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Part Manufacturer Description Datasheet Download Buy Part
LT1220CS8#TR Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1220CS8#TRPBF Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1220CS8 Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1220CS8#PBF Linear Technology LT1220 - 45MHz, 250V/µs Operational Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C
LT1990AHS8#PBF Linear Technology LT1990 - ±250V Input Range G = 1, 10, Micropower, Difference Amplifier; Package: SO; Pins: 8; Temperature Range: -40°C to 125°C
LT1990ACS8 Linear Technology LT1990 - ±250V Input Range G = 1, 10, Micropower, Difference Amplifier; Package: SO; Pins: 8; Temperature Range: 0°C to 70°C

250v capacitor 33k Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - 2501 OPTO

Abstract: 431 transistor transistor AS 431 a 431 transistor 2501 optoisolator marking 72K 4-pin optoisolator transistor output 33K 1kv capacitor precision shunt regulators 431 transistor 431 a
Text: 33k Do Not Ground! C1* R3 R R 50 OUTPUT A * Compensation element A VOUT R1 R2 R3 1.8V 72k 33k 20k 0.001µF 2.5V 33k 33k 40k 0.001µF 3.3V 20k 33k 150k 0.001µF C1 A Test Circuit 1. Compensation (Bode Plot) Circuit Supply OUT 1k RETURN MIC4043 R1 IN SNK GND FB R2 33k C1 R3 * Compensation components , needed, but for most, some resistor capacitor network is necessary between the FB pin and GND pin. The


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PDF MIC4043 MIC4043 400mV OT-143 2501 OPTO 431 transistor transistor AS 431 a 431 transistor 2501 optoisolator marking 72K 4-pin optoisolator transistor output 33K 1kv capacitor precision shunt regulators 431 transistor 431 a
2000 - transistor AS 431

Abstract: 2501 OPTO 2501 optoisolator 250v capacitor 33k 121k 1kv capacitor 33K 1kv capacitor a 431 transistor 431 transistor transistor 2A T1 2A 250V
Text: 33k Do Not Ground! C1* R3 R R 50 OUTPUT A * Compensation element A VOUT R1 R2 R3 1.8V 72k 33k 20k 0.001µF 2.5V 33k 33k 40k 0.001µF 3.3V 20k 33k 150k 0.001µF C1 A Test Circuit 1. Compensation (Bode Plot) Circuit Supply OUT 1k RETURN MIC4043 R1 IN SNK GND FB R2 33k C1 R3 * Compensation components , needed, but for most, some resistor capacitor network is necessary between the FB pin and GND pin. The


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PDF MIC4043 MIC4043 400mV OT-143 transistor AS 431 2501 OPTO 2501 optoisolator 250v capacitor 33k 121k 1kv capacitor 33K 1kv capacitor a 431 transistor 431 transistor transistor 2A T1 2A 250V
2000 - BR1 400V

Abstract: transistor AS 431 transistor 431 a 431 transistor 431 transistor 4-pin optoisolator transistor output transistor fb
Text: GND FB R1 Analyzer R R2 33k R R Do Not Ground! R3 C1* 50 OUTPUT A * Compensation element A VOUT 1.8V 2.5V 3.3V R1 72k 33k 20k R2 33k 33k 33k R3 20k 40k 150k C1 0.001µF 0.001µF 0.001µF A , R2 33k R3 C1 * Compensation components Test Circuit 2. Transient Response Circuit November 2000 , capacitor network is necessary between the FB pin and GND pin. The value of the feedback capacitance is , capacitor changes the loop response; that is, phase and gain margin. An empirical way to check overall


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PDF MIC4043 MIC4043 400mV OT-143 BR1 400V transistor AS 431 transistor 431 a 431 transistor 431 transistor 4-pin optoisolator transistor output transistor fb
2000 - 400V voltage regulator

Abstract: 10VC-12 transistor AS 431 431 TRANSISTOR equivalent
Text: RETURN 1k R A MIC4043 IN SNK GND FB CFB 2700pF R1 Analyzer R R2 33k R R Do Not Ground! * Compensation element VOUT 1.8V 2.5V 3.3V R1 72k 33k 20k R2 33k 33k 33k 50 OUTPUT A A A Test Circuit 1 , R2 33k C1* 1000pF * Compensation components Test Circuit 2. Transient Response Circuit , 3000pF is all that is needed. Changing the feedback capacitor changes the loop response; that is, phase , overshoot and settling time of VOUT. R2 VTRIP = 1.245V + 1 R1 MIC4043 IN SNK GND FB R2 33k R1 RPULL-UP


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PDF MIC4043 MIC4043 400mV OT-143 400V voltage regulator 10VC-12 transistor AS 431 431 TRANSISTOR equivalent
2000 - 2501 OPTO

Abstract: 2501 optoisolator 47uf 400v transistor AS 431 33K 1kv 431T 2501 OPTO ISOLATOR 4.7uF 400V transistor 431 431 regulator
Text: Do Not Ground! R2 33k R R * Compensation element 50 OUTPUT A VOUT R1 R2 1.8V 72k 33k 2.5V 33k 33k 3.3V 20k 33k A A Test Circuit 1. Compensation , R2 33k GND FB C1* 1000pF * Compensation components Test Circuit 2. Transient Response , applications 100pF to 3000pF is all that is needed. Changing the feedback capacitor changes the loop response , 33k DISABLED ENABLED Figure 1. Voltage Detector Figure 1 shows a simple voltage threshold


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PDF MIC4043 MIC4043 400mV OT-143 2501 OPTO 2501 optoisolator 47uf 400v transistor AS 431 33K 1kv 431T 2501 OPTO ISOLATOR 4.7uF 400V transistor 431 431 regulator
2000 - 2501 optoisolator

Abstract: .1k 400V capacitor IRFIBE30G 400V voltage regulator 2501 OPTO precision shunt regulator 431 431 regulator UF4005 MIC4043BM4 MIC4043
Text: Do Not Ground! R2 33k R R * Compensation element 50 OUTPUT A VOUT R1 R2 1.8V 72k 33k 2.5V 33k 33k 3.3V 20k 33k A A Test Circuit 1. Compensation , R2 33k GND FB C1* 1000pF * Compensation components Test Circuit 2. Transient Response , applications 100pF to 3000pF is all that is needed. Changing the feedback capacitor changes the loop response , 33k DISABLED ENABLED Figure 1. Voltage Detector Figure 1 shows a simple voltage threshold


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PDF MIC4043 MIC4043 400mV OT-143 2501 optoisolator .1k 400V capacitor IRFIBE30G 400V voltage regulator 2501 OPTO precision shunt regulator 431 431 regulator UF4005 MIC4043BM4
STK7348

Abstract: EQB01-150 D526 UZ-12BSB IC601 d526 y Q609 UZ39BSB BL02RN2-R62 L5631
Text: 3.3K CN8 (D © © © 030 2SC1815(GR) 2SC3331(TO) PS1 F1 C178 250V 01 T (onJb) C163 C 10/160 " , 2SB696 R617 33K C610 47/1 ev Q603 2SC* C630 0.0033 KD R613 2701MW IC601 PC120FJ C612 0.0033mk FILTER PCB SW601 BC604 BL02RN2 R62 C616 0.01 250V D611 ERC01- C618 0.01 250V 0613 ERC01-10 LLBGO0ZMS012 FILTER LINE D612 ERC01-1 C619 0.Q1 250V 0614 RC0140 PS601 BC605 BL02RN2 R62 CN601 C617 0.01 250V C609 330 400V LG R615 560K 1/4W C633 470PB 500V BC611 5MM JUMPER C634 2200 16V


OCR Scan
PDF BJ10K TEJ1EBM30PA 2SK1464 BC801 8C802 UZ-15658 1N4148M BC603 STK7348 EQB01-150 D526 UZ-12BSB IC601 d526 y Q609 UZ39BSB BL02RN2-R62 L5631
1997 - T1 BC548

Abstract: china tv schematic diagram orega 220nf 250V L4981 PFC colour tv power supply system ic TEA5170 transistor buh517 IC No. TEA2261 L4981A
Text: /01297 1/7 2/7 D4 COM1 3 F1 3AT 8 R10 12 C5 1µF 1 15 R6 33K 1W 176-265V~ 2 C2 220nF 250V ~ TR1 C1 150nF 250V ~ D2 D1 D3 4x BY255 7 16 8 R1 , 33K D7 BA157 R29 100 T4 BUH515 1N4148 D8 B2x85 C3V3 C20 47µF D7 BA157 C21 , R42 10M C30 1µF T5 BC308 R40 3.3K G5154-02 OREGA R45 330 2 6 1 R43 , to start. As the PFC runs, the voltage at the bulk capacitor C23 reaches 400V. TEST RESULTS


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PDF L4981A TEA2261 TEA5170 TEA2261 T1 BC548 china tv schematic diagram orega 220nf 250V L4981 PFC colour tv power supply system ic transistor buh517 IC No. TEA2261
2004 - ETD39 12v

Abstract: s10k275 etd39 ICE1CS02 ntc r110 fuse EVALCOMBI-ICE1CS02 330uf 450v NTC 3K 3300uf/25v 1uf 630v
Text: /IPA C10 CY2 2.2nF,Y2, 250v D7 UF5406 + C5 3300uF/25V Q3 SPP15N60C3 G3 12 R15 10k CY3 2.2nF,Y2, 250v CS R1 5V, 17A D6_2 STPS3045CT 8 R11 10k 0.1uF/630V , CY1 2n2/ 250V R5 680R IC1 SFH617 4 R100 Bus R101 R106 R102 R103 C111 PFC , CCM boost type PFC converter consists of L2, Q1, D3 and C4. Bulk capacitor C4 provides energy , 0.1uF 1nF 0.1uF 0.1uF 0.47nF Empty 0.1uF 1nF 2.2nF,Y2, 250v 2.2nF,Y2, 250v MBR2560CT MBR2560CT


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PDF EVALCOMBI-ICE1CS02 ICE1CS02 100kHz 150kHz 85Vac, ICE1CS02 ETD39 12v s10k275 etd39 ntc r110 fuse EVALCOMBI-ICE1CS02 330uf 450v NTC 3K 3300uf/25v 1uf 630v
1997 - TEA2261

Abstract: L4981 PFC orega colour tv power supply system ic flyback converter DC/DC 400V BYT11-1000 equivalent china tv schematic diagram L4981A colour tv circuit diagram T1 BC548
Text: /01297 1/7 2/7 D4 COM1 3 F1 3AT 8 R10 12 C5 1µF 1 15 R6 33K 1W 176-265V~ 2 C2 220nF 250V ~ TR1 C1 150nF 250V ~ D2 D1 D3 4x BY255 7 16 8 R1 , 2.2µH L1 R19 22 C23 150µF 450V R38 100 R37 22K R34 1K 10nF 33K D7 BA157 , 1µF T5 BC308 R40 3.3K G5154-02 OREGA R45 330 2 C29 220nF 3 6 1 R43 , runs, the voltage at the bulk capacitor C23 reaches 400V. TEST RESULTS: Output Voltage Output


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PDF L4981A TEA2261 TEA5170 TEA2261 L4981 PFC orega colour tv power supply system ic flyback converter DC/DC 400V BYT11-1000 equivalent china tv schematic diagram colour tv circuit diagram T1 BC548
2009 - logic pulser specifications

Abstract: ultrasound pulser ic ultrasound piezo pulser circuit usb ultrasound probe programmable multi pulse waveform generator cpld 250v capacitor 33k logic pulser AN-H60 Ultrasonic Transducer application notes ultrasound transducer circuit pulse cpld
Text: on-board equivalent-loads, and each one has a 330pF capacitor in parallel with a 2.5K 1W resistor via the , ground and VCC voltage, with a 0.1uF ceramic decoupling capacitor connected in between. The VDD, VDN , capacitor located close to the pins. Use an X7R or X5R 0.47 to 1.0F ceramic capacitor for each pin or or pair of pins. All by-pass capacitor ground pads should have low inductance feed-through via , plane, and insert a ferrite bead low value resistor in the power supply lead to the capacitor to


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PDF AN-H60 HV7370 HV748 HV7370 32lead HV7370) 48-lead HV748) logic pulser specifications ultrasound pulser ic ultrasound piezo pulser circuit usb ultrasound probe programmable multi pulse waveform generator cpld 250v capacitor 33k logic pulser AN-H60 Ultrasonic Transducer application notes ultrasound transducer circuit pulse cpld
2003 - NJM2384

Abstract: NJM2384 application note njm2384 ssop10 SSOP10 DMP14 NJM2384D NJM2384M NJM2384V
Text: TOPR TSTG UNIT V mA mA V V mW °C °C ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT , Current1 (F.B Pin) TEST CONDITION TEST CONDITION RT= 33k , CT=1000pF + TEST CONDITION VIO1 , =0.5V 40 85 -3- NJM2384 ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) ERROR , 36k 1000pF 2.50V 10 9 8 VREF CURRENT SENSE AMP 7 6 Vout OSC L.O , TYPICAL CHARACTERISTICS L Output Voltage vs. Source Current (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) 100


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PDF NJM2384 NJM2384 NJM2384D DIP14, DMP14, SSOP10 NJM2384M NJM2384V 100mA 1000pF) NJM2384 application note njm2384 ssop10 SSOP10 DMP14 NJM2384D NJM2384M NJM2384V
Not Available

Abstract: No abstract text available
Text: TOPR TSTG UNIT V mA mA V V mW °C °C ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT , RT= 33k , CT=1000pF + TEST CONDITION VIO1 IIO1 IB1 A V1 GB1 VICM1 VOM-1 RNF=100k â , CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER SYMBOL Reference Voltage2 , 180k Vin 36k 1000pF 2.50V 10 9 8 VREF CURRENT SENSE AMP 7 6 Vout OSC , NJM2384 TYPICAL CHARACTERISTICS L Output Voltage vs. Source Current (V+=6V,RT= 33k ,CT=1000pF,Ta


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PDF NJM2384 NJM2384 NJM2384D DIP14, DMP14, SSOP10 NJM2384M NJM2384V 100mA 1000pF)
2011 - ultrasound TX pulser ic

Abstract: 6-pin supply ic tp35 ultrasonic transducer circuit cpld Oscilloscope USB 100mhz Schematic Piezo Transducer ultrasonic ultrasound piezo pulser circuit ultrasound piezoelectric design probe transducer HV748 HV7370 r40 16 ultrasonic
Text: six Supertex inc. and each one has a 330pF capacitor in parallel with a 2.5K 1W resistor via , ground and VCC voltage, with a 0.1uF ceramic decoupling capacitor connected in between. The VDD, VDN , capacitor located close to the pins. Use an X7R or X5R 0.47 to 1.0F ceramic capacitor for each pin or or pair of pins. All by-pass capacitor ground pads should have low inductance feed-through via , plane, and insert a ferrite bead low value resistor in the power supply lead to the capacitor to


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PDF AN-H60 HV7370 HV748 HV7370 32lead HV7370) 48-lead HV748) ultrasound TX pulser ic 6-pin supply ic tp35 ultrasonic transducer circuit cpld Oscilloscope USB 100mhz Schematic Piezo Transducer ultrasonic ultrasound piezo pulser circuit ultrasound piezoelectric design probe transducer r40 16 ultrasonic
2003 - DMP14

Abstract: NJM2382 NJM2382D NJM2382M NJM2382V SSOP10 REF in ct block diagram
Text: voltage. sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE VOLTAGE , CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 20.7 30 , sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER , sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER SYMBOL , 36k 2.50V 10 9 ON/OFF "High" Active 8 VREF CURRENT SENSE AMP 7 6 VOUT


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PDF NJM2382 NJM2382 DMP14 NJM2382D NJM2382M NJM2382V SSOP10 REF in ct block diagram
2012 - 250v capacitor 33k

Abstract: No abstract text available
Text: supply voltage. ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE , . 2.50 6.8 5 MAX. 2.55 20.7 30 UNIT V mV mV SYMBOL fOSC fdV fdT + TEST CONDITION RT= 33k , CT , CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER Reference Voltage2 , +=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER OFF Threshold Voltage (ON/OFF Pin) ON , =50% TYPICAL APPLICATIONS V 330k ON/OFF CONTROL 2.50V 36k 1000pF 4.7µF 180k + 10 9 8 7 6


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PDF NJM2382 NJM2382 NJM2382M NJM2382V 1000pF) 250v capacitor 33k
2004 - DMP14

Abstract: NJM2382 NJM2382D NJM2382M NJM2382V SSOP10
Text: voltage. sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE VOLTAGE , CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 20.7 30 , sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER , =0V NJM2382 sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER , 180k 1000pF 36k 2.50V 10 9 ON/OFF "High" Active 8 VREF CURRENT SENSE AMP 7


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PDF NJM2382 NJM2382 DMP14 NJM2382D NJM2382M NJM2382V SSOP10
2007 - SSOP10

Abstract: DMP14 NJM2382 NJM2382D NJM2382M NJM2382V
Text: voltage. IELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE VOLTAGE , CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 20.7 30 , IELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER , =0V NJM2382 IELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER , 180k 1000pF 36k 2.50V 10 9 ON/OFF "High" Active 8 VREF CURRENT SENSE AMP 7


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PDF NJM2382 NJM2382 SSOP10 DMP14 NJM2382D NJM2382M NJM2382V
2001 - SSOP10

Abstract: DMP14 NJM2382 NJM2382D NJM2382M NJM2382V 250v capacitor
Text: supply voltage. sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE , TEST CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 , =0.5V 40 85 -3- NJM2382 sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta , =20mA OUT Pin=0V NJM2382 sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON , CONTROL 4.7µF 180k 1000pF 36k 2.50V 10 9 ON/OFF "High" Active 8 VREF CURRENT


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PDF NJM2382 NJM2382 SSOP10 DMP14 NJM2382D NJM2382M NJM2382V 250v capacitor
Not Available

Abstract: No abstract text available
Text: +=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE VOLTAGE BLOCK PARAMETER SYMBOL Output Voltage , =1mA + V =3.6 ∼ 32V, IOR=1mA IOR=0.1 ∼ 5.0mA SYMBOL TEST CONDITION RT= 33k , CT , =0.5V 40 85 -3- NJM2383 ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta , ELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER SYMBOL , APPLICATIONS + V 330k ON/OFF CONTROL 4.7µF 180k 1000pF 36k 2.50V 10 9 8 7 6


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PDF NJM2383 NJM2383 NJM2383D DIP14, DMP14, SSOP10 NJM2383M NJM2383V
2004 - DMP14

Abstract: NJM2381 NJM2381D NJM2381M NJM2381V SSOP10
Text: mA V V mW °C °C sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) REFERENCE , TEST CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 , =0.5V 40 85 -3- NJM2381 sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) ERROR , 1000pF 36k 2.50V 10 9 8 VREF CURRENT SENSE AMP 7 6 VOUT OSC L.O U.V.LO , sTIPICAL CHARACTERISTICS H Output Voltage vs. Source Current (V+=6V,RT= 33k ,CT=1000pF, OUT Pin=0V,Ta


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PDF NJM2381 NJM2381 DIP14, DMP14, SSOP10 NJM2381D NJM2381M NJM2381V 1000pF) DMP14 NJM2381D NJM2381M NJM2381V SSOP10
2003 - DMP14

Abstract: NJM2383 NJM2383D NJM2383M NJM2383V SSOP10
Text: CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) REFERENCE VOLTAGE BLOCK PARAMETER SYMBOL Output , =1mA + V =3.6 32V, IOR=1mA IOR=0.1 5.0mA SYMBOL TEST CONDITION RT= 33k , CT=1000pF MIN , CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER SYMBOL Reference , sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,VON/OFF=3V,Ta=25°C) ON/OFF BLOCK PARAMETER SYMBOL , /OFF CONTROL 4.7µF 36k 180k 1000pF 2.50V 10 9 ON/OFF "High" Active VREF


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PDF NJM2383 NJM2383 NJM2383D DIP14, DMP14, SSOP10 NJM2383M NJM2383V DMP14 NJM2383D NJM2383M NJM2383V SSOP10
2001 - NJM2381

Abstract: njm2381 ssop10 DMP14 NJM2381D NJM2381M NJM2381V SSOP10
Text: mA V V mW °C °C sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) REFERENCE , TEST CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 ­ ­ 2.50 6.8 5 2.55 , =0.5V 40 85 -3- NJM2381 sELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) ERROR , = , duty·cycle=50% NJM2381 s TYPICAL APPLICATIONS 330k 4.7µF 330k + V 36k 1000pF 2.50V , CHARACTERISTICS H Output Voltage vs. Source Current (V+=6V,RT= 33k ,CT=1000pF, OUT Pin=0V,Ta=25°C) 1 L Output


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PDF NJM2381 NJM2381 DIP14, DMP14, SSOP10 NJM2381D NJM2381M NJM2381V 1000pF) njm2381 ssop10 DMP14 NJM2381D NJM2381M NJM2381V SSOP10
1995 - T1 BC548

Abstract: 220nf 250V TEA5170 2200uf 25v capacitor TRANSISTOR BC548 WORKING transistor buh517 2200uF 50V capacitor TEA2261 2200uF 100v capacitor 10uF 450v tv CAPACITOR
Text: 400V Figure 2a: Schematic Diagram. D1 D3 4x BY255 R6 33K 1W D2 D4 C7 470nF R8 2.7K R21 3.9K C1 150nF 250V ~ 8 2 1,7,10 IC2 TR1 9 L4981A 6 11 5 +7.5V C36 2200µF 25V R48 22K R51 68K 0.5W 7 C2 220nF 250V ~ R7 2.7K R18 39K C19 1nF D7 BA157 C20 47µF C25 2.2nF , 470 9W D13 BYT11 1000 2 1 R44 47K R10 12 R8 2.7K C4 1nF P2 1K R52 1K R40 3.3K R41 , to start. As the PFC runs, the voltage at the bulk capacitor C23 reaches 400V. TEST RESULTS


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PDF L4981A TEA2261 TEA5170 T1 BC548 220nf 250V 2200uf 25v capacitor TRANSISTOR BC548 WORKING transistor buh517 2200uF 50V capacitor 2200uF 100v capacitor 10uF 450v tv CAPACITOR
Not Available

Abstract: No abstract text available
Text: UNIT V mA mA V V mW °C °C IELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta , ˆ¼ 5.0mA SYMBOL TEST CONDITION RT= 33k , CT=1000pF MIN. TYP. MAX. UNIT 2.45 – â , IELECTRICAL CHARACTERISTICS (V+=6V,RT= 33k ,CT=1000pF,Ta=25°C) ERROR AMPLIFIER BLOCK PARAMETER SYMBOL TEST , 1000pF 36k 2.50V 10 9 8 7 6 VOUT VREF CURRENT SENSE AMP OSC L.O U.V.LO , ITIPICAL CHARACTERISTICS H Output Voltage vs. Source Current (V+=6V,RT= 33k ,CT=1000pF, OUT Pin=0V,Ta


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PDF NJM2381 NJM2381 DIP14, DMP14, SSOP10 NJM2381D NJM2381M NJM2381V 1000pF)
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