PWM , ±3% Constant Current Regulation: 0V ≤ VOUT ≤ 110V Programmable Input Current limit CTRL , converter to operate as a constant-voltage source. The maximum output current is set by an external


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PDF LT3795 100kHz QFN-16 LT3474/LT3474-1 TSSOP-16E LT3475/LT3475-1 TSSOP-20E com/LT3795 3795fb
2013 - Not Available

Abstract: No abstract text available
Text: RSNS Figure 9. The Simplified LED Short-Circuit Protection Schematic for Buck Mode Converter 16 , LT3795 110V LED Controller with Spread Spectrum Frequency Modulation Features n n n , Wide Input Voltage Range: 4.5V to 110V Input and Output Current Reporting PMOS Switch Driver for PWM , ±3% Constant Current Regulation: 0V ≤ VOUT ≤ 110V Programmable Input Current limit CTRL , features, and also allows the converter to operate as a constantvoltage source. The maximum output current


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PDF LT3795 100kHz QFN-16 LT3474/ LT3474-1 TSSOP-16E LT3475/ LT3475-1 TSSOP-20E com/LT3795
2013 - Not Available

Abstract: No abstract text available
Text: Description Features Built-In 500V/1A Power MOSFET Low Cost and Efficient Buck Converter Solution , used to control the Buck converter with internal MOSFET and regulate the constant output current. The , Ž¦ ⎣ VIN ⎦ ⎣ To optimize the ripple current, the RT8468A operates the Buck converter in BCM , Circuit VC Dimming ACTL - SENSE + SGND Operation The RT8468A is a high voltage Buck , % 80 70% 70 75% 75 VIN_AC = 110V to 264V, IOUT = 100mA 65% 65 110 130 150 170 190 210 230


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PDF RT8468A 00V/1A RT8468A DS8468A-00
Willamette

Abstract: FAN5093MTC FAN5093 FAN5093MTCX HIP6301 SOIC-20 FAN5091 Pentium super space
Text: September 2001 FAN5093 Two-Phase Low Voltage Synchronous Buck Converter Product Brief General Description The FAN5093 is a synchronous-mode, two-phase DC-DC supply controller featuring high , voltage can be adjusted in 25mV steps over a range of 1.10V to 1.85V by a precision 5-bit VID-code DAC , Motherboard Supplies, with a lower parts count! Features I Dual Synchronous step-down converter I 12V , 1.10V to 1.85V in 25mV steps I Programmable Active DroopTM minimizes voltage switching time and


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PDF FAN5093 FAN5093 Willamette FAN5093MTC FAN5093MTCX HIP6301 SOIC-20 FAN5091 Pentium super space
2014 - Not Available

Abstract: No abstract text available
Text: CONFIDENTIAL S6AP413A_DS405-00019-0v01-E, July 22, 2014 S6AP413A ASSP 4CH DCDC converter internal switching FETs Data Sheet (Preliminary) 1. Description S6AP413A contains 4ch buck DC/DC converter and 1ch buck-boost DC/DC converter . S6AP413A can supply the main power line in several systems by using only its chip. The current mode control is adopted for the DC/DC converter , and it is possible to use , S6AP413A ASSP 4CH DCDC converter with I2C interface and internal SW FETs Data Sheet (Preliminary


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PDF S6AP413A S6AP413A DS405-00019 DS405-00019-0v01-E,
2002 - 5091MTC

Abstract: capacitor 1000uF 16V diode ab24
Text: www.fairchildsemi.com FAN5091 Two Slice Interleaved Synchronous Buck Converter Features · , , the FAN5091 uses a number of techniques to improve efficiency. Because a synchronous buck converter is , buck converter . Figure 6 shows 3 x 1000µF, but the exact number required will vary with the output , effectiveness. Product Folder - Fairchild P/N FAN5091 - Two Phase Interleaved Synchronous Buck Converter , space Product Folder - Fairchild P/N FAN5091 - Two Phase Interleaved Synchronous Buck Converter q


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PDF FAN5091 100nsec 200KHz FAN50 5091MTC FAN5091MTC FAN5091MTCX FAN5091 AB-24: capacitor 1000uF 16V diode ab24
2011 - UCC25230

Abstract: buck converter 110v
Text: and output current ranges are shown in Figure 2. · · Isolated Buck Converter 100 V 7 VDD , flyback converter and the input to output voltage relationship is similar to a buck derived converter , buck since the transformer is connected as a flyback converter and the input to output voltage relationship is similar to a buck derived converter , assuming the converter is operating in steady state and , the same linear relationship to the input voltage as a buck converter . SHS T1 T1 SHS VIN C IN SLS


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PDF UCC25230 380-kHz UCC25230 buck converter 110v
2011 - Not Available

Abstract: No abstract text available
Text: Converter Operating as a Buck , or Isolated Forward-Flyback, Flybuck™ Wide Operating Input Voltage Range , shown in Figure 2. Isolated Buck Converter 100 V 2 3 4 VIN VDD BOOT UV/OV , as a flyback converter and the input to output voltage relationship is similar to a buck derived , connected as a flyback converter and the input to output voltage relationship is similar to a buck derived , to the input voltage as a buck converter . SHS D1 T1 D1 T1 CIN SLS NPRI NSEC


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PDF UCC25230 380-kHz
2011 - buck converter 110v

Abstract: 100v/simulation flyback converter
Text: Converter Operating as a Buck , or Isolated Forward-Flyback, Flybuck™ Wide Operating Input Voltage Range , shown in Figure 2. Isolated Buck Converter 100 V 2 3 4 VIN VDD BOOT UV/OV , „¢ is a portmanteau of flyback and buck since the transformer is connected as a flyback converter and the input to output voltage relationship is similar to a buck derived converter . Typically, an , portmanteau of flyback and buck since the transformer is connected as a flyback converter and the input to


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PDF UCC25230 380-kHz buck converter 110v 100v/simulation flyback converter
2011 - Not Available

Abstract: No abstract text available
Text: and output current ranges are shown in Figure 2. · · Isolated Buck Converter 100 V 7 VDD , flyback converter and the input to output voltage relationship is similar to a buck derived converter , buck since the transformer is connected as a flyback converter and the input to output voltage relationship is similar to a buck derived converter , assuming the converter is operating in steady state and , the same linear relationship to the input voltage as a buck converter . SHS T1 T1 SHS VIN C IN SLS


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PDF UCC25230 380-kHz
2014 - vogt transformer 406 77

Abstract: vogt 406 59 IRS2980 vogt T4 transistor 2N 4236 Epcos EF20 TRANSFORMER
Text: . 20 www.irf.com 28 August 2013 AN-1189 1 7. Buck Converter Dimensioning , 5 20 7. Buck Converter Dimensioning 7.1 LED Current Regulation Set the buck current , . 9 LLC Converter Dimensioning . 10 6.1. LLC Converter Specification , . 21 Buck Inductor Specification


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PDF AN-1189 2x35W /product-info/datasheets/data/irs2505lpbf AN-1160 com/technical-info/appnotes/an-1160 IRS2795 om/product-info/datasheets/data/irs27951s IRS2980S /product-info/datasheets/data/irs2980spbf vogt transformer 406 77 vogt 406 59 IRS2980 vogt T4 transistor 2N 4236 Epcos EF20 TRANSFORMER
300V dc to dc boost converter

Abstract: ZXLD1575 ZXLD1362 300V dc dc boost converter ZXSC400 ZXSC300 12V 1W LED DRIVER zxsc310 ZXLD1360 ZXSC380
Text: brightness, a smaller heat sink and longer life. The ZXLD1350 is a PFM inductive buck converter designed , charge C1. In its flash mode the circuit operates as a buck converter to discharge C1 into the LED. The , 320 TSOT23-5 ZXSC300 LED boost/ buck driver 0.8 - 8 Vm 200 External switch SOT23-5 ZXSC310 LED boost/ buck driver 0.8 - 8 Vm 200 External switch SOT23-5 ZXSC380 Single , battery life is maximized and are proven to provide efficiencies up to 85%. Converter output current can


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PDF 2002/95/EC) 300V dc to dc boost converter ZXLD1575 ZXLD1362 300V dc dc boost converter ZXSC400 ZXSC300 12V 1W LED DRIVER zxsc310 ZXLD1360 ZXSC380
2001 - buck converter 110v

Abstract: No abstract text available
Text: VREG. You can design buck converter or inverting converter by driving Pch MOS, and boost converter by , of DC-to-DC converter (a buck , a boost) is determined by: Vout1 = R1 + R2 VREF R2 For ch2 , FA3687V s Dimensions, mm FA3687V is a PWM type DC-to-DC converter control IC with 2ch , can select Pch or Nch of MOSFETs driven, and design any topology of DC-to-DC converter circuit like a buck , a boost, inverting, a fly-back, or a forward. TSSOP-16 9 8 1 · Wide range of supply


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PDF FA3687V FA3687V TSSOP-16 500kHz) V/500mA 7to18V buck converter 110v
1995 - fuji capacitor

Abstract: pwm ic 494 FA3687V TSSOP-16 In114 fuji 3 phase diode
Text: driven, and design any topology of DC-toDC converter circuit like a buck , a boost, a inverting, a , pins to GND. For driving Pch MOS, connect the SEL pins to VREG. You can design buck converter or , For ch1: The positive output voltage of DC-to-DC converter (a buck , a boost) is determined by , . Description FA3687V is a PWM type DC-to-DC converter control IC with 2ch outputs that can directly drive , =1.30V VCS1=1.25V 70 VCS1=1.20V VCS1=1.15V 60 VCS1= 1.10V 50 VCS1=1.05V 40 VCS1


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PDF FA3687V 500kHz, 500kHz 500kHz) V/500mA 7to18V fuji capacitor pwm ic 494 FA3687V TSSOP-16 In114 fuji 3 phase diode
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