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Hughes 3121H-P laser

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Hughes 3121H-P laser

Abstract: sprague 673D DESIGN IDEAS A Simple, Efficient Laser Power Supply . 13 Jim Williams Switching , helium-neon laser power supply, to a multi-output power supply from two AA batteries, to an H-bridge driver , slew rate results in a power bandwidth of 2.5MHz at 2.5VP­P. The quad is a natural for state-variable , 14MHz Unity gain cross frequency 7MHz Phase margin 55° Noise voltage, 0.1 to 10Hz 125nVP-P Spot , 13MHz 45° 125nVP-P 10nVHz 10nVHz 50V/µs 30V/µs 250ns 480ns 23MHz 12MHz 45° 400nVP-P
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LT1370

Abstract: 3121H-P laser LT1370 T V P IC fìl fìP P U C fìT IO n S Laser Power Supply 0.0 jiF 1 10p 80 F 5kV , -11128 GOWANDA GA40-822K ZETEX ZTX849 W IM A 3X 0 .15jiFTYPE MKP-20 SEMTECH-FM-50 HUGHES 3121H-P , registered trademarks of Linear Technology Corporation. T V P ic n i n p p u c fìT io n 5V to 12V Boost , Y P IC n i P â'¬ R F O R m n n C â'¬ CHRRRCT6RISTICS Switch Saturation Voltage vs Switch Current , e /\ à .^ ^ m à LT1370 T Y P ic n i p â'¬ R F o n m n n c â'¬ C H n n n a c R is T ic s Vc
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3121H-P laser circuit diagram of a laser lighter Hughes 3121H-P laser LT1171 LT1302 LT1372 LT1373 LT1374 LT1376

Hughes 3121H-P laser

Abstract: LTQY , Q2 = ZETEX ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES , inductor ripple currents of up to 0.7AP-P, defining the minimum inductor value to be: LMIN = (VIN )2 , inductor ripple is: V (V ­V ) IP -P RIPPLE = IN OUT IN VOUT (L)(f) The recommended minimum , below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load current and will also be , APPLICATIO High Voltage Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8
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LT1961 LTQY 3121H-P CTX02-11128 593D LQH3C2R2M24 LT1371 LT1372/LT1377 LT1946/LT1946A LTC3400/ LTC3400B

LTQY

Abstract: Hughes 3121H-P laser ZTX849 0.47F = WIMA 3X 0.15F TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS , inductor ripple currents of up to 0.7AP-P, defining the minimum inductor value to be: LMIN = (VIN )2 , (DC) (Amps) DCR () HEIGHT (mm) Coiltronics V (V ­V ) IP -P RIPPLE = IN OUT IN VOUT (L)(f , below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load current and will also be , APPLICATIO High Voltage Laser Power Supply 0.01F 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8
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SEC 222M 1N4002 diode download datasheet high efficiency current mode flyback converter LT1961IMS8E Self-Oscillating Flyback Converters AVX label DETAIL LTC3401 LTC3402 LTC3405/ LTC3405A

k 3436 ic

Abstract: k 3436 transistor -20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 RELATED PARTS PART , inductor ripple currents of up to 1.4AP-P, defining the minimum inductor value to be: The recommended , -P RIPPLE = IN OUT IN VOUT (L)(f) CR43-1R4 1.4 2.5 0.056 3.5 CDRH5D28-2R6 2.6 , ripple should be kept below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load current and , 0.150mm (.006") PER SIDE 3436i 15 LT3436 U TYPICAL APPLICATIO High Voltage Laser Power
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TSSOP-16 k 3436 ic k 3436 transistor B220A DO1608C-222 LT3436EFE LT1613 LT1618 LTC3400/LTC3400B

Hughes 3121H-P laser

Abstract: LTQY DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 RELATED PARTS PART NUMBER , within the LT1961 prevents subharmonic oscillation for inductor ripple currents of up to 0.7AP-P , the average inductor current. Since inductor ripple is: V (V ­V ) IP -P RIPPLE = IN OUT IN VOUT , below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load current and will also be , rights. 15 LT1961 U TYPICAL APPLICATIO High Voltage Laser Power Supply 0.01µF 5kV
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222M sec 222m capacitor flyback PCB layout LQH3C2R2 CTX0211128 LT1961EMS8E

LTQY

Abstract: Hughes 3121H-P laser ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P , inductor ripple currents of up to 0.7AP-P, defining the minimum inductor value to be: LMIN = (VIN )2 , inductor ripple is: V (V ­V ) IP -P RIPPLE = IN OUT IN VOUT (L)(f) The recommended minimum , switching, VC pin ripple should be kept below 50mVP­P. Worst-case VC pin ripple occurs at maximum output , Voltage Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8 11 L1 1
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LQH3C1r0 LQH3C1R0M24 1NS818 UPS120 MS10E

LTQY

Abstract: 1NS818 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 190 1 , subharmonic oscillation for inductor ripple currents of up to 0.7AP-P, defining the minimum inductor value to , ripple is: V (V ­V ) IP -P RIPPLE = IN OUT IN VOUT (L)(f) The recommended minimum inductance is: U , , VC pin ripple should be kept below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load , FAX: (408) 434-0507 q U High Voltage Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF
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how to stepup 0.5v to 5v 1N4002

LT1370

Abstract: LT1512 ZETEX ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P , To prevent irregular switching, VC pin ripple should be kept below 50mVP­P. Worst-case VC pin ripple , IOUT 2.5A 3A 3.3A VIN 2.7V 3.3V 3.6V 13 LT1370 U TYPICAL APPLICATIONS N Laser , DIODES 3 2 LASER + 2.2µF Q1 0.47µF 150 L2 82µH MUR405 VIN 12V TO 25V VSW
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LT1512 LT1370CR LT1370HV LT1370HVCR LT1370IR MBRD835L LT1513
Abstract: WIMA 3X 0.15jiFTYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COI LTRON ICS (407 , efficiency than previous parts. High frequency switching allows for very small inductors to be used. n p p u c n T io n s â  â  â  â  New design techniques increase flexibility and maintain , trademarks of Linear Technology Corporation. T V P ic n i n p p u c fìT io n 5V to 12V Boost Converter , ). 300°C P R C K R G C / O R D C R IflFO R fT IR T IO n ORDER PART NUMBER FRONT VIEW 1 -
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T0-220

Hughes 3121H-P laser

Abstract: LXHL-LW6C 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 , prevents subharmonic oscillation for inductor ripple currents of up to 1.4AP-P, defining the minimum , ripple is: V (V ­ V ) IP -P RIPPLE = IN OUT IN VOUT (L)(f) U W U U (VIN )2 (VOUT ­ VIN , prevent irregular switching, VC pin ripple should be kept below 50mVP­P. Worst-case VC pin ripple occurs , 95035-7417 (408) 432-1900 q FAX: (408) 434-0507 q U High Voltage Laser Power Supply 0.01µF 5kV 1800pF
Linear Technology
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LXHL-LW6C voltage regulator 12v to 6V 2a V3436 CDC5D23

Hughes 3121H-P laser

Abstract: 3121H-P ZETEX ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P , circuit within the LT3436 prevents subharmonic oscillation for inductor ripple currents of up to 1.4AP-P , the average inductor current. Since inductor ripple is: IP -P RIPPLE = VIN (VOUT ­ VIN ) VOUT , voltage To prevent irregular switching, VC pin ripple should be kept below 50mVP­P. Worst-case VC pin , U TYPICAL APPLICATIO High Voltage Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W
Linear Technology
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6 pin current control forward dc to dc converter B130A LXHL-PW03 LXHL-PW09 3436EFE 847FY-2R4M
Abstract: ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P , subharmonic oscillation for inductor ripple currents of up to 1.4AP-P, defining the minimum inductor value to , the average inductor current. Since inductor ripple is: IP %P RIPPLE = VIN (VOUT â'" VIN , prevent irregular switching, VC pin ripple should be kept below 50mVPâ'"P. Worst-case VC pin ripple , High Voltage Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8 11 Linear Technology
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CI LT1513

Abstract: LT1370HVCT7 ^F TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 12V TO 25V , P ic n i nppucnuons Laser Power Supply 1800pF O.OInF 5kV " | - lokv 47k 5W W S r , . X T ; LTC and LT are registered trademarks ot Linear Technology Corporation. n p p u c n T io n s , Ilim = 2.65(2.7 - DC). rruneAB TECHNOLOGY 3 LT1370 T Y P IC A L P R F O R m n n C , TECHNOLOG/ LT1370 T V P ic n i p R F O R m n n c Vc Pin Threshold and High Clamp Voltage vs
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CI LT1513 LT1370HVCT7 5W battery charger

LXHL-LW6C

Abstract: 3121h-p 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 , circuit within the LT3436 prevents subharmonic oscillation for inductor ripple currents of up to 1.4AP-P , average inductor current. Since inductor ripple is: IP -P RIPPLE = VIN (VOUT ­ VIN ) VOUT (L)(f , pin VOUT = DC output voltage To prevent irregular switching, VC pin ripple should be kept below 50mVP­P , 95035-7417 (408) 432-1900 q FAX: (408) 434-0507 q U High Voltage Laser Power Supply 0.01µF 5kV 1800pF
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2535 ic 12V DC to 19V dC converter circuit diagram

Abstract: CD104-100MC TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 LT1371 , output voltage To prevent irregular switching, VC pin ripple should be kept below 50mVP­P. Worst-case , -20 COILTRONICS (407) 241-7876 + LT1371 · TA07 2.2µF Laser Power Supply 1800pF 10kV 0.01µF 5kV 47k 5W 1800pF 10kV 8 11 L1 1 4 5 HV DIODES 3 2 0.47µF LASER +
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2535 ic 12V DC to 19V dC converter circuit diagram CD104-100MC LT1371T7 ctx10-4 LPE-5047-100MB LT1171 buck
Abstract: -50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 RELATED PARTS PART NUMBER DESCRIPTION , subharmonic oscillation for inductor ripple currents of up to 0.7AP-P, defining the minimum inductor value to , switching, VC pin ripple should be kept below 50mVPâ'"P. Worst-case VC pin ripple occurs at maximum output , APPLICATIO High Voltage Laser Power Supply 0.01μF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8 11 L1 1 4 5 HV DIODES 3 2 LASER + Q1 0.47μF 150Ω L2 10Î Linear Technology
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hughes 0320

Abstract: SN137 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 , output voltage To prevent irregular switching, VC pin ripple should be kept below 50mVPâ'"P , 3.6V sn1370 1370fs 13 LT1370 U TYPICAL APPLICATIONS N Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8 11 L1 1 4 5 HV DIODES 3 2 LASER +
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hughes 0320 SN137 434-0507G

SN137

Abstract: 501-0726 GA40-822K Q1, Q2 = ZETEX ZTX849 0.47µF = WIMA 3X 0.15µF TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 LT1370 · TA07 sn1370 1370fs 14 LT1370 U , pin ripple should be kept below 50mVP­P. Worst-case VC pin ripple occurs at maximum output load , U TYPICAL APPLICATIONS N Laser Power Supply 0.01µF 5kV 1800pF 10kV 47k 5W 1800pF 10kV 8 11 L1 1 4 5 HV DIODES 3 2 LASER + 2.2µF Q1 0.47µF 150 L2
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501-0726 UP4-100 lt1370hvct 1370fs MOTOROLA p6ke TPSD226M025R0200

Hughes 3121H-P laser

Abstract: CTX02-11128 TYPE MKP-20 HV DIODES = SEMTECH-FM-50 LASER = HUGHES 3121H-P COILTRONICS (407) 241-7876 LT1371 , output voltage To prevent irregular switching, VC pin ripple should be kept below 50mVP­P. Worst-case , -20 COILTRONICS (407) 241-7876 + LT1371 · TA07 2.2µF Laser Power Supply 1800pF 10kV 0.01µF 5kV 47k 5W 1800pF 10kV 8 11 L1 1 4 5 HV DIODES 3 2 0.47µF LASER +
Linear Technology
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wakefield 1371 DO3316P-103 DO3316P-472 LT1371CR LT1371HV MBRS330T3
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