LTF3216 Search Results

Contextual Info: Multilayer Chip Low-Pass Filter LTF3216L-F Series - c m LTF3216L-F> 'J —X TO KO 's LTF is a chip multilayer low-pass filter. It is an ultra-compact solution, ideal for keeping unwanted harmonics of the P A and LO out of the system. TO KO 's proprietary ceramic multilayer material is

Contextual Info: 34 TYPE LTF3216D TYPE LTF3216D •- 3 .2 ± 0 .1 5 ^ — <2, _ | ® -P /N I UrT —10.6< Description Toko's LTF3216D is a chip multilayer frequency separator for dual band mobile communication systems. It has low passband loss in both high and low bands. Toko's proprietary

Toko 10mm

Abstract: LTF3216B TOKO LTF3216B-F2R4A 3 to 10 GHz bandpass filter CF-226-LTF3216B Bandpass Filter GHz
Contextual Info: LTF3216B-F2R4A MULTILAYER CERAMIC BANDPASS FILTER DESCRIPTION TOKO’s LTF3216B-F2R4A is a multilayer ceramic bandpass filter for 2.45GHz wireless applications. TOKO’s proprietary ceramic multilayer material and process is utilized for excellent performance and exceptional

LTF3216B

Abstract: 2012b multilayer GHz toko ltf marking
Contextual Info: Multilayer Chip Band Pass Filter LTF3216B/2012B-F 積層チップバンドパスフィルタ Series LTF3216B/2012B-F Series LTF2012B-F Series LTF3216B-F Series 2.0±0.15 3.2±0.15 4 5 6 MARKING 0.35 TOP VIEW 3 4 0.5±0.15 3 0.65 2 5 GND GND 1 6 OUT GND 1 MARKING

ltf3216l

Contextual Info: r& TO K O Multilayer Chip Filters CONTENTS LTF3216L . 28 Toko LTF Series is a multilayer low-pass chip filter. Toko's proprietary ceramic multilayer material design allows excellent performance and exceptional reliability. Its ultra compact solution is

TOKO AMERICA LTF3216D-F17S

Abstract: LTF3216D-F17S Toko diplexer TOKO AMERICA Toko 10.7 mhz Toko 10mm Diplexer Toko
Contextual Info: LTF3216D Series CHIP DIPLEXER DESCRIPTION Toko’s LTF3216D is a chip multilayer frequency separator for dual band mobile communication systems. It has low passband loss in both high and low bands. Toko’s proprietary ceramic multilayer material and process is utilized for excellent

Contextual Info: Multilayer Chip Diplexer LTF3216D/2012D-F 積層チップダイプレクサ Series LTF3216D/2012D-F Series LTF2012D-F Series LTF3216D-F Series 3.2±0.15 1 4 5 6 MARKING 0.35 TOP VIEW 3 4 0.5±0.15 1.6±0.15 2 1.0 Max. 1.25±0.15 0.3±0.15 3 0.65 SIDE VIEW

LTF3216

Abstract: saw 2450mhz vco 1880mhz LTF3216L-F2R4G LTF3216L-FR90C ltf3216l toko ltf3216
Contextual Info: LTF3216 L-FSeries m m Toko's LTF3216L-F is a chip multilayer low pass filter. It is an ultra compact solution, ideal for keeping unwanted harmonics of the PA and LO out of the system. Toko's proprietary ceramic multilayer material is utilized for excellent performance and

LTF3216L-F2R4G

Abstract: ltf3216l TOKO CERAMIC FILTER CF-209-LTF3216L pa toko
Contextual Info: LTF3216L-F2R4G HARMONIC FILTER FOR 2.45 GHZ W-LAN DESCRIPTION TOKO’s LTF3216L-F2R4G is a ceramic multilayer low pass filter for RF LAN applications. It is an ultra compact solution, ideal for keeping unwanted PA and LO harmonics out of the system. TOKO’s

diplexer

Abstract: TOKO AMERICA LTF3216D-F17S LTF3216D-F25F LTF3216D-F17K LTF3216D-F17S
Contextual Info: LTF3216D Series MULTILAYER CERAMIC DIPLEXER DESCRIPTION TOKO’s LTF3216D is a multilayer ceramic diplexer for dual band mobile communication systems. It has low passband loss in both high and low bands. TOKO’s proprietary ceramic multilayer material and process is

LTF3216BU-F2R3B

Abstract: 3216-size
Contextual Info: Engineering Information Multilayer tip balun filter for XM radio LTF3216BU-F2R3B 1.Summary LTF3216BU-F2R3B is 2.3GHz unbalanced input BPF and balanced output balun are combined. Reduction of parts and small space. IC application product Maxim : MAX2140 for balanced input IC of XM radio tuner.

Contextual Info: LTF3216L-F2R4G HARMONIC FILTER FOR 2.45 GHZ W-LAN DESCRIPTION TOKO’s LTF3216L-F2R4G is a ceramic multilayer low pass filter for RF LAN applications. It is an ultra compact solution, ideal for keeping unwanted PA and LO harmonics out of the system. TOKO’s

LTF3216L

Abstract: FR90A LTF3216L-F2R4G LTF3216L-FR90G LTF3216L-F1R3G HP8719D LTF3216L-FR90gl FR90
Contextual Info: TYPE 54 Multilayer Chip Low-Pass Fitter LTF3216L-F Series 7 8tl * y r*? i I:' TYPE LTF3216L-F Series L INPUT MARKING TOKO NUMBER 2R4 ¡D IM E N S IO N S / L mm W (mm) T (mm) a (mm) b (mm) 3.2±0.3 1.6 + 0.3 1. 4 + 0.2 0.5+ 0.3 0.8 ±0.3 Top View Side View

DCS 810

Abstract: LTF3216D-F17A Diplexer F17c LTF3216D-F17C Toko diplexer
Contextual Info: 34 TYPE Chip Diplexer LTF3216D Meeting Your Needs TYPE LTF3216D Description Toko's LTF3216D is a chip multilayer frequency separator for dual band mobile communication systems. It has low passband loss in both high and low bands. Toko's proprietary ceramic multilayer material and process is utilized for excellent performance and exceptional reliability. Specific parts

spw 080

Abstract: LEM3225 CL-2M2012-900JT TKS 0603 FBM3216HS800-T ACB2012M-150-T LAL04TB 494LYF FBM2125HS420-T m5258
Contextual Info: CT Technologies - Cross Reference Competitor Part CTC Part 0402R CT0402CSF 0402CS-P CT0402CSF 0402CS L CT0402CSF 0402CS CT0402CSF 0402 CT0402CSF 555-0402 CT0402CSF PE-0402CD CT0402CSF 0402AS CT0402CSF ELJNK CT0402CSF GLZG CT0402CSF KQ0402 CT0402CSF KQT0402L

LTF3216BU-F2R3B

Abstract: 0603CS-22NXJBC tda 2261 TDA 3030 GRM1885C1H3R9C GRM1885C1H101J GRP1555C1H470J LQP15MN33NG00 c4231 MAX2140
Contextual Info: 19-3136; Rev 0; 1/04 MAX2140 Evaluation Kit The MAX2140 evaluation kit EV kit simplifies evaluation of the MAX2140 complete SDARS receiver IC. It enables testing of the device’s RF performance and requires no additional support circuitry. The EV kit’s signal inputs and outputs use SMA connectors to facilitate

LTF3216L

Abstract: 16L-HR4G LT3216 toko ltf marking
Contextual Info: TYPE LTF Frequency Range: 800-2500MHz Input Marking I GND r IN i GND J _ OUT TOP VIEW SIDE VIEW Features • • • • • • • Miniature footprint: 3.2 x 1.6mm 1206 Low profile (1,4mm) Carrier frequency range: 800MHz ~ 2.6GHz Suitable for flow and reflow soldering

AN9902

Abstract: HFA3683A 4634 HFA3983 HWB3163 LFSN30 UPG152TA Microstrip Antennas microstrip antenna wlan microstrip antenna
Contextual Info: Obtaining the Best PRISM II Chip Set Receiver Sensitivity TM Application Note August 2000 AN9902 Author: Glenn E. Wells Introduction Being the manufacturer of the PRISM II WLAN chip set provides the rare opportunity to evaluate many PRISM based PCMCIA radios in our

T100L

Abstract: D76UP BLC18 T020L BLC13H ltf3216l
Contextual Info: 3 PRODUCTS FOR SURFACE MOUNTING TOKO Products for Surface Mounting Item [êj^ ^ D e scrip tio n U se T y p e N am e dp FSLU 2520 3 2C S 3 6C S 3D M 4 .4 x 4 .4 x 3.1 D 62C /F 6.6 x 6 .6 x 2 .7 D 73L F /L C D 73C T 7 .6 x 7 .6 x 3 .5 7 .6 x 7 .6 x 4.1 D 74F /C

KV1235

Abstract: SS MARKING sot23-3 srf 2338 KV1488 KV1561 KV1235Z LTF3216L KV127 KV1555 KV1556A-1
Contextual Info: MULTILAYER CHIP INDUCTORS TOKO Multilayer chip inductors LL1005-FH series W f l l f "J k ^ v - fO W 7°-f > :? Z $ Features • Ultra Miniature and light 1.0 x 0.5 x 0.5mm: 1mg or lighter • Excellent high frequency performance: Up to 6GHz • Q: 20-30 (for reference only) at 800MHz

455khz TOKO IF transformers

Abstract: JMT050L toko 10k coils TOKO SOT23L-3 BLC13H toko 7kl coils MC153 JMT200L BLC-16 BLC10
Contextual Info: APPLICATIONS OF TOKO’S PRODUCTS tm & m m i- K TO KO • Digital TV • • • • • • HDTV • • • • Video cassette recorder VCR • • • • • • Video disk player (DVD) • • • • • • Comcorder • • • • • • Digital still camera

LTF3216L-F1R3G

Abstract: LTF3216L-FR90C LTF3216L-FR90A LTF3216L-FR80G LL2012-F1N5S LTF3216L-FR90G ltf3216l
Contextual Info: MULTILAYER CHIP INDUCTORS/MULTILAYER CHIP LOW P A S S FILTERS Multilayer Chip Inductors y T O K O 26 7 -r > ? ? ? LL2012-F Series M arking of Polarity Specifications O nly T = 1.1 mm L = 120 - 4 70 n H to the marking Inductance Range: 1.5~ 470nH (E-12)

Armada

Abstract: ltf3216l AN9914 C141 CR10 HFA3861B HWB3163 UPG152TA laptop antenna "application note" antenna
Contextual Info: HWB3163 PRISM II Wireless LAN Improved Antenna Matching TM Application Note P RE L I M I NA R Y November 2000 AN9914 Authors: Richard L. Abrahams and Daniel Faria Introduction Antenna Data During an investigation of the radiation performance of the PRISM II dual