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SCAN15MB200TSQ Texas Instruments Dual 1.5 Gbps 2:1/1:2 LVDS Mux/Buffer with Pre-Emphasis and IEEE 1149.6 48-WQFN -40 to 85
SCAN15MB200TSQ/NOPB Texas Instruments Dual 1.5 Gbps 2:1/1:2 LVDS Mux/Buffer with Pre-Emphasis and IEEE 1149.6 48-WQFN -40 to 85
SCAN15MB200TSQX/NOPB Texas Instruments Dual 1.5 Gbps 2:1/1:2 LVDS Mux/Buffer with Pre-Emphasis and IEEE 1149.6 48-WQFN -40 to 85
SCAN15MB200TSQX Texas Instruments DUAL LINE TRANSCEIVER, PQCC48, LLP-48
SCAN15MB200EVK Texas Instruments Dual 1.5 Gbps 2:1 1:2 LVDS Mux Buffer with Pre-Emphasis and IEEE 1149.6
830-BU (1-1437395-4) TE Connectivity Ltd Accessories ( Terminal Block ); 830-BU=IHD END SECTION ( Buchanan )
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CL-830-CAN15-PC Intematix Corporation Future Electronics - $0.42 $0.42

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CL-830-CAN15-PC datasheet (1)

Part Manufacturer Description Type PDF
CL-830-CAN15-PC Intematix Optics - Remote Phosphor, Optoelectronics, INTEMATIX CHROMALIT CANDLE Original PDF

CL-830-CAN15-PC Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
Not Available

Abstract: No abstract text available
Text: Example: CL-830-CAN15-PC represents ChromaLit Candle 15, 80CRI, 3000K CCT, polycarbonate family , 165 CL- 830 3000 3 ±90 80 185 200 CL-930 3000 3 ±90 90 160


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Not Available

Abstract: No abstract text available
Text: Example: CL-830-CAN15-PC represents ChromaLit Candle 15, 80CRI, 3000K CCT, polycarbonate family , 165 CL- 830 3000 3 ±90 80 185 200 CL-930 3000 3 ±90 90 160


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2006 - CL-230R

Abstract: IP-67 led 905
Text: Output (Lumens) Typ. 80 25" [630 mm] 6 7.2W .16 [4] 240 33" [ 830 mm] 8 , " ( 830 MM) Interior Exterior (IP-67 rated) Part Number Length Inches [mm] Color Part Number Length Inches [mm] CL- 830 -W 32.7 [ 830 ] White CL- 830 -W-IP 32.7 [ 830 ] Color White CL- 830 -WW 32.7 [ 830 ] Warm White CL- 830 -WW-IP 32.7 [ 830 ] Warm White CL- 830 -B 32.7 [ 830 ] Blue CL- 830 -B-IP 32.7 [ 830 ] Blue CL- 830 -G 32.7 [ 830 ] Green CL- 830


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PDF CL-830-WW CL-830-WW-IP CL-830-B CL-830-B-IP CL-830-G CL-830-G-IP CL-830-R CL-830-R-IP CL-830-A CL-830-A-IP CL-230R IP-67 led 905
tl741

Abstract: VEL-4P32-RH-TP sodium vapor lamp Magnetek ballast F32T8 transistor ballast 1000W VEL-3P32-RH-TP 13w cfl circuit D835 transistor PHILIPS T8 MAGNETIC BALLAST
Text: (continued) HIGH INTENSITY DISCHARGE LAMPS - METAL HALIDE GE CMH39/TC/U/ 830 /G8.5 CMH70/TC/U/ 830 /G8.5 CMH39/T/U/ 830 /G12 CMH70UT830G12 CMH150TU830G12 CMH70TU942G12 CMH150TU942G12 CMH70/TD/ 830 /RX7S CMH150/TD/ 830 /RX7S CMH70/U/ 830 /MED CMH70/C/U/ 830 /MED CMH100/U/ 830 /MED CMH100/C/U/ 830 /MED -CMH39/PAR20/SP10 CMH39/PAR20/FL25 CMH39/PAR30L/ 830 /SP10 CMH39/PAR30L/ 830 /FL25 CMH70/U/PAR30L/830SP CMH70/U/PAR30L/830FL CMH70/PAR38/830SP15 CMH70/PAR38/ 830 /FL25 CMH70/PAR38/ 830 /WF CMH100/PAR38/ 830 /S15


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PDF 10S11N 10S11N/F 15CAC/F-CD/2-12 --15S14/GR/CL 15T10 20T61/2DC/F 20T61/2/F 25CAC --25CAC-CD/2-120 25G181/2/W tl741 VEL-4P32-RH-TP sodium vapor lamp Magnetek ballast F32T8 transistor ballast 1000W VEL-3P32-RH-TP 13w cfl circuit D835 transistor PHILIPS T8 MAGNETIC BALLAST
25t65

Abstract: tl741 FBT Hr f8t5 bu 25200 TL835 270033 F20T12 F28T5 TL830
Text: /CW F6T5/CW BCK CF15EL/ 830 /MED/6 CF20EL/ 830 /MED/6 CF23EL/ 830 /MED/6 BHB BRH BRL 64610 HLX BRN BTL BTM , CDM100/PAR38/SP/3K CDM100/PAR38/WFL/3K CDM150/T6/ 830 CDM150/TD/ 830 CDM150T6942 CDM35/PAR20/M/SP CDM35/PAR30L/M/FL CDM35/PAR30L/M/SP CDM35/T6/ 830 CDM35/T6/ 830 CDM35PAR20MFL CDM70/PAR30L/M/FL CDM70/PAR38/FL/3K CDM70/PAR38/SP/3K CDM70/PAR38/WFL/3K CDM70/T6/ 830 CDM70/TC/ 830 CDM70/TD/ 830 CDM70T6942 54689 54673 , LU70/D/MED CAL/CXP CBA MCP100PAR38/U/FL/ 830 /ECO MCP100PAR38/U/SP/ 830 /ECO MCP100PAR38/U/VWFL/ 830 /ECO


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PDF 100/300/W 100/300W 1000PAR64Q/MFL 1000PAR64Q/NSP 1000PAR64Q/WFL 1000T3 1000T3Q/P/CL 00-90A/99EW 25t65 tl741 FBT Hr f8t5 bu 25200 TL835 270033 F20T12 F28T5 TL830
1995 - Not Available

Abstract: No abstract text available
Text: +12P -12P +5.1P +5.1S +7.8S -7.8S +7.8P -7.8P 3 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA 10.3 < IL , IL = 75.0 mA IL = 29.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA IL = 26.0 mA IL = 32.0 mA 90V , 3.97 < CL < 8.40 µF IL9-8 = 167.0 mA IL10-11 = 294.0 mA 0 < CL < 0.10 µF 9/ IL16-13 = 83.0 mA 0 < CL < 0.50 µF 9/ IL15-13 = 83.0 mA 0 < CL < 0.03 µF 9/ IL4-5 = 26.0 mA 0 < CL < 0 .20 µF 9/ IL6-5 = 32.0 mA , 75.0 mA IL = 29.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA IL = 26.0 mA IL = 32.0 mA 5 9,10,11


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PDF 100KRads MIL-PRF-38534 SCD8633
1995 - V12-13

Abstract: act8633 IL 050 321 31 01
Text: +7.8S -7.8S +7.8P -7.8P 3 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA 10.3 < IL < 26.0 mA 14.1 < IL , 167.0 mA IL = 294.0 mA IL = 83.0 mA IL = 26.0 mA IL = 32.0 mA 90V 1.66 < CL < 3.40 µF IL14-13 = IL12 , IL10-11 = 294.0 mA 0 < CL < 0.10 µF 9/ IL16-13 = 83.0 mA 0 < CL < 0.50 µF 9/ IL15-13 = 83.0 mA 0 < CL , 83.0 mA IL = 26.0 mA IL = 32.0 mA 5 9,10,11 - 50 mS TABLE III ­ ELECTRICAL , 29.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA 52V LOAD CURRENT IL = 31.0 mA IL = 167.0 mA IL = 100.0


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PDF 100KRads SCD8633 V12-13 act8633 IL 050 321 31 01
1995 - 3006X

Abstract: No abstract text available
Text: +12P -12P +5.1P +5.1S +12S -12S 18V 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA IL = 6.7 mA % % % , IL15-13 = IL16-13 = 83.0 mA IL14-13 = IL12-13 = 13.3 mA 4,5,6 4,5,6 96 mVPP IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA VIN 18V LOAD CURRENT 6/ IL = 24.0 mA SUBGROUP 8/ 1 2,3 , +5.1S +12S -12S Start-Up Overshoot IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA , IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA 9,10,11 Pass / Fail 2/ 9,10,11 300 mVPK 14V IL


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PDF 300KRads MIL-PRF-38534 SCD8634 3006X
1999 - Not Available

Abstract: No abstract text available
Text: Thermocouple Calibrators Measure and Simulate Signals Model CL-307A ߜ Both Measures and $ Simulates Millivolts and Thermocouple Signals Model Basic Unit CL-607A ߜ Stores Three shown, Temperature MADE IN $ 830 Simulation Values ߜ ±0.01% Accuracy ߜ °C/°F Switchable Model CL607A & CL607B: ߜ CL607A: Types J, T, E, K and mV CL607B: Types K,R,S,B and mV ߜ Temperature Input & , -307A-MV 585 mV CL607A 830 CL607B 830 CL627A 975 J,K,T, E,mV K,R,S, B,mV J,K,T,E,R


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PDF CL-307A CL-607A CL607A CL607B: CL607A: CL627A CL-307A-J CL300-CABLE-J-2 CL-300-CABLE-(
1995 - act8634

Abstract: No abstract text available
Text: +5.1S +12S -12S 18V 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA IL = 6.7 mA % % % IL = 27.0 mA IL = , 2.00 < CL < 4.20 µF IL15-13 = IL16-13 = 83.0 mA IL14-13 = IL12-13 = 13.3 mA 4,5,6 4,5,6 96 mVPP IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA VIN 18V LOAD CURRENT IL = 24.0 mA , 294.0 mA IL = 83.0 mA 52V, 13V 7/, 18V 7/ IL = 31.0 mA IL = 167.0 mA IL = 100.0 mA IL = 294.0 mA IL = 24.0 mA IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA 9,10,11 Pass / Fail 2/ 9,10


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PDF 100KRads MIL-PRF-38534 SCD8634 act8634
1995 - Not Available

Abstract: No abstract text available
Text: +15S -15S +12P -12P +5.1P +5.1S +12S -12S 18V 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA IL = 6.7 mA , 167.0 mA IL10-11 = 294.0 mA 2.00 < CL < 4.20 µF IL15-13 = IL16-13 = 83.0 mA IL14-13 = IL12-13 = 13.3 mA 4,5,6 4,5,6 96 mVPP IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA VIN 18V LOAD , IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA 52V, 13V 7/, 18V 7/ IL = 31.0 mA IL = 167.0 mA IL = 100.0 mA IL = 294.0 mA IL = 24.0 mA IL = 101.0 mA IL = 61.0 mA IL = 167.0 mA IL = 294.0 mA IL = 83.0 mA 9,10


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PDF 100KRads SCD8634
2002 - 4564 dram

Abstract: MH56D72KTN-10 MH56D72KTN-75 MH56D72KTN-75A ns8002 YL 69 SSTL25
Text: . MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , Some contents are subject to change without notice. MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268 , Some contents are subject to change without notice. MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268 , . MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , to change without notice. MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72


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PDF MH56D72KTN-10 830-BIT 456-WORD 72-BIT) MH56D72KTN 72-bit 133MHz. 93pin 144pin 52pin 4564 dram MH56D72KTN-75 MH56D72KTN-75A ns8002 YL 69 SSTL25
2002 - Not Available

Abstract: No abstract text available
Text: MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , ,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM Module PIN , ,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM Module Block , MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , notice. MITSUBISHI LSIs MH56D72KTN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72


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PDF MH56D72KTN-10 830-BIT 456-WORD 72-BIT) MH56D72KTN 72-bit 133MHz. 93pin MH56D72KTN-10 100MHz
2002 - YL 69

Abstract: MH56D72KLN-10
Text: . MH56D72KLN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , , 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM Module PIN CONFIGURATION , , 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM Module Block Diagram VSS , . MH56D72KLN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72-BIT) Double Data Rate Synchronous DRAM , to change without notice. MH56D72KLN-10,-75,-75A 19,327,352, 830 -BIT (268,435,456-WORD BY 72


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PDF MH56D72KLN-10 830-BIT 456-WORD 72-BIT) MH56D72KLN 72-bit 133MHz. 93pin 144pin 52pin YL 69
2011 - Not Available

Abstract: No abstract text available
Text: Laser Diodes 830 nm Fiber-Coupled Laser Diode BLD-83-10-1W-02-F-6-c-l-22 High Power Laser , products to meet customers’ specific needs. Key Features: ▪▪ ▪▪ ▪▪ ▪▪ 830 nm , info@lasercomponents.fr www.lasercomponents.fr Laser Diodes 830 nm Fiber-Coupled Laser Diode Specifications (25 , lc nm 830 Tolerance of l - nm ± 10 Dl nm <3 Temperature drift of l , www.lasercomponents.fr 830 nm Fiber-Coupled Laser Diode Characteristics Output Power(W) 1.2 1.0 0.8 0.6


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PDF BLD-83-10-1W-02-F-6-c-l-22
MPS 808

Abstract: 18ti
Text: dBm (¡Bus 1.5 dB 2.5:1 +/-0.5 dB d B /t . 400 hlA % m 14 * * * ü 12 10 810 820 830 840 850 , Maximum Storage Temperature 810 820 830 840 850 860 & £ Ï < D 1.0 8.0 V 950 raW 1400 mW + , -15 -20 -20 -25 -30 -25 -30 810 820 830 840 850 860 810 820 830


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PDF MPS-080817P-82 MPS-080817P-82 D50TYR MPS 808 18ti
2003 - Not Available

Abstract: No abstract text available
Text: +12S -12S IL = 101.0 mA IL = 61.0 mA IL = 167.0A IL = 294.0 mA IL = 83.0 mA 18V IL = 69.2 mA IL = 43.9 , 32.1 < IL < 83.0 mA 28.8 < IL < 83.0 mA IL = 6.7 mA 1 VIN 13V, 52V, 18V 7/ LOAD CURRENT 6/ 6.7 < IL , IL = 61.0 mA IL = 167.0A IL = 294.0 mA IL = 83.0 mA 52V IL3-5 = 69.2 mA IL7-5 = 43.9 mA IL9-8 = 137.0 , 294.0 mA 2.00 < CL < 4.20 µF IL15-13 = IL16-13 = 83.0 mA IL14-13 = IL12-13 = 13.3 mA 1,2,3 SUBGROUP 8/ 4 , +5.1S +12S -12S Start-Up Overshoot IL = 101.0 mA IL = 61.0 mA IL = 167.0A IL = 294.0 mA IL = 83.0 mA 52V


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PDF 300KRads MIL-PRF-38534 SCD8617
max 8770

Abstract: MAX8770 ADC830C ADC830 INS8228 8770 CPS ADC-830C MC6800 pin diagram INS8080A MC6800 clock circuit
Text: □ICTTHIL ADC- 830 Microprocessor-Compatible 8-Bit A/D Converter FEATURES â , analog inputs ■Ratiometric operation • Single-supply operation GENERAL DESCRIPTION DATEL's ADC- 830 , not require interfacing logic. The ADC- 830 's digital control inputs, CS, RD, and WR, are active low , signal is generated at the converter's output. The ADC- 830 will operate as a normal A/D for , resistor ladder, the ADC- 830 achieves an 8-bit conversion in 100 microseconds with a maximum total adjusted


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PDF ADC-830 ADC-830 ADC-830C TP100, TP10K 02048-1194/TEL 339-3000/TLX 174388/FAX max 8770 MAX8770 ADC830C ADC830 INS8228 8770 CPS MC6800 pin diagram INS8080A MC6800 clock circuit
Not Available

Abstract: No abstract text available
Text: 1.5 c, S n VB fc F X 0 46 70 150 - 0.52 78 180 600 mA/mW >p = 830 nm, M =1 % V MHz Xp = 830 nm, M = 1 ' dark = 100 |JA Xp = 830 nm Rl = 50 n , M = 10 Excessive noise factor - 2 0.3 - - - - Ap = 830 nm, M = 10 f = 10 MHz, B = 300 kHz VR = 0.9 VB, Ap = 830 nm , 5 al Q. (0 O a E10 « -8 CC d > 830 nm M = 10 Rl = 50£2,Tc = 25°C 1 10 100 1000 10000


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PDF HR8202TG HR8202TG HR8202TG: 00144H
MPS-080817N-82

Abstract: MPS 808
Text: 26 849 MHz dB dBm dBm 1.0 dB 2.5:1 +/-0.5 dB d B /t 250 mA % 10 810 820 830 840 850 860 , Storage Temperature 810 820 830 840 850 860 & £ Ï < D 8.0 V 950 mW 1400 mW + 1.0 85'8 , -15 -20 -25 -30 810 Retura -20 -25 -30 810 820 830 840 850 860 820 830


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PDF MPS-080817N-82 -080817N 50TYP, MPS-080817N-82 MPS 808
IFR 840

Abstract: LCD display jhd jrc 2740 2060 JRC JHD LCD jrc 2340 lcd jhd 4*20 izuum COH10 jrc 4555
Text: £ X=(iim ) Y=(/tB ) PAD No X=(iim ) Y=(um ) 1 DUMMYBi -4645 - 830 51 COM/ 3220 840 2 DUMMY B2 -4525 - 830 52 COMB 3140 840 3 DUMMYBs -4405 - 830 53 SEGI 2900 840 4 DUMMYB4 -4285 - 830 54 SEG2 2820 840 5 DUMMYBs -4165 - 830 55 SEG3 2740 840 6 DUMMYBe -4045 - 830 56 SEG4 2660 840 7 DUMMYBt -3925 - 830 57 SEGs 2580 840 8 DUMMYBs -3805 - 830 58 SEGs 2500 840 9 DUMIYBa -3685 - 830 59 SEG7 2420 840 10 DUMMYBio -3565 - 830 60 SEGe 2340 840 11 DUMMYBIi -3445 - 830 61 SEGg 2260 840 12 Vss -3125 - 830 62 SEG10


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PDF NJU6461 NJU6461I* NJU6461XC NJU6461T-* -C0M15 IFR 840 LCD display jhd jrc 2740 2060 JRC JHD LCD jrc 2340 lcd jhd 4*20 izuum COH10 jrc 4555
cl 1100

Abstract: SY100E446 SY10E446
Text: €” -790 - 830 -980 -1025 — -760 - 830 -910 -1025 — -670 - 830 V 1 Vbb Output Reference Voltage 10E 100E


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PDF SY10E446 SY100E446 E446A E446B E446A 1400ps 200ps 1600ps cl 1100 SY100E446
Optical Detector

Abstract: No abstract text available
Text: 0.46 70 150 - c. S n vB fc F X mA/mW Xp = 830 nm, M =1 % 220 -V MHz Xp = 830 nm, M = 1 (DARK = 100 pA Xp = 830 nm Rl = 50 n, M = 10 Excessive noise factor - - 30 2 0.3 - - - Xp = 830 nm, M = 10 f = 10 MHz, B = 300 kHz VR = 0.9 VB, Xp = 830 nm Multiplication factor M , Î 8. o aj o c « G m CL 10 131.0 X = 830 nm m ~8 M = 10 Ri_= 50 i i , Tc = 25°C -1 0 1 10


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PDF HR8202TG HR8202TG: HR8202TG Optical Detector
UPB581C

Abstract: AN-1001 BF08 UPB581 UPB581A UPB581B UPB581P upB581 nec
Text: Y AXIS 1 250 700 Vcc 2 50 700 Input 3 50 360 Bypass 4 50 50 GND 5 830 50 GND 6 830 500 Output 1 7 830 700 Output 2 8 630 700 Vcc 'From Reference Point to center of Bonding Pad. See Chip


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PDF UPB581A UPB581B UPB581C UPB581P UPB581 UPB581P) UPB581A) UPB581B) UPB581C) UPB581A, AN-1001 BF08 UPB581P upB581 nec
Not Available

Abstract: No abstract text available
Text: product family (PC for Polycarbonate substrate/XT for Glass substrate) Example: CL- 830 , 180 190 CL-927 2700 3-step ±70 90 115 150 160 CL- 830 3000 3 , characterized using CL- 830 -LR-XT products and reference design. Luminous Intensity Polar Diagram ChromaLit


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