TCI 505 Search Results

TCI antenna

Abstract: tci hf antenna TCI HF ANTENNA Maintenance tci antenna vswr Antenna TCI TCI-505 Model TCI 530 TCI model 506 TCI 505 506-N-02
Contextual Info: MODELS 505&506 Broadcast Antennas for Shore-Ship, Ground-Air & General Broadcast Applications Model 505 TCI Model 505 Inverted Cone Broadcast Antenna For a given bandwidth, the TCI 505 is approximately 11 percent smaller than alternative antennas. This more compact structure,

TCI 550 antenna

Abstract: tci hf antenna TCI antenna TCI antenna 550 Model TCI 530 tci antenna vswr 550-4-N TCI-505 RS-222C tci 550-3
Contextual Info: MODEL 550 Single Tower Inverted Cone Antenna For omnidirectional HF broadcasting services, where both ground wave and sky wave coverage are desired, the TCI Model 550 is an excellent choice. Electrically, the antenna is similar to the widely used TCI 505, except that it has only a single, central,

Contextual Info: PCB Chip Types Standard Type Standard Type-Flat Top SMD LED Chip TCI Part No. Matrial Emitted Color TSP1-WF1608H8T3 TSP1-WF1608H4T3 TSP1-WF1608H6S2T3 λD nm x=0.29 y=0.30 InGaN TSP1-WF1608H3T3 White TSP1-WF1608H2T3 TSP1-CF1608H8 TSP1-CF1608H6 TSP1-CF2012H8

Contextual Info: Standard Type with Side-Cut Flange TCI Part No. Chip Matrial Emitted Color λD nm Radial Leaded LED Iv (mcd) Lens Color Min. Typ. at IF= mA Water Clear Water Clear Water Clear Water Clear Water Clear Water Clear Water Clear Water Clear Water Clear Water Clear

Contextual Info: Surface Mount Type Power Flash LED, PLCC-4 Reflector Type LED TCI Part No. TSRG-WL3528X9 Chip Matrial Emitted Color λD nm InGaN White x=0.29 y=0.30 TSRG-WQ3228-602A41 TSRG-WQ3228-9ZGG InGaN TSRG-WQ3228-9ZEG TSRG-WQ3228-602A48 TSRG-BQ3228-9ZEG InGaN TSRG-BQ3228-9ZGG

Contextual Info: 5mm Backlighting LED with Cut Flange TCI Part No. TLH-V4F5-3423A3 TLH-F3F5-4732E2 TLH-X3F5-4732A3 TLH-Q3F5-4732A3 Matrial AlGaInP AlGaInP AlGaInP AlGaInP Radial Leaded LED Iv mcd VF(v)@20mA Viewing Chip Lens Angle at IF= Emitted Color Min. Typ. Typ. Max. 2θ1/2

Contextual Info: Flangeless Round LEDs TCI Part No. Radial Leaded LED Chip Emitted Color Matrial λD nm Lens Color Iv (mcd) VF(v)@20mA Viewing Angle Typ. Max. 2θ1/2 Min. Typ. at IF= mA 2225 920 525 1135 1135 1135 1285 810 1135 1135 810 1135 1135 1800 3500 1300 900 1700 1900

Contextual Info: HOLTEK r n r ^ HT99C210/HT99C211 Cordless Phone Controller Features • • • • • • • • • • Provide m ask type or OTP type version O perating voltage: 2.4V ~5.2V m ask type , 3.0V -5.2V (OTP type) 16 bidirectional I/O lines One in terrup t in put

tci hf antenna

Abstract: TCI HF antenna 540 EIA-222-E HF Rotatable Log-Periodic Antenna TCI 540-1 TCI HF ANTENNA Maintenance TCI balun hf antenna balun tci 540 Model TCI 540 TCI antenna 540-2
Contextual Info: MODEL 540 Omni-Gain AntennaTM U.S. Patent No. 3,257,661 Communicators have long needed a broadband, omnidirectional, HF antenna with the highest possible power gain. Vertically polarized antennas traditionally used for HF omnidirectional coverage suffer serious ground losses up to 8 dB or poor pattern

Contextual Info: UNCONTROLLED DOCUMENT PAR T REV. NUM BER SSF-LXH2330YGD ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 'C PARAMETER PEAK WAVELENGTH lf=2DmA TYP MAX UNITS TEST COND nm 505 YELLOW nm 565 (GREEN) FORWARD VOLTAGE (Y/G) 2.1/2.2 2.5/2,6 Vf REVERSE VOLTAGE 5.0 Vr AXIAL INTENSITY

B1103

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SLX-LX30448UEGC ELECTRO-OPTICAL CHARACTERISTICS Ta =25X PARAMETER MIN PEAK WAVELENGTH lf= 2DmA MAX UNITS 505 FORWARD VOLTAGE REVERSE VOLTAGE TYP 3.5 TEST COND rim +.0 Vf 5.0 lr =1 OOjuA AXIAL INTENSITY 2000 Vr mcd VIEWING ANGLE

1L74

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. S S F - L X H 5 1 47SIYYYD ELECTRO-OPTICAL CHARACTERISTICS T A = 2 5 X lf=2Dm A PARAMETER RED YELLOW UNITS PEAK WAVELENGTH 636 505 nm FORWARD VOLTAGE ÎTYP. FORWARD VOLTAGE MAX.) 2,0 2.6 2.1 Vf Vf REVERSE VOLTAGE AXIAL INTENSITY

CO34

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSF-LXH409-59YGW ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C PARAMETER MIN PEAK WAVELENGTH lf= ZOmA MAX TYP 505 YELLOW 2.1 /22 REVERSE VOLTAGE nm Z 5 / 2 .6 5.0 AXIAL INTENSITY VIEWING ANGLE TEST COND nm 565 (GREEN) FORWARD VOLTAGE (Y/G)

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSF-LXH1 09YGW-CA ELECTRO-OPTICAL CHARACTERISTICS Ta = 2 5 T PARAMETER 6 ,3 5 [0,250] 2 .7 0 [0.10611 MIN PEAK WAVELENGTH MAX 505 YELLOW 7,00 [0.2 7 &] 02.90 [00,114: —^ 2 ,1 / 2 ,2 VIEWING ANGLE 1 2,42 [0,095] EMITTED COLOR:

SSF-LXH241

Abstract: LXH241
Contextual Info: UNCONTROLLED DOCUMENT REV. PART NUMBER SSF-LXH241GYGYW ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C PARAMETER PEAK WAVELENGTH If = 20mA TYP MIN MAX UNITS 565 GREEN 505 (YELLOW) FORWARD VOLTAGE (G/Y) REVERSE VOLTAGE 12/2.1 nm 16/2.5 Vf 5.0 AXIAL INTENSITY VIEWING ANGLE

Contextual Info: UNCONTROLLED DOCUMENT SC:0.25 PA R T N U M B E R REV. SSF-LXH350YG YGYGW PRELIMINARY IN P /N DIR 4.45 [ 0 .175 ] ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C PARAMETER 0 2 ,8 0 [00.110] MIN PEAK WAVELENGTH lf= ZOmA TYP MAX UNITS 505 YELLOW 565 (GREEN) FORWARD VOLTAGE (Y/G)

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSF-LXH340GYGYGYW ELEC TRO -O P TIC AL CHARACTERISTICS Ta =25'C PARAMETER MIN PEAK WAVELENGTH lf= 20mA TYP MAX 565 GREEN REVERSE VOLTAGE 2 .2/2.1 TEST COND nm 505 (YELLOW ) FORWARD VOLTAGE (G/Y) UNITS nm 2 .6 /2 ,5

Contextual Info: UNCONTROLLED DOCUMENT PA R T N U M B E R REV. S S F - L X H 5 1 4I0GYD ELECTRO-OPTICAL CHARACTERISTICS TA=25T PARAMETER RED lf=2DmA ORANGE GREEN YELLOW UNITS TEST COND PEAK WAVELENGTH 635 E30 565 505 rim FORWARD VOLTAGE TYP. 2.0 Z.0 2,2 2.1 Vf FORWARD VOLTAGE (MAX.) 2.5

Contextual Info: UNCONTROLLED DOCUMENT 4.00 [0.157] PART NUMBER S S F —LXH 305IYW —TR 2.3 CO.091] REV. A 03.00 [00.118] PATENT PENDING Û.40 [0.016] El ELtCTRO-OPTICAL CHARACTERISTICS TA=25T 1.50 [0 ,0 5 9 ] PARAMETER PEAK WAVELENGTH £.50 tO. 098] MAX UNITS nm 505 (YELLOW)

0433T

Abstract: 433T 663E
Contextual Info: UNCONTROLLED DOCUMENT IL U E A N D IE PART NUMBER S M L -H 1 505SIUGUBCTR LEAD FREE REROW PRCFLE CDMMDN CATHDDE REV. 10 SEC, MAX PDLARITY MARK 1fiO Itf 90-12D 5 E C . / ç ^ \ - 7- \ ELECTRO-OPTICAL CHARACTERISTICS Tn=25*C PARAMETER MIN PEAK WAVELENGTH

Contextual Info: UNCONTROLLED DOCUMENT PART NU M BER REV. SSF-LXH409YGW-CA 7.00 C0.276] 11,77 [ 0 , 4 6 3 ] — 4.00 04,00 [00.157] 0 3 ,0 0 [0 .1 5 7 ] [0 0 ,1 1 8 ] ELECTRO-OPTICAL CHARACTERISTICS Ta =25'C 7 ,6 2 5 ,0 8 [0 ,3 0 0 ] MAX UNITS 505 YELLOW PEAK WAVELENGTH

Contextual Info: UNCONTROLLED DOCUMENT PART NUMBER REV. SSF-LXH 1 09YIW -C A ELECTRO-OPTICAL CHARACTERISTICS Ta = 25T PARAMETER 6 ,3 5 [ 0 ,2 5 0 ] MIN PEAK WAVELENGTH MAX UNITS 505 YELLOW 7.00 [ 0.2 7 &] FORWARD VOLTAGE (Y/R) REVERSE VOLTAGE 02.90 [ 00.114: —^ 2,1/2.0

515 TCI

Abstract: LED wavelength 440 smd TLMB3140 TLMBG3100 TLMTG3100 16-MAR-01
Contextual Info: TLMB/TLMBG/TLMTG31. Preliminary Vishay Telefunken High Intensity SMD LED Color Type Blue Blue Green True Green TLMB3140 TLMBG3100 TLMTG3100 Technology InGaN on SiC InGaN on SiC InGaN on SiC Angle of Half Intensity ±ö 60° 60° 60° Description This device has been designed to meet the increasing

TCI 501

Contextual Info: TLMB / BG / TG31. VISHAY Vishay Semiconductors High Intensity SMD LED Description This device has been designed to meet the increasing demand for InGaN technology. The package of the TLMB/ TLMBG/ TLMTG31. is the PLCC-2 equivalent to a size B tantalum capacitor .