ZO 103 Search Results

Contextual Info: Product specification Philips Semiconductors Military Linear Products Wideband high frequency amplifier 5205 DESCRIPTION FEATURES • 600MHz bandwidth • 20dB insertion gain • 4.8dB 6 dB noise figure Zo = 7 5 ÎÏ (Zo = 50£2) • No external components required

High-Frequency Wideband Power Transformers

Abstract: 130U noise diode
Contextual Info: Product specification Philips Semiconductors Military Linear Products Wideband high frequency amplifier 5205 DESCRIPTION FEATURES • 600MHz bandwidth • 20dB insertion gain • 4.8dB 6dB noise figure Zq = 75Q (Zo = 50£2) • No external components required

2D130Z-100

Abstract: 2DI75D-050A 2DI50D-050A 2di50z note 2di75d-100 2DI30A-120 2DI30A-140 2DI30D-050A 2DI30D-100 2DI30M-050
Contextual Info: ooi-asiiaz 9 o zn I 3 9 ’0 S2 *0 Si 9- Si S ‘0 Si 8*1 Si s> S I o*e Sí 97 91 Si s*e vsso-asiias 8 0 2 Vi zo 58 U se ’o Si 9- Si 9 ’0 Si S I 9i 0 7- 07 0? 21 0 *E 0*2 Si S7 07 voso-asiias 8 0 2W zo 58 ‘0 S E ‘0 Si 9- 9i 9 '0 Si S'T Si 91- S I SI

operational amplifier discrete schematic

Abstract: 1s21 diode ltls zo 103 ma 130U High-Frequency Wideband Power Transformers
Contextual Info: Product specification Philips Semiconductors Military Linear Products 5205 Wideband high frequency amplifier • 20dB insertion gain • 4.8dB 6dB noise figure Zq = 75Q (Zo = 50£2) • No external components required • Input and output impedances matched to

MP4TD0700

Abstract: MP4TD0735 MP4TD0736 S2112
Contextual Info: MP4TD0700 Silicon Bipolar MMIC Cascadable Amplifier NOISE FIGURE vs FREQUENCY REVERSE ISOLATION vs FREQUENCY rt£QUKJ'CY<CBi? niQUINCY fCHil Typical Scattering Parameters Zo - SOQ, T a • +25°C, Id ■ 22 mA Su Frequency S21 S22 S12 GHz Mag. A ngle Mag.

MP4TD0770

Abstract: MP4TD0800 MP4TD0800G MP4TD0800W
Contextual Info: Silicon Bipolar MMIC Cascadable Amplifier MP4TD0770 Typical Scattering Parameters Zo • 5 0 0 , T a » +25°C, Id ~ 22mA Frequency S11 S21 S22 $12 GHz Mag. A ngle Mag. A ngle Mag. Angle Mag Angle 0.1 0.42 96.5 4.73 171.5 0.098 9.3 0.033 -52.9 6.2 0.034

2207CN

Abstract: xr2207 XR2207P xr 2306 2207n 2207CP modem FSK XR2207CP XR-2207CN XR-210
Contextual Info: EXAR CORP SOE 3M 22bia D D Q Ü S bij ItLXR JU L XR-2207 ¡Ë *E X 4 R T -zo- Voltage-Controlled Oscillator 1 PIN ASSIGNMENT GENERAL DESCRIPTION The XR-2207 is a monolithic voltage-controlled oscillator VCO) integrated circuit featuring excellent frequency

AS1286

Contextual Info: ODUEHR • COMPONENTS • A J 9 QC A U 1 ZO O 650 TO 1200 MHz TO-8 CASCADABLE AC1286 Typical Values 1.0 dB 29.0 dB Ultra Low Noise F ig u re . High G ain. High Performance Thin Film Standard Size TO-8 ¡ / j AC1286

zo107

Abstract: zo107 ma ZO108 v40 1d r1 sharp x058 V32 Package z0108 z057 LH168K VH32
Contextual Info: SHARP LH168K 324-output TFT-LCD Source Driver IC LH168K DESCRIPTION PIN CONNECTIONS The LH168K is a 324-output TFT-LC D source TOP VIEW 395-PIN TCP driver IC which can simultaneously display 262 144 XOi YOi ZO i colors in 64 gray scales. FEATURES • Selectable number of LCD drive outputs :

BJ0000000A80

Abstract: MOR-500-SS ZO-12 MF300 MOR-100 zo 410 mf cr12 resistors
Contextual Info: Coated Type Resistors Dimension mm Taping Dimension Part No. BCW8 BCS4 BMW8 BMS4 BNY4 BZW8 BCW4 BLT2 BMW4 BNT2 BMX6 BFW4 BOW4 BOS2 BTW4 BZW4 BCS2 BMS2 BCW2 BMW2 BFW2 BOW2 BTW2 BO1S BF1W BKW2 BK1S Style CR-12 CR-25-S MF-12 MF-25-S MF-40-SS ZO-12 CR-25 CR-50-SS

Contextual Info: 45E D 712*1537 G03b744 S C S -T H O M S O N m 4 ISÛTH G S-THOMSON T S 2 7 2 C ,I,M -1 9 -0 5 -zo HIGH SPEED DUAL CMOS OP-AMPs • EXCELLENT PHASE MARGIN ON CAPACI­ TIVE LOADS - SYMETRICAL OUTPUT CURRENTS ■ HIGH GAIN BANDWIDTH PRODUCT ■ LOW OUTPUT DYNAMIC IMPEDANCE

SKE33

Abstract: SKE68A SKE400A ske36 1.SKE180 SKE400
Contextual Info: GENERAL SEMICONDUCTOR 3918590 G EN ERAL TS SEM ICO N D U C TO R Ï F| B IIÛ ST O 95D 01983 0 D Q n û 3 / / -J 3 General ^ Semiconductor ^ Industries, Inc. Tr a n s Zo r b ® ^ FEATU RES 1500 watts Peak Pulse Power dissipation Fast Response Available In ranges from 6.8 to 400

Contextual Info: SbE ]> 3 D 3 D b O c] 0Q0111S «VCT VTP8C03DS R bv . A PHOTODIODE ARRAY 8 ELEM ENT J ^ E G zO VACTEC VTP8C03 O P T O E L E C T R O N IC S E G & G VACTEC T-^I-55 FEATURES PRODUCT DESCRIPTIO N • 8 Element array • Common cathode • Symmetrically arranged bond pads

Contextual Info: EDP NO. DIMENSIONS IN METRIC DO NOT SCALE DRAWING 39-27-6*3 •- IQ f# ll|l ^ Q3t M 8 v; f Hi 3 Pc v4 *h|* 5jC Lml ttT nul r+ig S* r 5 vj I _vj „ *S v _,C s5 ai sW an11 m3 zo sa zdM i# S5 ^3 UKe O ro ro UJUJUJ -sj i\ U1-J© ro i\)ro ui -0© l \)Ul ro cn

IZB 30

Abstract: ZO 405 me BU-27135-000
Contextual Info: BU-27135-000 SHT NOTES: I. I D> l ^ > L O C A T E D FROM TWO S U R F A C E S FOR C U S T O ME R CONVENIENCE. ONLY APPPLI CA BLE FROM ONE S U R F A C E , N O T T O BE U S E D T O G E T H E R . H O R I ZO N TA L L OC AT IO N FOR T ER M I N AL C E N T E R E D

1433I

Abstract: molex c7 mxj BYW0 ul94-v0
Contextual Info: D IM E N S I O N S V ^ J 4+ q d |5H> y m y IN M E T R I C 4+ —1 I- O 1— —1 2! in ! z CD I- <D I- zo ~a ~a X I c n J ^ o-i X I cz CD GO a t X teH> “ □ 0 1M < C J 7f <3 C Z £ □ X < y c: + | 0 CO O o CD CD © 0 m m © x i 00 za O cz ° i “ 0 — i cn r o ^

mxj connector FPC

Abstract: mxj connector mxj 2 connector 24 mxj connector sd-52271 mxj 5 connector MXJ HOUSING 1433I Y/S/MOLEX mxj a1
Contextual Info: D IM E N S I O N S V ^ J 4+ q d |5H> y m y IN M E T R I C 4+ —1 zo I- O 1— —1 2! in ! z CD I- <D I- “0 ~a n ~a X I 0 r a n 3 D m O “0 o-i 4 d Z5 “ D □ ! > j Z5 X I y cr m cz CD J3 GO LO a t X teH> P T D j> y ~ \ ; - ' “ □ 0 1M < n c j 0 1— h 0 C J 7 f

INA-10386

Abstract: HP MMIC INA INA-10386-BLK INA-10386-TR1 INA10386 mmic ina
Contextual Info: Low Noise, Cascadable Silicon Bipolar MMIC Amplifier Technical Data INA-10386 Features • Cascadable 50 Ω Gain Block • 3 dB Bandwidth: DC to 1.8 GHz • 26 dB Typical Gain at 1.5␣ GHz • 10 dBm Typical P1dB at 1.5␣ GHz • Unconditionally Stable

mmic N10

Abstract: N10 MMIC mmic amplifier N10 INA-10386 N10 INA-10386 INA-10386-TR1 INA-10386-BLK ina 10386 INA-10386 AGILENT
Contextual Info: Low Noise, Cascadable Silicon Bipolar MMIC Amplifier Technical Data INA-10386 Features • Cascadable 50 Ω Gain Block • 3 dB Bandwidth: DC to 1.8 GHz • 26 dB Typical Gain at 1.5 GHz • 10 dBm Typical P1dB at 1.5 GHz • Unconditionally Stable k>1

mmic N10

Abstract: HP MMIC INA INA-10386 INA-10386 N10 mmic amplifier N10 INA-10386-TR1 ina 10386 N10 MMIC HP MMIC INA-10386-BLK
Contextual Info: Low Noise, Cascadable Silicon Bipolar MMIC Amplifier Technical Data INA-10386 Features • Cascadable 50 Ω Gain Block • 3 dB Bandwidth: DC to 1.8 GHz • 26 dB Typical Gain at 1.5␣ GHz • 10 dBm Typical P1dB at 1.5␣ GHz • Unconditionally Stable

INA-10386

Abstract: ina10386
Contextual Info: Low Noise, Cascadable Silicon Bipolar MMIC Amplifier Technical Data INA-10386 Features • Cascadable 50 Ω Gain Block • 3 dB Bandwidth: DC to 1.8 GHz • 26 dB Typical Gain at 1.5 GHz • 10 dBm Typical P1dB at 1.5 GHz • Unconditionally Stable k>1

Contextual Info: data sheet MA# " “ INA-10386 Low Noise, Cascadable Silicon Bipolar MMIC Amplifier December, 1990 ÇJAVANTEK Features • • • • • • Avantek 86 Plastic Package Cascadable 50 Q Gain Block 3 dB Bandwidth: DC to 1.8 GHz 26 dB typical Gain at 1.5 GHz

abstract and introduction rs 422

Abstract: ADVANTAGE AND DISADVANTAGE rs422 3 Volt transzorb transzorb application note AN-1031 AN-759 C1996 EIA-422-B RS-422-A AN-979
Contextual Info: National Semiconductor Application Note 1031 Michael R Wilson February 1996 ABSTRACT This application note covers topics associated with concerns for implementing a balanced interface circuit utilizing the TIA EIA-422-B formerly RS-422-A electrical interface

SR8800LPQ

Abstract: coaxial resonator, skyworks sr8800 SR9000 SR8800LPQ1098BY ceramic coaxial resonators trans-tech LTAB dielectric resonator filters for the application
Contextual Info: APPLICATION NOTE No. 1030: Tolerance Analysis of Coaxial Inductors* Quite often, VCO designers will specify a coaxial inductor by designating a catalog resonator. Skyworks’ coaxial resonator part numbering scheme includes the ceramic material designator, the physical profile, and the self-resonant frequency SRF .