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c 50275

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ( 50.275 - 70) Passband Amplitude Ripple Passband Phase Ripple Passband GD Ripple Absolute Delay , 26.50 30 dB 38.80 39.025 MHz 49.025 49.40 MHz 37.775 38.20 MHz 50.10 50.275 dB 45 55 dB 45 55 dB 0.3 0.6 dB 3 5 deg p-p 40 75 ns p-p 2.9 us 25 ºC -80 ppm / º C 128 Lithium ... Micro Networks
Original
datasheet

2 pages,
216.4 Kb

SF0044BA01954T c 50275 TEXT
datasheet frame
Abstract: No. Model No. H T - C T 4 1 Company Material Dice HT: For Harvatek C: Ceramic T , ° Absolute Maximum Ratings (Ta =25 C) Parameter Rating Unit Conditions DC Forward Current*1 400 ≦125 mA - o C - -30~+85 o C - -40~+100 o C - 260 o C For 5 sec. Max. LED junction Temperature Operating Temperature Storage Temperature , the maximum. ° Electro-Optical Characteristics Parameter (Ta =25 C) Min. TYP. Max ... Harvatek
Original
datasheet

14 pages,
592.65 Kb

HT-CT41 TEXT
datasheet frame
Abstract: . Model No. H T - C T 4 7 Company Material Dice HT: For Harvatek C: Ceramic T: COX , /-0.1 Tolerance:+/-0.1 Unit:mm Unit:mm Electro-Optical Absolute Maximum Ratings (Ta =25°C , . Official Product . (Ta =25°C) Your Part No. Data Sheet No. * Nov-6, 2013 , 4502.5 - 4745 4745 - 5027.5 E62 4745 - 5027.5 E63 5027.5 - 5310 5027.5 - 5310 5310 - 5665 E72 5310 - 5665 E73 5665 - 6020 5665 ... Harvatek
Original
datasheet

16 pages,
780.37 Kb

HT-CT47 TEXT
datasheet frame
Abstract: 50430 50449 Rockwell BT8970 BT8970 M ulti-rate 1168Kbps 671-7928 50275 EP13 50050 , Through Hole EP13 BT8970 BT8970 671-7928 671-7929 50275 Rockwell Features: Level One B e , ) (EFD20 EFD20 SMD) www.midcom-inc.com e-mail: sales@midcom-inc.com Toll Free (US & C anada ) 800.643.2661 ... OCR Scan
datasheet

1 pages,
69.45 Kb

TEXT
datasheet frame
Abstract: ) Rejection( 50.275 - 70) Passband Amplitude Ripple Passband Phase Ripple Passband GD Ripple Absolute , Max. 30 39.025 50.275 0.6 5 75 Units. MHz dB MHz MHz MHz dB dB dB dB deg p-p ns p-p us deg C ppm / deg C Rev 1.0 02-May-01 Page 1 of 2 44.1 MHz Filter for CATV ... Micro Networks
Original
datasheet

2 pages,
63.81 Kb

SF0044BA01954T c 50275 TEXT
datasheet frame
Abstract: Light Source HT-CT42 HT-CT42 Label spec. Description of Model No. and Lot No. Model No. H T - C T 4 2 Company Material Dice HT: For Harvatek C: Ceramic T: COX Package 15 mm*15 mm*1.6 mm , ° Absolute Maximum Ratings (Ta =25 C) Parameter Rating Unit Conditions DC Forward Current*1 60 ≦125 mA - o C - -30~+85 o C - -40~+100 o C - 260 o C For 5 sec. Max. LED junction Temperature Operating Temperature Storage Temperature ... Harvatek
Original
datasheet

14 pages,
480.43 Kb

HT-CT42 TEXT
datasheet frame
Abstract: . Model No. H T - C T 4 8 Company Material Dice HT: For Harvatek C: Ceramic T: COX , Power Light Source HT-CT48 HT-CT48 Electro-Optical Absolute Maximum Ratings (Ta =25°C) Parameter , =25°C) Parameter Min. TYP. Max. Unit Viewing angle Symbol 2θ1/2 - 130 - , 4745 - 5027.5 E62 4745 - 5027.5 E63 5027.5 - 5310 5027.5 - 5310 ... Harvatek
Original
datasheet

15 pages,
852.21 Kb

HT-CT48 TEXT
datasheet frame
Abstract: Electro-Optical Absolute Maximum Ratings (T a =25°C) Parameter Rating DC Forward Current Unit , Operating Temperature C C C C *1: Proper current derating must be observed to maintain junction temperature below the maximum. (T a =25°C) Electro-Optical Characteristics Parameter Symbol 2θ1/2 , 80 85 90 V o Flux 5000 5225 - lm o Luminous Flux (Tc = 85 C) Flux , 25 C) CRI o C/W Note: Test data for the warm white. Luminous Flux Rank Rank Code ... Harvatek
Original
datasheet

13 pages,
818.77 Kb

HT-HT45 TEXT
datasheet frame
Abstract: . Model No. H T - C T 4 6 Company Material Dice HT: For Harvatek C: Ceramic T: COX , Absolute Maximum Ratings (Ta =25°C) Parameter Rating Unit Conditions mA - LED , maximum. Electro-Optical Characteristics (Ta =25°C) Parameter Min. TYP. Max. Unit , 4745 4502.5 - 4745 4745 - 5027.5 E62 4745 - 5027.5 E63 5027.5 - 5310 5027.5 - 5310 5310 - 5665 E72 5310 - 5665 E73 5665 - ... Harvatek
Original
datasheet

15 pages,
835.54 Kb

HT-CT46 TEXT
datasheet frame
Abstract: . Model No. H T - C T 4 3 Company Material Dice HT: For Harvatek C: Ceramic T: COX , Absolute Maximum Ratings ° (Ta =25 C) Parameter Rating Unit Conditions 300 ≦125 mA - o C - -30~+85 o C - Storage Temperature -40~+100 o C - Soldering Temperature 260 o C For 5 sec. Max. DC Forward Current *1 LED junction , temperature below the maximum. ° Electro-Optical Characteristics Parameter (Ta =25 C) Symbol 2Π... Harvatek
Original
datasheet

14 pages,
571.57 Kb

HT-CT43 TEXT
datasheet frame

Archived Files

Abstract Saved from Date Saved File Size Type Download
> Tj = 50+27.5 V 1.48 = 90.7 5 C ex3: Ilim = 56mA, Rfeed = 400 W , Tamb = 50 5 C Pd = 1200mW Supposing l = 1cm heat sink on PCB and 0.5m/s air flow: Rthj-a = 27.5 5 C/W -> Tj = 50+27.5 V 1.20 = 83 connected to GND. RING current only is sensed for Ring-Trip detection. c)Balanced (see Fig. 19). The ringing T2 = T and K1 = K 2 = K and the formulas are simplified: c) VM= V V [1-e K ] / [1+e K ] d) Vm = -V V [1-e K ] / [1+e K ] = -VM From c) comes the value of K: K = Ln[(V-VM) / (V+VM)] Given the ringing
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1753-v1.htm
STMicroelectronics 02/04/1999 47.74 Kb HTM 1753-v1.htm
> Tj = 50+27.5 V 1.48 = 90.7 5 C ex3: Ilim = 56mA, Rfeed = 400 W , Tamb = 50 5 C Pd = 1200mW Supposing l = 1cm heat sink on PCB and 0.5m/s air flow: Rthj-a = 27.5 5 C/W -> Tj = 50+27.5 V 1.20 = 83 = 220 W + (820 W //115nF) - 80 W ZAC = 50 V ZTR= 7K + (41K//2 41K//2.3nF) c)ZL =900 W + 2.12 m F C = 38.8K + 42.4nF ZAC( w )= (1+j w RC) / j w C w = 2 p f The Bode diagram (see Fig. 6 ) shows a R2= 225K-38 225K-38.8K= 186.2K C1= C * RT/(RT-R) C1= 51.2nF Note that fp*= 1/2 p R2C1= 16.7Hz affects
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1753.htm
STMicroelectronics 20/10/2000 51.8 Kb HTM 1753.htm
sink on PCB and 0.5m/s air flow: Rthj-a = 27.5 5 C/W -> Tj = 50+27.5 V 1.48 = 90.7 5 C sink on PCB and 0.5m/s air flow: Rthj-a = 27.5 5 C/W -> Tj = 50+27.5 V 1.20 = 83 5 C 0 Rl ZTR = 220 W + (820 W //115nF) - 80 W ZAC = 50 V ZTR= 7K + (41K//2 41K//2.3nF) c)ZL =900 W + 2.12 one is shown in fig. 5. Calculation of ZAC*: ZAC= R + C = 38.8K + 42.4nF ZAC( w )= (1+j w RC) / j w C w = 2 p f The Bode diagram (see Fig. 6 ) shows a Zero at: fz= 1/2 p RC= 96.7 Hz
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1753-v2.htm
STMicroelectronics 25/05/2000 49.6 Kb HTM 1753-v2.htm
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