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UC3842AQTR Texas Instruments 1A SWITCHING CONTROLLER, 500kHz SWITCHING FREQ-MAX, PQCC20, PLASTIC, LCC-20 visit Texas Instruments
TL3842DE4-8 Texas Instruments Current-Mode PWM Controller 8-SOIC 0 to 70 visit Texas Instruments
TL3842PE4 Texas Instruments Current-Mode PWM Controller 8-PDIP 0 to 70 visit Texas Instruments
TL3842BPE4 Texas Instruments High-Performance Current-Mode PWM Controller 8-PDIP 0 to 70 visit Texas Instruments
UC3842D8 Texas Instruments Current-Mode PWM Controller 8-SOIC 0 to 70 visit Texas Instruments Buy
UC3842AD Texas Instruments Current Mode PWM Controller 14-SOIC 0 to 70 visit Texas Instruments Buy

UM 3842

Catalog Datasheet MFG & Type PDF Document Tags

UM 3842

Abstract: pin diagram of as 3842 Circuit The control circuit is based on the 3842 PWM integrated circuit (IC) using current-mode control , of the 3842 is 1 Volt, the maximum value of any current pulse can be set by making the cur rent , to add slope compensation to the current signal (from pin R tC t of the 3842). The addition of the , greater than 50%. The 3842 ramp has a dc offset which is nulled by the input from Vref of the 3842 via R9 , sense signal, as presented to the 3842, is shown in Figure 5. Auxiliary Supplies Auxiliary supplies are
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ALH140C

Abstract: UM 3842 Characteristics (Ta = 25°C) Unit V V V mA dBm Gain Minim um Maxim um 6.5 +0.5 6 100 14 Specification , Frequency Gain N oise figure M inim um 24 10 Typical 11.5 4.0 Maximum 40 Unit GHz dB dB , 0.119 0.119 0.115 0.109 0.110 0.109 0.106 Magnitude 3.058 3.196 3.327 3.440 3.544 3.647 3.744 3.842 , 3.928 3.935 3.921 3.878 3.858 3.833 3.821 3.868 3.825 3.864 3.844 3.842 3.843 3.870 3.868 3.848 3.852
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FSMA Connectors

Abstract: UM 3842 Cover Height (mm) 11.88 16.37 11.55 11.55 2149699-1 EACH 36.86 44.56 38.42 54.48 Stock No. 70233975 , 296.30 336.30 327.08 ENCLOSURES AMP Fiber Optic Cable Assemblies, 125 µm Use these pre-terminated , 228433-8 228433-7 228433-5 Description Lt. Gray, 5 µm Green, 1 µm White, 0.3 µm EACH 1-9 2.04 2.04 2.07
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QMR-224

Abstract: QMR-201 /IF MIN PIN-OUT (See Below) MOOEL MAX 19-21 28.5-31.5 38-42 57-63 67.5-73.5 10-30 15-45 20-60 , -944 19-21 28.5-31.5 38-42 57-63 6 7 .5 -7 3 .5 8 0 -1 6 0 35-105 8 0 -1 6 0 +10 +10 +10 +10 +10 , frequency. Nominal im pedance = 50 ohms. M axim um RF input power without dam age 200 mW. RF LO IF
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Abstract: Rt = 2.827 µm Ra = 3842 à Rt = 3.429 µm Ra = 1336 à Rt = 1.0792 µm Ra = 3499 à Rt = , BK7 Glass Fused Quartz Window Glass 3 micron 58 µm/min 55 µm/min 22 µm/min 58 µm/min n/a Ra = 1575 à Rt = 1.408 µm Ra = 1625 à Rt = 1.545 µm Ra = 1629 à Rt = 1.455 µm Ra = 657 à Rt = 0.6437 µm 105 µm/min 115 µm/min 76 µm/min 69 µm/min 43 µm/min* Ra = 2352 à Rt = 2.169 µm Ra = 2495 à Rt = 2.316 µm Ra = 2531 à 3M Electronics Markets Materials
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QML-201

Abstract: MAX LO/RF MIN LO/IF MIN PIN-OUT (See Below) MODEL MAX 19-21 28.5-31.5 38-42 52-88 , Below) MODEL MAX LO RF IF NOM MAX 19-21 28.5-31.5 38-42 57-63 66.5-73.5 80-160 100-200 , frequency. Nom inal im pedance = 50 ohms. Maxim um RF input pow er w itho u t dam age 200 mW. #1 IF, 3
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wima .33 MF CAPACITOR

Abstract: : - 55° C to +100° C. Test specifications: In accordance with IEC 384-2 and CECC 30400. Test category , co Ö < X CO lO x lO 3 - 15 25 X X 10`3 IO'3 < 15x10 3 - - M axim um pulse , accordance with IEC 384-2 and CECC 30400. Measuring time: 1 min. Capacitance tolerances: ± 2 0 % , ± 10%, ± 5
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LA 7652

Abstract: 5840 o l b um D ie le ctric w ith s ta n d in g vo lta g e : 500 V A C m inim um FEATURES: · Full 4 - side , (88.88) B .713 (18.10) .813 (20.64) .913 (23.18) 1.013 (25.72) 1.213 (30.80) 1.413 (35.88) 1.573 (38.42
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IC uc3843

Abstract: UC3B42 -series devices and th e U C 3842-series devices is the am bient operating tem perature range. The U C 2842-series devices operate b e tw een - 2 5 ° C and 8 5 °C; the U C 3842-series devices operate b e tw een 0 ° C and , t (UVLO) thresho ld s and m axim um d u ty cycle ranges. T yp ical UVLO thresholds o f 16 V (on) and , a m inim um num ber o f external com pone nts. Interna lly im plem ented c ircu its include
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2SK720

Abstract: vc 3842 ) ABSOLUTE M A X IM U M RATIN G S M axim um Temperatures Storage T e m p e ra tu re . Channel Tem perature. Maxim um Power Dissipation (Tc = 25 °C) T otal Power D is s ip a tio n . 120 W M axim um Voltages , IR C U IT V in - 0 - x - n r= 1 ms - Duty Cycleä 1 % 3 t C~3842
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as3843 application note buck

Abstract: pin diagram of ic 3843 implied. Exposure to absolute m axim um rating conditions for extended periods m ay affect reliability , 50 16 8.4 10 7.6 1.5 125 94 49 I so u rce ^s o u r c e CL = 1 nF CL = 1 nF 3842/4 3843/5 3842/4 3843/5 = 20m A , Vcc = 6 V 3842/3 3842/3 3844/5 3844/5 3842/4, V FB = VSEN SE = OV, V cc = 14V , advantages over standard 3842 devices. First, the UVLO thresholds are based on a temperature compensated band , where VR E G is heavily decoupled. The UVLO on some 3842 devices shuts down the 5 volt regulator only
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UM 3842

Abstract: 76600 138.200 134.900 13.477 12.933 10.387 6.899 4.970 3.842 3.083 2.554 2.224 1.942 1.704 1.501 , 11.197 11.166 9.803 8.207 7.348 7.037 7.486 8.138 7.457 S-Parameters include 0.0010" (24.5 µm , wires, 1 per bond pad, 0.0232" (590 µm) long each wire Source, 4 wires, 2 per side, 0.0092" (234 µm) long each wire OUTLINE DIMENSIONS CHIP (00) (Units in µm) PACKAGE OUTLINE 99 (Units in mm , 9.366 8.462 7.988 7.798 7.498 7.030 S-parameters include 0.0010" (25.4 µm) gold bond wires as
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7486 gate

Abstract: UM 3842 150.700 147.700 144.600 141.500 138.200 134.900 13.477 12.933 10.387 6.899 4.970 3.842 3.083 , 8.138 7.457 S-Parameters include 0.0010" (24.5 µm) gold bond wires as follows: Gate, 2 wires, 1 per bond pad, 0.0265" (674µm) long each wire Drain, 2 wires, 1 per bond pad, 0.0232" (590 µm) long each wire Source, 4 wires, 2 per side, 0.0092" (234 µm) long each wire OUTLINE DIMENSIONS PACKAGE OUTLINE 99 (Units in mm) CHIP (00) (Units in µm) 5.2±0.3 780 1.0±0.1 4.0 MIN BOTH LEADS
NEC
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r67 arcotronics

Abstract: 1.50 MKT - 2200PF - 630V under vacuum . Winding: non-inductive type. Leads: tinned w ire (m inim um lead co nten t 5 % ). , °C Technical terms and tests: IEC 384-2 CEC C 30400 DIN 44110 T1 DIN 45910 T i l Detail specification , this c a se th e m axim um valu e a llo w ed Is obtained m ultiplying the abo ve valu e (se e ta b le
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ARCOTRONICS r85

Abstract: Arcotronics R.85 under vacuum . Winding: non-inductive type. Leads: tinned w ire (m inim um lead co nten t 5 % ). , Technical terms and tests: IEC 384-2 CECC 30400 DIN 44110 T1 DIN 45910 T11 Detail specification: CECC , se th e m axim um value a llo w ed is obtained m ultiplying th e above valu e (see ta b le dv/dt) w
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Abstract: b llic o n PnOtOdlOClGS Dimensional Type No. Outline Package (P.38-42)/ Window Material* (m m) (m m) Active A rea Size Effective Active Area (m m 2) r»i_ * j- j (Visible to IR Range, for Precision Photometry) Short Circuit Current Isc 100 lx Spectral Response Range (nm) Peak Sensitivity Wavelength Ap (nm) Photo Sensitivity S Typ. (A /W ) G aP Ap LED H e-N e Laser G a As LED Min , Resistance Rsh \/R = 1 0 m V Min. (G Q ) Typ. (G Q ) NEP Typ. (W /H z 1/2) Absolute Maxim um Ratings -
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Abstract: 2.0 S21 MAG 3.842 4.541 5.287 6.001 6.588 6.949 7.057 7.001 6.807 6.568 6.314 6.104 5.956 5.838 , 2225 Unit: µm 2200 2015 1330 RFin RFout 1275 180 185 90 0 0 0 105 265 620 Eudyna Devices
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fujitsu power amplifier GHz

Abstract: FUJITSU SEMICONDUCTOR phemt 117.5 86.2 52.4 23.9 2.0 S21 S12 MAG ANG MAG 3.842 4.541 5.287 6.001 6.588 , Unit: µm 2200 2015 1330 1275 RFin RFout 180 185 90 0 0 0 105 265 620
Fujitsu
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Transistor TT 2246

Abstract: Technical Data ATF-36163 Features Surface Mount Package â'¢ Low M inim um N oise Figure: I dB , Typical at 4 GHz â'¢ M axim um A vailable Gain: II dB Typical at 12 GHz 17 dB Typical at 4 GHz â'¢ Low , bsolute M axim um U nits Drain - Source Voltage T herm al R esistance: © c h - c = 160°c/w , -74 -93 -110 -127 -144 -163 180 dB -38.42 -32.40 -26.56 -23.22 -21.01 -19.25 -18.13 , 3.25 2.86 2.51 2.17 1.88 1.63 1.41 1.18 0.91 dB -38.42 -32.40 -26.74 -23.48 -21.31
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Transistor TT 2246 SC-70 5964-4069E 5965-4747E

MMY5

Abstract: VN63 and tests : IEC 384-2 CECC 30400 DIN 44110 T1 DIN 45910 T11. Detail sp ecification: CECC 30401-025. R , er than nominal voltage(V n), th e cap acitor can w ork at higher dv/dt. in this case the m axim um
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MMY5 VN63 CS3300 CS6800 63VDC/40VAC 100VDC/63VAC
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