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T2D 80

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VMVSJ150GP

Abstract: VMVM2C175GP 40 40 55 40 40 T3A T3 T3 T2D T2 T2D T2A T2A T3A T3 T3 T2D T2 T2D T2A T2A T3A T3 T3 T2D T2 T2D T2B T2B VMVS50 VMVS50 VMVS50 VMVS70 VMVS70 VMVS100 VMVS100 , T2C T2B T2A T2 T3B T3A T3 T3B T3 T2D T2C T2B T2A VMVIG055 VMVIG055 55 55 , ) Refractor (G241 or G245) T5 T4 T4 T4 T4 T4 T3 T3 T4A T4 T4 T3C T3C T3A T3A T3 T2D , Floor Cavity Reflectance 20% Room Cavity Ratio 1 2 3 4 5 80 50 30 10 .823 .784
Cooper Crouse-Hinds
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VMVSJ150GP VMVM2C175GP VMVMJ175GP VMVS2A150GP VMVS2TW100GP VMVSJ100GP S826TB

T2D 21

Abstract: T2D 07 address/data register $384 T2D.3 T2D.2 T2D.1 T2D.0 R/W Timer2 load/counter register (low nibble) $385 T2D.7 T2D.6 T2D.5 T2D.4 R/W Timer2 load/counter register (middle_L nibble) $386 T2D.11 T2D.10 T2D.9 T2D.8 R/W Timer2 load/counter register (middle_H nibble) $387 T2D.15 T2D.14 T2D.13 T2D.12 R/W Timer2 load/counter register , .13 RDT.12 xxxx uuuu $384 T2D.3 T2D.2 T2D.1 T2D.0 xxxx xxxx $385 T2D
Sino Wealth
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T2D 21 T2D 07 t2d7 T2D 03 T2D14 T2D 9 SH69P26 SH6610D- SKINNY/28-

t2d 82

Abstract: t2d 76 register $384 T2D.3 T2D.2 T2D.1 T2D.0 R/W Timer2 load/counter low nibble register $385 T2D.7 T2D.6 T2D.5 T2D.4 R/W Timer2 load/counter middle_L nibble register $386 T2D.11 T2D.10 T2D.9 T2D.8 R/W Timer2 load/counter middle_H nibble register $387 T2D.15 T2D.14 T2D.13 T2D.12 R/W Timer2 load/counter high nibble register $388 PBIEN.3 PBIEN , uuuu $383 RDT.15 RDT.14 RDT.13 RDT.12 xxxx uuuu $384 T2D.3 T2D.2 T2D
Sino Wealth
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t2d 82 t2d 76 t2d 96 SH69P55A/K55A SH69P55A SH69K55A SH6610D-B

T2D 1D

Abstract: t2d7 $384 T2D.3 T2D.2 T2D.1 T2D.0 R/W Timer2 load/counter low nibble register $385 T2D.7 T2D.6 T2D.5 T2D.4 R/W Timer2 load/counter middle_L nibble register $386 T2D.11 T2D.10 T2D.9 T2D.8 R/W Timer2 load/counter middle_H nibble register $387 T2D.15 T2D.14 T2D.13 T2D.12 R/W Timer2 load/counter high nibble register $388 PBIEN.3 PBIEN.2 PBIEN , .12 xxxx uuuu $384 T2D.3 T2D.2 T2D.1 T2D.0 xxxx xxxx $385 T2D.7 T2D
Sino Wealth
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T2D 1D T2D 09

DMVM2C175GP

Abstract: DMVS2A150GP )* T3A T3 T3 T3A T3 T3 T2D T2C T2C T2B T2B T2A DMVM70 DMVM70 DMVM70 DMVM100 DMVM100 , 55 40 55 T3C* T3B* T3A* T3* T3* T2D* T2B T2A T2A T2B* T2A* T2A* T2 T1 (325) T2 T1 (325) T3C T3C T3A T3A T3A T2D - - - T2 T2 T2 - - - - - - - - - - , Induction Induction 40 40 T3 T3 - - - - - T2D - - - T2D T6 T5 T6 , ) Group T3A EFG T3 EFG T3 EFG T3A EFG T3 EFG T3 EFG T2D EFG T2C EFG T2C - T2B EFG
Cooper Crouse-Hinds
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DMVM2C175GP DMVS2A150GP t2d t3d DMVM2A175GP DMVMJ175GP DMVSJ100GP

10XTV2-CT-T3

Abstract: 15XTV2-CT-T3 °C) 420°F (215°C) Temperature ID number (T-rating) T2C: 446°F (230°C) T2D: 419°F (215°C) T3: 392 , 150 200 65 90 135 180 220 130 175 65 85 130 170 215 125 165 60 80 125 165 205 120 160 60 80 120 160 190 115 150 50 70 105 140 180 100 135 50 65 100 135 170 100 130 , characteristics Temperature ID number T2C T2D Minimum bend radius Weight (lb per 10 ft, nominal) Bus
Tyco Thermal Controls
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20XTV1-CT-T2 15XTV1-CT-T2 20XTV2-CT-T2 10XTV1-CT-T3 10XTV2-CT-T3 15XTV2-CT-T3 10XTV-CT 5xtv2-ct-t3

T2D 07

Abstract: T2D 90 4/87 6-8 U IM IT R O D E 0365 E- 10 UNITRODE CORP/UNI TRO DE IC - T2D D , 1.3 200 5 MAX 0.5 2 30 - - - - 60 - - 70 - - - - - - - - - MIN - - - 2.3 ±10 80 - , 20 kn RS = son - - - - - ±10 80 - 50 ±12 UCOP-02A UCOP-D2E TYP 0.4 2 0.7 7.5 22 ±13 100 10 100 ±13 MAX 1 8 4 120 50 - - 60 - - MIN - - - - - ±10 80 - 25 ±12 UCOP-02 UCQP-02C TYP 1.2 4 1.4 , U.SA 0366 E -ll UNITRODE CORP/UNITRODE IC T2D D WflSn QQ1012Ö T tUN I
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OCR Scan
T2D 90 UCOP02 t2d 04 T2D 70 T2D 87 T2D 80 application note UCOP-02B UCQP-02D UCOP02C UCOP02E UCOP02B UCQP02D

"T2D"

Abstract: free download transistor data sheet 82371AB PCI ISA IDE Xcelerator (PIIX4) 28.0 SMBus Timing Diagrams Figure 79. SMBus Timing t2e t2c t2d CLK t142 t145 t143 t146 t2b t144 Data smbtm_2.vsd t141 Figure 80. SMBus Timeout timing Start Stop t148 CLK ack t149 CLK ack t149 SMB CLK SMB DATA smbusto.vsd 317 Intel
Intel
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free download transistor data sheet T2D 79 T2D 80 t2d diode T2D 79 diode

CPMVS2W070

Abstract: induction lamp as the light source for industrial and hazardous locations include: · Crisp, white light (80+ color , - 90 150PS (S828) 40 T2D T5 - - - 105 90 105 METAL HALIDE , ) 40 INDUCTION 55 40* 55* T2D T2D T6 T6 T6 - - - T6 - 75 75 85
Cooper Crouse-Hinds
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CPMVS2W070 induction lamp transistor Electronic ballast "INDUCTION LAMP" CPMVIG2W085 CPMVS1W070 CPMVM1W100

Luminaire Photometric data

Abstract: induction lamp industrial and hazardous locations include: · Crisp, white light (80+ color rendering index) provides , 12000 Initial Mean Color Rendering Index* 65 70 72 51 57 58 80 80 80 , After 60,000 Hrs (%) 75 75 70 *Lamp sources with 80+ CRI provide excellent color rendering. CRI , 55 55 75 T2C ­ DMVIG085 85 40 60 T3 T5 DMVIG085 85 55 75 T2D T4A DMVIG165 165 40 , ­ T2D ­ ­ Restricted Breathing (Suffix S826) Aex nR IIC, Ex nR IIC Class I, Div. 2/Zone 2
Cooper Crouse-Hinds
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DMVIG165GP RD739 Luminaire Photometric data induction lamp ballast ballast for induction lamp DMVIG2C085GP photometric data lamps QM25 DMVIG165G RA739

T2D 90

Abstract: "T2D" 3.3V CMOS Oscillator Low Power Specifications OC1T Product OC1T B A specify Option Codes T1D T2D Parameters Terminations: SM, Gold flashed pads SM, Ni+Sn plated pads Frequency: Calibration tolerance: 8.00 3.70 32.7680kHz ±30ppm ±20ppm ±10ppm Other 1.75 (max) ACTUAL SIZE SOLDER PAD LAYOUT 3.00 Frequency stability: 0 ~ -10ppm (0 to +50°C) 0 ~ -30ppm (-20 to , -60.0 20 40 60 80 Standard. Optional - Please specify required code(s) when ordering Enable
Golledge Electronics
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T2D 30

T2D 44

Abstract: T2D 80 3.3V SM Oscillator Low Power OC1T Specifications Product OC1T Option Codes Terminations: SM, Gold flashed pads SM, Ni+Sn plated pads T1D T2D Frequency: 32.7680kHz ±30ppm ±20ppm ±10ppm Other Frequency stability: 0 ~ -10ppm (0 to +50°C) 0 ~ -30ppm (-20 to +70°C) 0 ~ -50ppm (-40 to +85°C) Operating temperature range: -40 to +85°C , Miniature ceramic package Temperature Characteristics 20.0 -40 -20 0 20 40 60 80
Golledge Electronics
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T2D 44 T2D 23 T2D 40 diode a7 transistor a7

lt 5237

Abstract: scr tyn 612 105 20 40 60 80 100 120 140 Fig.5 : Average on-state current versus case temperature (TXN). Flg , -1 80* \ Teas e("C) \ 50 100 125 D C \ _ a -1 80 , 40 50 60 70 80 90 100110120130 Fig.9 : Non repetitive surge peak on-state current versus number of , ms, and corresponding value of |2t. 1 TSM Itsm (A). I t (A!s) 140 120 100 80 60 40 20 0 , '" 7^21237 0D77iaS T2D TXN/TYN 0512 -> TXN/TYN 1012 PACKAGE MECHANICAL DATA T0220AB Plastic a REF
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lt 5237 scr tyn 612 SCR TYN 412 tyn 620 SCR 412 tyn 412 E81734 0G771

T2D 81

Abstract: t2d 46 80 *'0D2 Supply current 2 (at not selected) - 10 40 *'dD3 Supply current 3 (at power down) VDD , ITEM MIN. TYP. MAX. UNIT tDT DTRD cycle time 8.0 10.0 13.3 /A tDTR DTRD pulse width 1.0 1.25 1.67 t2D ¿2, DTRD disable time 1.0 â'" â'" tAC Data access time 300 â'" â'" ns t2D DTRD DI v|h
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TC8802AF TC8890N-XXXX TC8890F-XXXX T2D 81 t2d 46 T2D 83 TC8802 SPEECH SYNTHESIS TC8890 SDIP28 TC8890N/F

RFN-10

Abstract: T2D DIODE RFN10 T2D 8.0±0.2 12.0±0.2 15.0±0.4 0.2 8.0 0.7±0.1 0.05 Features 1)Cathode common Dual type , Conditions Duty0.5 Direct voltage 60Hz half sin wave, Resistance load, Limits 200 200 10 80 150 55 to 150 , CURRENT:IFSM(A) 160 140 120 100 80 60 40 20 0 IFSM DISPERSION MAP IFSM 8.3ms 1cyc AVE:167A 30 Tj
ROHM
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RFN10T2D RFN-10 T2D 14 DIODE RFN10 DIODE T2D 40 DIODE T2D 6 DIODE T2D 75 diode AVE24 R1120A
Abstract: -0.4 - V dd 0 - 0.4 - 30 80 - 10 40 - - 3 Q Û > II l|H2 , MIN. TYP. MAX. tDT DTRD cycle time 8.0 10.0 tDTR DTRD pulse width 1.0 1.25 1.67 t2D i 2, DTRD disable time 1.0 â'" â'" tAC Data access time 300 , 0.8 UNIT V|H =4.2 < II O o t2D r~ 8.4.4 TECHNICAL MASK ROM FOR SPEECH -
OCR Scan
TC8890N 890N/F

t2d 82

Abstract: t2d marking code ) 0.05CV or 100μA whichever is greater 16 20 35 44 40 50 50 63 63 79 80 100 100 , 63 80 100 Dissipation Factor Leakage Current Ripple Current Rating Max. ESR (mΩ) Load Life , 200.0 1440 24 3,000 0.16 240.0 1650 18 3,000 0.16 100.0 840 80 2,000 0.16 100.0 1170 35 , 0.16 100.0 1100 50 3,000 0.16 100.0 870 80 3,000 0.16 100.0 870 80 3,000 0.16 100.0 , + dÏ Â± 0.05 F ± 0.5 L + β max. MARKING Series T2D 100 35v 15mm Min. 5mm
NIC Components
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t2d marking code 000HRS 100VDC TS-16949

t2d 82

Abstract: T2D 79 ~ +125°C ±20% (M) 0.05CV or 100A whichever is greater 16 20 25 32 35 44 40 50 50 63 63 79 80 100 100 125 , 40 50 63 80 100 Dissipation Factor Leakage Current Ripple Current Rating Max. ESR (m , 70 0.16 112.0 1220 32 0.16 200.0 1440 24 0.16 240.0 1650 18 0.16 100.0 840 80 0.16 100.0 1170 35 0.16 , 0.16 100.0 870 80 0.16 100.0 870 80 0.16 100.0 1000 60 RIPPLE CURRENT FREQUENCY CORRECTION FACTORS , 0.5 L + max. 15mm Min. 5mm Min. D ± MARKING Series T2D 100 35v Polarity Marking Date Code
NIC Components
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marking T2D C/120H C/100KH

T2D DIODE 02

Abstract: T2D DIODE T2D â'  14.0±0.5 3)Low switching loss 8.0±0.2 12.0±0.2 Features 1)Cathode common Dual type. (TO-220) 2)Low VF 15.0±0.4 ã'' 0.2 8.0 10.0±0.3 ã''ã''ã'' 0.1 (1) (2) (3 , =25ï'°C) Parameter Symbol VF Forward voltage A 80 A 150 60Hz half sin wave, Resistance load, 10 , FORWARD CURRENT:IFSM(A) 180 160 140 AVE:167A 120 100 80 60 1cyc IFSM 40 20 Tj
ROHM
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T2D DIODE 02 T2D DIODE 16 T2D 80 diode T2D 80_ diode AEC-Q101 RFN10T2DFH

T2D 22 diode

Abstract: T2D 56 DIODE -VC BO max. 60 80 100 120 V ~ v CEO max. 60 80 100 120 V C , current A B max. 60 80 100 120 V max. 60 80 100 120 V C max , multiplying factor at the 496 Y March 1986 bbSBTBl DDBMbbS T2D tp (s) V q EO max
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OCR Scan
T2D 22 diode T2D 56 DIODE diode t2d 05 T2D 70 diode BDT60 BDT60B BDT61 BDT61A BDT61B BDT61C
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