FSLU TOKO

Contextual Info: 'TYPE 52 FSLU Series TYPE FSLU2520 Inductance Range: 10nH ~ 220nH Temperature Range: -4 0 CC +85°C 1.4 Inductance Marking i I r Tolerance: ±0.2 Unit: mm Features • Typical max Q: 40 ~ 50 • Proprietary wire-wound structure with welded terminations offers high reliability

to 252 footprint

Abstract: FSLU2520 FSLU2520-4R7
Contextual Info: FSLU2520 Wirewound Chip Inductor The FSLU2520 Series is a ferrite core wirewound surface mount chip inductor which conforms to the EIA standard 1008 footprint. Its proprietary welded termination architecture of fers superior reliability and high heat-resistance for flow and reflow soldering capability

Contextual Info: TYPE 86 FSLU 2520 . . TYPE FSLU2520 For Dip Soldering /Reflow Soldering Inductance Range: 0.01 - 220/xH Temperature Coefficient: 750ppm / °C max. 2.2Max. 2.0Max. -p ,L. _ m h» CM ^ . > 1.4 - . iI- • h Unit: mm) Features 43 • Wide inductance range from 0.01 to 220^H.

FSLU TOKO

Abstract: 1008 footprint FSLU2520 0022M
Contextual Info: TYPE Wirewound Chip Inductors FSLU2520 Meeting Your Needs 2.0 1.4 0.4 1.8 Inductance Marking 0.4 The FSLU2520 Series is a ferrite core wirewound surface mount chip inductor which conforms to the EIA standard 1008 footprint. Its proprietary welded termination architecture offers superior reliability and high heat-resistance for flow and reflow soldering capability. It is recommended for general signal conditioning, RF or IF filtering applications, or as matching elements.

Contextual Info: FSLU2520 Wirewound Chip Inductor The F S L U 25 20 Series is a ferrite core wirewound surface mount chip inductor which conforms to the EIA standard 1008 footprint. Its proprietary welded termi­ nation architecture offers superior reliability and high heat-resistance for flow and reflow soldering capability.

Contextual Info: 54 TYPE r& TO K O Wlrewound Chip Inductors FS LU 2520 iiM v ffn e V to u f A M M O The FSLU2520 Series is a ferrite core wirewound surface mount chip inductor which conforms to the EIA standard 1008 foot­ print. Its proprietary welded termination architecture offers su­

1008 footprint

Abstract: FSLU TOKO
Contextual Info: TYPE Wirewound Chip Inductors FSLU2520 Meeting Your Needs 2.0 1.4 0.4 1.8 Inductance Marking 0.4 The FSLU2520 Series is a ferrite core wirewound surface mount chip inductor which conforms to the EIA standard 1008 footprint. Its proprietary welded termination architecture offers superior reliability and high heat-resistance for flow and reflow soldering capability. It is recommended for general signal conditioning, RF or IF filtering applications, or as matching elements.

TOKO 10EZ

Abstract: TOKO 5kmt 7KLT mc119 toko 5vfq BTKACBTKANSBTKENSBTKXNSCDF107BTOKO toko 7p 10EZ 79 5ccd toko MC136 toko
Contextual Info: 244 M lCMN Index TOKO Part No. Prefix TOKO Type - Page No. TOKO Part No. Prefix TOKO Type Page No. 7P HF 81 ABW07 162 ABW 07139,140 5VHS 161 5VHW 161 4FS 132 4FW 132 4 FT 132 5FS(LPF) 160

Contextual Info: |t o k o Surface Acoustic Wave Filter No. | SA190ZB-001 1. Dimensions Part No. 4.8 1.8 max ^ Unit: mm > 4 A LO C\j vb • Input: 9 Output: 4 Ground: 1,2,3 5,6,7 5 3 6 L 8,10 03 00 O ■ 1 ■an 8 10 9 Tolerance: ± 0.2 2. Electrical characteristics Parameter

82nk 250

Abstract: 33nk 250
Contextual Info: Surface Acoustic Wave Filter | t o k o No . | SA109LS-001 1. Dimensions 6.5 2.0 Unit: mm Input: 10 Output: 5 Ground: 1,2,3 4,6,7 8,9 Tolerance: ± 0.2 2. Electrical characteristics Parameter Min. Typ. Unit 2.1 Center frequency Fo MHz 109.80 2.2 Passband width (at 5dB)

toko filter

Contextual Info: TOKO No. Surface Acoustic Wave Filter 1. SA242ZB-001 98/05/09 Dimensions ,1.8 MAX Part No. 4.8 4 m w Unit Input Output Ground 5 3 6| 2 7Ì mm 9 4 1,2, 3, 5, 6, 7, 8, 10 evi Tolerance : ± 0.2 3E O' 2. 10 9k Electrical Characteristics 2.1 Center Frequency Fo

l1101

Contextual Info: Surface Acoustic Wave Filter TOKO No. SA279HS-002 Preliminary 1. Dimensions 2.0 max Unit: mm 5.0 1.0 Lot No. 4 Input: 9 Output: 4 Ground: 1,2,3 5,6,7 8,10 5 6 2 7 1 8 0.8 TOKO Part No. 10 11.4 2.54 3 9 Tolerance: ± 0.2 2.54 Orientation mark 2. Electrical characteristics

FSLU2520-22NK

Contextual Info: Surface Acoustic Wave Filter TOKO No. SA128WA-003 1997/10/14 1. Dimensions Part No. 6.50 2.0 max. 5 4 6 7 3 8 2 9 13.3 2.54 Lot No. 0.8 TOKO JAPAN Unit : mm 1.5 1 10 12 11 Input : 11 Output : 5 Ground : 1, 2, 3 6, 7, 8 10, 12 Tolerance : ±0.2 Orientation mark

PC2710TB

Abstract: PC2709T pc2771 PC2776TB C1E mmic PC2708TB PC2709TB
Contextual Info: お客様各位 カタログ等資料中の旧社名の扱いについて 2010 年 4 月 1 日を以って NEC エレクトロニクス株式会社及び株式会社ルネサステクノロジ が合併し両社の全ての事業が当社に承継されております。従いまして、本資料中には旧社

toko FM if transformers

Abstract: toko 10k coils TOKO molded coils TOKO 10EZ TOKO HELICAL FILTERS toko variable coils variable coils toko TOKO VARIABLE INDUCTORs MC141 Toko variable coil 7PA
Contextual Info: 241 PROTOTYPING KITS Kit Name Contents Part Number LL1005-FH - Multilayer Chip Inductors Includes 21 part numbers, 10 pieces each. Inductance range of 1.0 - 47nH. Inductance tolerances up to 10%. SPK-LL1005-1996 LL1608-FH - Multilayer Chip Inductors with High Q

FZL 141

Abstract: CAPACITOR 64 680 4J 7PSG 5cce FZL 101 D76UP VARIABLE COILS FM 10.7 mhz 10K 60mH inductor aei cr FZL 141 S
Contextual Info: Selection Guide for Coils & Fitters rvM a - f ; w - 7 - r ; i» ir 59 > * '< K Variable Coils for Surface Mounting ^SpecificaBons I ypiL Dimens ons Ext. Form unit: mm Tuning Method Frequency flange a *s a a B kHz kHz MHz MHz MHz to 100 1 1« 100 S i» * «

Philips Capacitor

Abstract: diode 1n400 RTCM-SC104 sfr 0.5w 39k SGM3900 microstrip butterworth passive low pass filter at 900 mhz "capacitor philips" philips resistor HP54645D schematic diagram UPS 600 Power tree
Contextual Info: APPLICATION NOTE AN99068 DESIGNERS GUIDE EXACT GPS Low Cost Reference Board Version 1.0 Philips Semiconductors Philips Semiconductors DESIGNERS GUIDE EXACT GPS Low Cost Application Note (Version 1.0) AN99068 Abstract EXACT is a Philips GPS (Global Positioning System) receiver circuit chip-set comprising an

Contextual Info: Surface Acoustic Wave Filter TOKO No. SA245HS-003 Preliminary 1. Dimensions 2.0 max Lot No. Unit: mm 5.0 Input: 9 Output: 4 Ground: 1,2,3 5,6,7 Part No. 8,10 O rientation m ark Tolerance: ± 0.2 2. Electrical characteristics Parameter 2.1 Center frequency Fo

Contextual Info: TOKO No. Surface Acoustic Wave Filter 1. SA240ZB-001 98/07/28 Dimensions ,1.8 MAX Part No. 4.8 4 m w evi Unit Input Output Ground 5 3 6| 2 7Ì mm 9 4 1,2, 3, 5, 6, 7, 8, 10 Tolerance : ± 0.2 3E O' 2. 10 9k Electrical Characteristics 2.1 Center Frequency Fo

Contextual Info: DATA SHEET BIPOLAR ANALOG INTEGRATED CIRCUIT UPC2776T 5 V -B IA S SILICON MMIC AMPLIFIER 2.7 GHz WIDEBAND, 23 dB GAIN, MEDIUM OUTPUT POWER DESCRIPTION ¿¡PC2776T is a silicon m onolithic integrated circuit designed as w ideband, medium output am plifier.

SA040WA-001

Contextual Info: Surface Acoustic Wave Filter SA040WA-001 TOKO No. 1. Dimensions 6.50 Lot No. 5 4 6 7 3 8 2 9 Unit: mm Input: 11 Output: 5 Ground: 1,2,3 6,7,8 10,12 13.3 2.54 2.0 max. 0.8 TOKO JAPAN Part No. 1.5 1 10 12 11 Orientation mark 2.54 Tolerance: ± 0.2 2. Electrical characteristics

HP85081B

Abstract: AN99003 i2c tuner HP8508A tda8083 AN99018 transistor BERQ SMD board schematic internal circuitry of the satelite converter schematic internal circuitry of the satelite converter TDA8083H
Contextual Info: APPLICATION NOTE OM5729 Zero-IF Digital Satellite-TV Receiver Demo Board AN99018 Philips Semiconductors OM5729 Zero-IF Digital Satellite-TV Receiver Demo Board Application Note AN99018 Abstract The OM5729 demo board features the PHILIPS TDA8060TS QPSK Zero-IF down converter IC, the TSA5059T

47nk

Contextual Info: |t o k o Surface Acoustic Wave Filter No. | SA190ZB-001 1. Dimensions Part No. 4.8 1.8 max ^ Unit: mm > Input: 9 Output: 4 Ground: 1,2,3 5,6,7 8,10 4 5 3 6 1 8 LO C\j 10 9 1 Tolerance: ± 0.2 2. Electrical characteristics Parameter 2.1 Center frequency Fo

D76UP

Abstract: 8RBS 7PSG MC136 5CCL 5CCS 12-RF MC119 MC-120 variable coils
Contextual Info: Precautions when using Coils and Filters & Notes on Ordering Selection Guide for Coils & Filters n 'O i • CONTENTS Precautions when Using Coils, Filters & Notes on Ordering.58 = K V • 7 < ¡V 2 t z&xizmur Selection Guide for Coils & Filters n-f/p •