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irf 539

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Abstract: % (-64) GHigh Speed Rise Time: 200 ps (-61), 180 ps (-63/-64) IRF A (Instrument Response Function , Dark Count E Rise Time F Time Fall Time G Response IRF (FWHM) A Min. 400 - 1 × 105 - - , NOTE: A IRF stands for Instrument Response Function which is a convolution of the pulse function (H(t) of the measuring system and the excitation function (E(t) of a laser. The IRF is given by the following formula: IRF = H(t) × E(t) We specify the IRF as an FWHM of the time distribution taken by using Hamamatsu Photonics
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R3809U-64 R3809U-61 R3809U-63 C4840 tennelec ortec 457 tennelec tc-454 E3059-500 irf 539 DATA R3809U-61/-63/-64 TPMHB0756EA TPMHB0179EA
Abstract: amplitude points on the tailing edge of the output waveform for full cathode illumination. G I.R.F. stands , system and the excitation function (E(t) of a laser. The I.R.F. is given by the following formula: I.R.F. = H(t) × E(t) We specify the I.R.F. as an FWHM of the time distribution taken by using the measuring system in Figure 6 that is Hamamatsu standard I.R.F. measurement. It can be temporary estimated by the following equation: (I.R.F. (FWHM)2 = (T.T.S.)2 + (Tw)2 + (Tj)2 where Tw is the pulse width of the laser Hamamatsu Photonics
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10-32 UNC-2B Dewar ortec 454 ortec TAC R3809U TACCA0278EB H10840-68/-69 R3809U-68/-69 TPMHF0499 TACCF0194 TPMOB0198EB R10840-69
Abstract: QE: 12 % (-61), 36 % (-63), 40 % (-64) GHigh Speed Rise Time: 200 ps (-61), 180 ps (-63/-64) IRF A , ) Rise Time G Time Fall Time H Response IRF (FWHM) A Cathode Sensitivity Min. 400 â'" â'" 1 , ps NOTE: A IRF stands for Instrument Response Function which is a convolution of the δ pulse function (H(t) of the measuring system and the excitation function (E(t) of a laser. The IRF is given by the following formula: IRF = H(t) × E(t) We specify the IRF as an FWHM of the time distribution Hamamatsu
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TPMHB0179EB D-82211 SE-164 TPMH1295E07 B1201
Abstract: amplitude points on the tailing edge of the output waveform for full cathode illumination. G I.R.F. stands , system and the excitation function (E(t) of a laser. The I.R.F. is given by the following formula: I.R.F. = H(t) × E(t) We specify the I.R.F. as an FWHM of the time distribution taken by using the measuring system in Figure 6 that is Hamamatsu standard I.R.F. measurement. It can be temporary estimated by the following equation: (I.R.F. (FWHM)2 = (T.T.S.)2 + (Tw)2 + (Tj)2 where Tw is the pulse width of the laser Hamamatsu Photonics
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Tektronix 11802 C4725 ortec TC-454 LH10840-68/-69 H10840-68-69 TPMOB0198EC H10840-69 H10840-68 TACCC0090EE
Abstract: IRF stands for Instrument Response Function which is a convolution of the pulse function (H(t) of the measuring system and the excitation function (E(t) of a laser. The IRF is given by the following formula: IRF = H(t) × E(t) We specify the IRF as an FWHM of the time distribution taken by using the measuring system in Figure 6 that is Hamamatsu standard IRF measurement. It can be temporary estimated by the following equation: (IRF (FWHM)2 = (TTS)2 + (Tw)2 + (Tj)2 where Tw is the pulse width of the Hamamatsu Photonics
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C10221 R3809U-69 R3809U-68 gas solenoid valve tektronix 454 Hamamatsu microchannel plates tektronix tube LR3809U-68/-69 LC10221 TPMOB0198EA
Abstract: Time: 160 ps IRF (Instrument Response Function) A: 55 ps (FWHM) GLow Noise GCompact Profile Useful , at -3000 V Anode Dark Counts at -3000 V Time Response Rise Time G Fall Time H I.R.F. (FWHM) I , illumination. I I.R.F. stands for Instrument Response Function which is a convolution of the δ pulse function (H(t) of the measuring system and the excitation function (E(t) of a laser. The I.R.F. is given by the following formula: I.R.F. = H(t) × E(t) J We specify the I.R.F. as an FWHM of the time Hamamatsu
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R3809U-50 TPMHB0178EB TPMHB0771EB C9727 C5594 S5973
Abstract: FDC92C39TP SMC 24827 FDC92C81P SMC 473 FDC9793UATTP SMC 116 FDC9793UP SMC 539 FDC9793P SMC 4 FDC9797CD SMC 1 FDC9797LJP SMC 346 FDC9797P SMC 340 FSA3295M.02 NSC 16 G1829HEX IRF 30 G1849HEX IRF 329 G18S6HEX IRF 316 G1992HEX IRF 15 G202CK HAD 88 G2032HEX IRF 30 G2Û87HEX IRF 40 G20V8Q25B1NNC NSC 1152 G2QV8S15BCMQVC NSC 2357 G20V8S25BCRA.VI NSC 690 G2289HEX IRF 86 G 22V10L15BCIWC NSC 1765 G22V10U5BHR/W NSC 139 G2301HEX IRF 1504 G94-2403 IRF 60 G94-2418 IRF 20 GAL16V8-20LNC NSC 1188 GAL16V8-20LVC NSC -
OCR Scan
GAL16V8-25LVC GAL16V8A-15LNC GAL16V8QS-15LNC HA2-2650-2 HA2-2655-5 HA2-2725-5 IRF 1640 GD4049B IRF 1640 G gal22cv10 FDC92C36BP FDC92C36P FDC92C38BP FDC92C33BT FDC92C39BUP FDC92C39BTBI
Abstract: ) I.R.F. (FWHM)7) s-1 75 Anode Dark Counts at ­3000 V Time Response Max. Unit Min , points on the tailing edge of the output waveform for full cathode illumination. 7) I.R.F. stands for , the excitation function (E(t) of a 8) 9) 10) 11) laser. The I.R.F. is given by the following formula: I.R.F. = H(t) × E(t) We specify the I.R.F. as an FWHM of the time distribution taken by using the measuring system in Figure 13 that is Hamamatsu standard I.R.F. measurement. It can be temporary Hamamatsu Photonics
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C3360 Photocathode S-25 NAIG E511 tennelec tc454 pc9801 nec tennelec tc 908 425A TPMHF0034 TPMHB0177EC SE-171-41 TPMH1067E07
Abstract: , Inc. IRF International Rectifier ONS ON Semiconductor XCR Xicor CRY Crydom Company INT Intersil PHI , SN74LVC02AD 0.54 TIS — SN75175D 1.79 TIS — ST110S16P0 93.02 IRF 819 SN74LS280N 0.97 TIS — SN74LVC04AD 0.53 TIS — SN75175N 1.79 TIS — ST1230C12K0 237.85 IRF 819 SN74LS283N 0.30 TIS — SN74LVC08AD 0.63 TIS — SN75176AD 1.04 TIS — ST1230C16K0 250.00 IRF 819 SN74LS292N 20.92 TIS — SN74LVC112AD 0.83 TIS — SN75176AP 0.73 TIS — ST180S20P0 122.10 IRF 819 SN74LS299N 1.41 ONS 840 SN74LVC125AD 0.90 TIS — SN75176BD 1.20 TIS -
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SN74LS74AN irf 536 IRF 810 MOTOROLA SN74LS47N motorola SN74LS541N tibpal16l8-25cn SN74LS260N SN74LS86D SN75172N SST177 SN74LS266N SN74LS86N
Abstract: Time 700 I.R.F. (FWHM)8) T.T.S. (FWHM) 959) ps 9010) ps Value Unit -3400 , tailing edge of the output waveform under full photocathode illumination. 8) IRF stands for Instrument , exciation function (E(t) of a laser. The IRF is given by the following formula: IRF = H(t) E(t) 9) We specity the IRF as an FWHM of the time distribution taken by using the measuring apparatus in Figure 7 that is Hamamatsu standard IRF measuring set-up. It can be estimated by the following equation: (IRF Hamamatsu
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R5916U-50 PLP-01 canberra preamplifier irf 2205 shg 850 LIDAR radar TPMHB0244EA TPMHB0245EB R5916U
Abstract: I I.R.F. (FWHM) J Min. 100 â'" 1 × 105 â'" â'" â'" â'" â'" Typ. 150 52 3 × 105 , edge of the output waveform under full photocathode illumination. J I.R.F. stands for Instrument , exciation function (E(t) of a laser. The I.R.F. is given by the following formula: I.R.F. = H(t)◠E(t) K We specity the I.R.F. as an FWHM of the time distribution taken by using the measuring apparatus in Figure 7 that is Hamamatsu standard I.R.F. measuring set-up. It can be estimated by the Hamamatsu
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IRF 501 TPMHC0094ED TPMH1102E10
Abstract: , Inc. IRF International Rectifier ONS ON Semiconductor XCR Xicor CRY Crydom Company INT Intersil PHI , 7.96 ADI — NTE506 5.39 NTE 838 NTE5875 3.16 NTE — NTE992 3.34 NTE 838 OP467GP 10.29 ADI 797 NTE5069A , NTE5401 1.19 NTE — NTE7432 1.51 NTE 838 OP220GP 4.55 ADI — P102KW 44.36 IRF — NTE5402 1.27 NTE — NTE7440 0.70 NTE — OP221AZ 18.91 ADI 797 P102W 37.17 IRF — NTE5404 1.42 NTE — NTE7442 1.98 NTE 838 OP249AZ 14.60 ADI — P105W 38.28 IRF — NTE5408 6.50 NTE — NTE7473 2.27 NTE 838 OP249GP 3.62 ADI 796 P405W 43.07 -
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NTE4001B NTE4017B NTE74C14 NTE834 NTE858M OP27EZ NTE977 IRF 707 NTE7400 NTE397 NTE5552 NTE859 OP27FP NTE398 NTE5554
Abstract: 187 r 55 1 -55 539 529 -39 -38 999 989 -25 671 661 1 6 084 p 52 074 52 1 87 r 55 55 539 529 -39 -38 999 989 -25 -25 671 661 1 6 2 084 2 0Z4 2 1 8Z 2 1 zz 1 539 1 529 -52 -52 -55 -55 -39 -38 999 989 -25 , PAR S IRF. - .125 REF^ [3.18] 45S0 B SRR-P w DO NOT SCALE PRINT. ONDESS SPECIFIED DIMENSIONS IN INCHES -
OCR Scan
L1046 ahy 103 IRF 544 9368 IRf 334 MAR 749 SH-1982 30-MAR-04 MIL-C-24308
Abstract: .25 3-2-16 ITF/IRF Data Register . 26 3-2-17 IRF Data Register , . 51 Figure 5-3-9 Register Operation (ARF) for 8-Bit Width DMA Access , .61 Figure 5-7-5 IRF Reception Flow , : Little-endian bit (RW- Initial value: 0b) 0 1 Bit 29~28 = Data of ATF, ARF, ITF, IRF buffer are handled Fujifilm Microdevices
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MD8412 MD8402 IRF 5310 irf 648 MD8402 equivalent MD8413
Abstract: . 25 3-2-16 ITF/IRF Data Register . 26 3-2-17 IRF Data Register , . 72 Figure 5-3-9 Register Operation (ARF) for 8-Bit Width DMA Access , ="1") .86 Figure 5-7-8 IRF Reception Flow (auto-mode & SyncEn , ) .52 Table 4-7-6 viii IRF Reception Flow Fujifilm Microdevices
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MD8412B P1394 MD8404 8412b IEEE1212 IRF 534 P1394-1995 8412B
Abstract: ] 0.35 [.014] 4 2.75 [.108] 2X R 2.25 [.089] 20.30 [.799] 19.70 [.776] D B 13.70 [.539 , SMD-247 Part Marking Information EXAMPLE: T HIS IS AN IRF P450S WITH AS S EMBLY LOT CODE 3A1Q International Rectifier
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IRF igbt gate driver MOSFET IRF 630 st smd diode marking code ET MOSFET IRF 570 MOSFET IRF 603 MOSFET IRF 630 Datasheet IRFP17N50LS 5M-1994 O-247 O-247AC IRFP450S
Abstract: power. These types can be operated directly from integrated circuits. The IRF types are supplied in the , File Number 2278.1 5-39 P-CHANNEL POWER MOSFETs S pecifications IR F 9 140, ÍR F 9 141, IR -
OCR Scan
transistor 2SB 367 irf 5630 transistor ESM 2878 bf199 IRF 3055 2sk116 ZTX751 ZTX3866 2SD2182 2SD1642 2SC4489
Abstract: 1 400 300 i: 1 2 3 4 ri[K/kW]: 4,219 15,08 4,624 1,783 Ï"i[s]: 0,002 0,045 0,539 6,941 , (SOA) ) IR#2;=#2;f(VR) Tvj#2;=#2;150°C 100 1800 ZthJC -
OCR Scan
F9140 1RF9140 F9142 IRF 543 MOSFET IRF high current p-channel lts 543 pin diagram IRF9140 IRF9141 IRF9142 IRF9143
Abstract: [.209] D B 5.30 [.208] 4.70 [.186] 2.50 [.099] 1.50 [.060] 0.25 [.010] 13.70 [.539] 13.50 [.532] D B , OR 2X 0.80 [.031] 0.40 [.016] SMD-247 Part Marking Information EXAMPLE: T HIS IS AN IRF Infineon Technologies
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FF800R17KP4
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