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Part Manufacturer Description Datasheet Download Buy Part
LT3500EDD#PBF Linear Technology LT3500 - Monolithic 2A Step-Down Regulator Plus Linear Regulator/Controller; Package: DFN; Pins: 12; Temperature Range: -40°C to 85°C
LT5500EGN#PBF Linear Technology LT5500 - 1.8GHz to 2.7GHz Receiver Front End; Package: SSOP; Pins: 24; Temperature Range: -40°C to 85°C
LT3500EDD#TRPBF Linear Technology LT3500 - Monolithic 2A Step-Down Regulator Plus Linear Regulator/Controller; Package: DFN; Pins: 12; Temperature Range: -40°C to 85°C
LT8500EUHH#TRPBF Linear Technology LT8500 - 48-Channel LED PWM Generator with 12-Bit Resolution and 50MHz Cascadable Serial Interface; Package: QFN; Pins: 56; Temperature Range: -40°C to 85°C
LT5500EGN Linear Technology LT5500 - 1.8GHz to 2.7GHz Receiver Front End; Package: SSOP; Pins: 24; Temperature Range: -40°C to 85°C
LT5500EGN#TRPBF Linear Technology LT5500 - 1.8GHz to 2.7GHz Receiver Front End; Package: SSOP; Pins: 24; Temperature Range: -40°C to 85°C
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  You can filter table by choosing multiple options from dropdownShowing 42 results of 42
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HEDS-5500-E12 Broadcom Limited Avnet - - -
MS27500E12A35S Amphenol Corporation Bristol Electronics 5 - -
MS27500E12A35S Amphenol Corporation Avnet - - -
MS27500E12A35S Amphenol Aerospace Heilind Electronics - - -
MS27500E12A35SA Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12A35SA Amphenol Aerospace Heilind Electronics - - -
MS27500E12A35SB Amphenol Aerospace Heilind Electronics - - -
MS27500E12A35SC Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12A35SC Amphenol Aerospace Heilind Electronics - - -
MS27500E12A35SD Amphenol Aerospace Heilind Electronics - - -
MS27500E12A35SD Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12A98S Amphenol Aerospace Heilind Electronics - - -
MS27500E12A98S Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12A98SA Amphenol Aerospace Heilind Electronics - - -
MS27500E12A98SA Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B35P Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B35P Amphenol Aerospace Heilind Electronics - - -
MS27500E12B35P Conesys Interstate Connecting Components - - -
MS27500E12B35PB Amphenol Aerospace Heilind Electronics - - -
MS27500E12B35PB Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B35PC Amphenol Aerospace Heilind Electronics - - -
MS27500E12B35PD Amphenol Aerospace Heilind Electronics - - -
MS27500E12B35PD Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B35S Amphenol Corporation Avnet - - -
MS27500E12B4P Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B4P Amphenol Aerospace Heilind Electronics - - -
MS27500E12B4P Amphenol Corporation Avnet - - -
MS27500E12B4PB Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B4PB Amphenol Aerospace Heilind Electronics - - -
MS27500E12B4PC Amphenol Aerospace Heilind Electronics - - -
MS27500E12B4PC Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B4PD Amphenol Aerospace Heilind Electronics - - -
MS27500E12B4PD Amphenol Aerospace Interstate Connecting Components - - -
MS27500E12B98PB Conesys Interstate Connecting Components - - -
MS27500E12B98PB L/C Conesys Interstate Connecting Components - - -
MS27500E12F35P Amphenol Aerospace Farnell element14 - £143.00 £109.00
MS27500E12F35P Amphenol Corporation Avnet - - -
MS27500E12F35S Amphenol Corporation Avnet - - -
MS27500E12F3P Amphenol Aerospace Farnell element14 - £143.00 £109.00
MS27500E12F3S Amphenol Aerospace Farnell element14 - £132.00 £101.00
MS27500E12F4P Amphenol Aerospace Farnell element14 - £151.00 £115.00
MS27500E12F98P Amphenol Aerospace Farnell element14 - £134.00 £102.00

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500E-12 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
LT1007

Abstract: 5030e 000E-12 000E-19 000E-16 000E-20
Text: * rplb 7 131 le5 cl 80 91 200e-12 d4a 60 141 dm3 rxcl 91 90 50 d4b 141 14 dm3 cxcl 91 90 500e-12 gnl 0


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PDF LT1007 p2-57 6315E 200e-12 500e-12 000e-12 5030e 000E-19 000E-16 000E-20
OP27

Abstract: 0p27 op27 spice OP227 spice OP227 OP-27 000E-12 000E-19 000E-20 GEM08
Text: 500e-12 gnl 0 8 60 4 c2 8 98 4.000e-12 ve 6 14 3.0909 rxc2 8 98 4.00k rnla 60 4 le4 cxc2 1 98 27 .


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PDF OP-27 OP227) p2-345 6315E 200e-12 500e-12 000e-12 OP27 0p27 op27 spice OP227 spice OP227 000E-19 000E-20 GEM08
AN-132

Abstract: OP-470
Text: R9 15 99 46.8E6 RIO 15 50 46.8E6 C3 15 99 500E-12 C4 15 50 500E-12 G3 99 15 POLYM) 12 29


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PDF AN-132 OP-470 OP-470, 155pF 260pF AN-132
AN-132

Abstract: OP-470 ad11990
Text: G17 34 99 99 28 3.33E-3 C3 15 99 500E-12 G18 50 34 28 50 3.33E-3 C4 15 50 500E-12 V5 30 34 1.3 G3


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PDF AN-132 OP-470 OP-470, 155pF 260pF ad11990
MGV050-18

Abstract: varactor diode SPICE model MGV050 MGV05-18 MGV050-20 50E-12 MGV050-26 MGV050-24
Text: No file text available


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PDF MGV05-18 0E-12 6E-12 MGV050-18 MGV050-20 MGV050-22 MGV050-24 MGV050-26 50e-12 23e-9 MGV050-18 varactor diode SPICE model MGV050 MGV050-20 MGV050-26 MGV050-24
1998 - CDC2509

Abstract: 2516 memory SIGNAL PATH DESIGNER abstract for 4g technology TMS320 CDC516 CDC509 CDC2516 CDC2510 2516
Text: Frequency Phase Error CDC516 (typical) (Vcc= 3.3V, Ta=25 deg. C) 500E-12 400E-12 Phase Error [s


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PDF SLMA003A 60Volt, CDC516 CDC2516 CDC2509 2516 memory SIGNAL PATH DESIGNER abstract for 4g technology TMS320 CDC516 CDC509 CDC2516 CDC2510 2516
ATP301

Abstract: No abstract text available
Text: No file text available


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PDF ATP301 70E-07 00E-21 00E-12 90E-10 0E-09 00E-07 5417124E-6 5417124E-12 90E-03 ATP301
2002 - eao LAMP MAX 48V

Abstract: ISL6651
Text: and can be calculated with Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 ) (V) (EQ. 10 , 4.01 x R_RESDLY / k + 13 Vramp = BGREF/(R_RA x 500E-12 ) x dt < Vclamp-200mV-Vramp < BGREF and slightly


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PDF ISL6551 FN9066 ISL6551 28-lead eao LAMP MAX 48V ISL6651
OCXO mti 220

Abstract: 220-0103 220-0116 ocxo 10MHz 12v ocxo mti mti ocxo MTI-Milliren Technologies
Text: No file text available


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PDF 16-Pin 0E-08 -155dBc/Hz. 20E-06 00E-07 00E-06 OCXO mti 220 220-0103 220-0116 ocxo 10MHz 12v ocxo mti mti ocxo MTI-Milliren Technologies
1998 - bf185

Abstract: Lambda Sensor sensor Nox OP181 OP186 OP186GRT
Text: RPS3 72 73 1.59E6 CPS3 72 73 500E-12 RPS4 73 98 15.9 * * INTERNAL VOLTAGE REFERENCE * EREF 98 0


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PDF OP186 OT-23 OP186 10E-6, 17E-6, 6E-12 1E-14) bf185 Lambda Sensor sensor Nox OP181 OP186GRT
2003 - 12v to Amplifier 200w circuit diagrams

Abstract: 12v center tap transformer zvs flyback driver flyback 200w 12v to Amplifier 200w schematic diagrams eao diode block ICL6551 resonant half bridge schematic switch zvs driver AN1002
Text: 500E-12 ) (V) synchronous rectifiers. When using these drive schemes, the user should understand the , ns 7 Vramp = BGREF/(R_RA x 500E-12 ) x dt V - Resonant Delay R_RESDLY Ramp Adjust


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PDF ISL6551 FN9066 ISL6551 28-lead 12v to Amplifier 200w circuit diagrams 12v center tap transformer zvs flyback driver flyback 200w 12v to Amplifier 200w schematic diagrams eao diode block ICL6551 resonant half bridge schematic switch zvs driver AN1002
Not Available

Abstract: No abstract text available
Text: IE-5 CPS 2 50 71 IE-5 EPSY 98 72 PO L Y (2) (70,0) (0,71) 0 11 RPS3 72 73 1 .59E6 CP S3 72 73 500E-12


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PDF 0P186 OT-23 OP186 OP186 10E-6, 17E-6, 6E-12 1E-14)
2002 - ICL6551

Abstract: 12v center tap transformer zvs flyback driver MO-220 ISL6551IB-T ISL6551IB ISL6551 ISL6550 HIP2100 full bridge converter
Text: Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 ) (V) · Share Support (SHARE, CS_COMP) - The unit with , R_RESDLY / k + 13 ns 7 R_RA Vramp = BGREF/(R_RA x 500E-12 ) x dt V 9 Resonant Delay


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PDF ISL6551 FN9066 ISL6551 ICL6551 12v center tap transformer zvs flyback driver MO-220 ISL6551IB-T ISL6551IB ISL6550 HIP2100 full bridge converter
2003 - Not Available

Abstract: No abstract text available
Text: be calculated with Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 ) (V) • Share Support (SHARE , tRESDLY = 4.01 x R_RESDLY/kΩ + 13 ns 7 Vramp = BGREF/(R_RA x 500E-12 ) x dt V -


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PDF ISL6551 FN9066 ISL6551 28-lead
INA110E

Abstract: 00E-6 110E E/INA110E
Text: No file text available


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PDF INA110E 653E3 264E-4 0E-12 5E-12 0E-18) 000E-12 INA110E 00E-6 110E E/INA110E
2003 - ICL6551

Abstract: No abstract text available
Text: R_RA resistor and can be calculated with Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 ) (V) (EQ. 10 , / k, where M=11.4 tRESDLY = 4.01 x R_RESDLY / k + 13 Vramp = BGREF/(R_RA x 500E-12 ) x dt < Vclamp


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PDF ISL6551 FN9066 ISL6551 28-lead ICL6551
2003 - Not Available

Abstract: No abstract text available
Text: dt /(R_RA x 500E-12 ) (V) (EQ. 10) synchronous rectifiers. When using these drive schemes, the user , 500E-12 ) x dt < Vclamp-200mV-Vramp < BGREF and slightly higher than Vclamp 1.263V ±2%, 399k pull-up, No


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PDF ISL6551 FN9066 ISL6551 28-lead
2010 - spectra physics

Abstract: ps 929
Text: No file text available


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PDF CP-01064-1 spectra physics ps 929
AD706

Abstract: AD708 LM158 LT1013 OP-221 OP-297 OP-97 98dx
Text: DX R7 12 98 2.45E9 D7 99 28 DX C3 12 98 500E-12 D8 99 29 DX G1 98 12 5 6 1.634E-3 D9 50 28 DY


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PDF OP-297 100pAMax 450pA 000V/mV 625jiA 120dB LT1013, AD706, AD708, OP-221, AD706 AD708 LM158 LT1013 OP-221 OP-97 98dx
2003 - 200w power amplifier PCB layout

Abstract: 12v to Amplifier 200w circuit diagrams MO-220 ISL6551IB ISL6551AB ISL6551 ISL6550 HIP2100 AN1002 zvs flyback driver
Text: be calculated with Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 ) (V) · Share Support (SHARE , R_RESDLY/k + 13 ns 7 Vramp = BGREF/(R_RA x 500E-12 ) x dt V - Resonant Delay R_RESDLY


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PDF ISL6551 FN9066 ISL6551 28-lead 200w power amplifier PCB layout 12v to Amplifier 200w circuit diagrams MO-220 ISL6551IB ISL6551AB ISL6550 HIP2100 AN1002 zvs flyback driver
2003 - zvs flyback driver

Abstract: AN1002 HIP2100 ISL6550 ISL6551 ISL6551AB ISL6551IB MO-220 200W PUSH-PULL
Text: with the R_RA resistor and can be calculated with Equation 10. Vramp = BGREF x dt /(R_RA x 500E-12 , 500E-12 ) x dt V - Resonant Delay R_RESDLY Ramp Adjust R_RA Current Sense ISENSE


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PDF ISL6551 FN9066 ISL6551 28-lead zvs flyback driver AN1002 HIP2100 ISL6550 ISL6551AB ISL6551IB MO-220 200W PUSH-PULL
2002 - Not Available

Abstract: No abstract text available
Text: 98 500E-12 G1 98 12 5 6 1.634E-3 V2 99 13 1.5 V3 14 50 1.5 D3 12 13 DX D4 14 12 DX * *NEGATIVE ZERO


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PDF LT1013, AD706, AD708, OP221, LM158 MC1458/1558 OP297 C00300
op297

Abstract: No abstract text available
Text: 12 2.45E9 500E-12 5 6 1.634E-3 1.5 1.5 DX DX ;N E G A TIV E Z E R 0A T -18 MHZ R8 C4


OCR Scan
PDF OP-297 100pA 000V/m 625jiA 183E-9 100E-3 53E-15 331E-6 1E-15 op297
Not Available

Abstract: No abstract text available
Text: 2.45E9 C3 12 98 500E-12 G1 98 12 5 6 1.634E-3 V2 99 13 1.5 V3 14 50 1.5 D3 12 13 DX D4


OCR Scan
PDF OP-297 OP-297 000V/mV OP-297â 120dB. 120dB 0320G5M
1998 - ad8549

Abstract: AD8519 AD8519AR AD8519ART AD8529 AD8529AR CPS250
Text: 72 POLY(2) (70,0) (0,71) 0 1 1 RPS3 72 73 1.59E6 CPS3 72 73 500E-12 RPS4 73 98 15.9 * * POLE AT


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PDF OT-23, AD8519/AD8529 OT-23 AD8519 OT-23 ad8549 AD8519 AD8519AR AD8519ART AD8529 AD8529AR CPS250
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