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TCL-15 datasheet (356)

Part Manufacturer Description Type PDF
TCL150 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-A Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ACF1 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ACF2 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ACP1 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ACP2 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-AD Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ADAL Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-ADTD Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-DCP Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-EX Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-TD1 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-TTD2 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-V Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA1-W Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA2-A Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA2-ACF1 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA2-ACF2 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA2-ACP1 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF
TCL150DA2-ACP2 Chloride Systems High Capacity Steel Emergency Lighting Units, 6 and 12 Volt 75 to 450 Watts Wet Cell Lead Calcium Battery Original PDF

TCL-15 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
EN610000-3-2

Abstract: 024112 DIN EN 60529 148C 0602C 0244C UL508C tcl circuit
Text: 15 % for TCL 060 & TCL 120 models 20% for TCL 024-112 & TCL 024-124 30% for TCL 024-105 Input , models: 48 VDC models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ , : < 60 VDC Hold-up time 115 VAC min. 15 ms Power good signal (TCL 60 & TCL 120 only) trigger , signal (reference to ­ Vout) 11.0 V ±1.0V / 60 mA max. 22.0 V ±2.0V / 30 mA max. 44.0 V ±4.0V / 15 mA , temperature ­ 10°C.+70°C max. (14°F.+158°F) derating above 40°C (104°F): 1.5 %/K Electromagnetic


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PDF CH-8002 EN610000-3-2 024112 DIN EN 60529 148C 0602C 0244C UL508C tcl circuit
2009 - tracopower 024-124

Abstract: 148C 240-124 TCL 240-124
Text: operation between 85.93 VAC/85.130 VDC 15 % for TCL 060 & TCL 120 20% for TCL 024-112 & TCL 024-124 & , models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC Output , Hold-up time (115 VAC / 230 VAC) min. 15 ms / min. 125 ms Power OK signal (TCL 60 & TCL 120 only) 12 , (reference to ­ Vout) 11.0 V ±1.0 V / 60 mA max. 22.0 V ±2.0 V / 30 mA max. 44.0 V ±4.0 V / 15 mA max , ­10°C to +70°C max. (14°F . +158°F) derating above +40°C (104°F): 1.5 %/K Electromagnetic


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PDF CH-8002 tracopower 024-124 148C 240-124 TCL 240-124
TCL 240-124

Abstract: TRACOPOWER 148C
Text: VAC/85.130 VDC: 15 % bei TCL 060 & TCL 120 20 % bei TCL 024-112 & TCL 024-124 & TCL 240 30 % bei , : 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC bei TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC , Überbrückungszeit 115 VAC min. 15 ms 230 VAC min. 125 ms DC-OK Signal (Nur TCL 60, TCL 120 & TCL 240 , (Referenz: ­ Uaus) 11.0 V ±1.0 V / 60 mA max. 22.0 V ±2.0 V / 30 mA max. 44.0 V ±4.0 V / 15 mA max , Arbeitstemperaturbereich ­10 °C.+70 °C max. Leistungsreduktion oberhalb 40 °C: 1.5 % / K Elektromagnetische


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PDF D-85737 TCL 240-124 TRACOPOWER 148C
EN610000

Abstract: tracopower 024-124 148C tcl-rem240 IEC-1709
Text: operation between 85.93VAC/85.130VDC: 85.264 VAC / 85.375 VDC 15 % for TCL 060 & TCL 120 , VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC Output regulation (10 to , . 15 ms 230 VAC min. 125 ms Power good signal (TCL 60 & TCL 120 only) 12 VDC models: 24 , V ±2.0V / 30 mA max. 44.0 V ±4.0V / 15 mA max. trigger point >11V >22V >44V General , temperature ­ 10°C.+70°C max. (14°F.+158°F) derating above 40°C (104°F): 1.5 %/K


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PDF CH-8002 EN610000 tracopower 024-124 148C tcl-rem240 IEC-1709
tcl circuit

Abstract: UL-508C tracopower 024-124 UL 508C 148C
Text: /85.130 VDC 15 % for TCL 060 & TCL 120 20% for TCL 024-112 & TCL 024-124 & TCL 240 30% for TCL 024-105 , frontpanel) 12 VDC models: 24 VDC models: 48 VDC models: 5.1 VDC model: .0 ­ 5.25 VDC 5 12 ­ 15 , min. 15 ms 230 VAC min. 125 ms Power OK signal (TCL 60 & TCL 120 only) 12 VDC models , . 22.0 V ±2.0 V/30 mA max. 44.0 V ±4.0 V/ 15 mA max. trigger point >11V >22V >44V General , °F.+158°F) derating above 40°C (104°F): 1.5 %/K Electromagnetic compatibility in correspondence to connected


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PDF CH-8002 tcl circuit UL-508C tracopower 024-124 UL 508C 148C
tcl circuit

Abstract: E181381 24 VDC CIRCUIT BREAKER 0602C adjustable output current and voltage to 48 vdc TCL 024-124 DC TCL 060-124 148C EN610000
Text: at operation between 85.93VAC/85.130VDC: 85.264 VAC / 85.375 VDC 15 % for TCL 060 & TCL , : 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC Output , time 115 VAC min. 15 ms Power good signal (TCL 60 & TCL 120 only) trigger point >11V >22V , to ­ Vout) 11.0 V ±1.0V / 60 mA max. 22.0 V ±2.0V / 30 mA max. 44.0 V ±4.0V / 15 mA max


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PDF 48VDC CH-8002 tcl circuit E181381 24 VDC CIRCUIT BREAKER 0602C adjustable output current and voltage to 48 vdc TCL 024-124 DC TCL 060-124 148C EN610000
TCL 240-124

Abstract: 148C E181381
Text: operation between 85.93 VAC/85.130 VDC 15 % for TCL 060 & TCL 120 20% for TCL 024-112 & TCL 024-124 & , model: .0 ­ 5.25 VDC 5 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC Output , Hold-up time 115 VAC min. 15 ms 230 VAC min. 125 ms Power OK signal (TCL 60 & TCL 120 only , ±1.0 V/60 mA max. 22.0 V ±2.0 V/30 mA max. 44.0 V ±4.0 V/ 15 mA max. trigger point >11V >22V , Operating temperature ­10°C to +70°C max. (14°F . +158°F) derating above 40°C (104°F): 1.5 %/K


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PDF CH-8002 TCL 240-124 148C E181381
IEC-1709

Abstract: E1813
Text: autoselect (no DC input) Output derating ­ at operation between 85.93 VAC/85.130 VDC 15 % for TCL 060 & , VDC models: 24 VDC models: 48 VDC models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 , ±2.0 V / 30 mA max. 44.0 V ±4.0 V / 15 mA max. Hold-up time (115 VAC / 230 VAC) min. 15 ms / min , Dimensions Connection ­10°C to +70°C max. (14°F . +158°F) derating above +40°C (104°F): 1.5 %/K in


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PDF CH-8002 IEC-1709 E1813
148C

Abstract: No abstract text available
Text: /85.130VDC: 85.264 VAC / 85.375 VDC 15 % for TCL 060 & TCL 120 models 20% for TCL 024-112 & TCL , ) 5.1 VDC model: 12 VDC models: 24 VDC models: 48 VDC models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 , models: 48 VDC models: < 6.5 VDC < 40 VDC < 60 VDC Hold-up time 115 VAC min. 15 ms Power , . 22.0 V ±2.0V / 30 mA max. 44.0 V ±4.0V / 15 mA max. General Specifications Temperature ranges


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PDF 48VDC CH-8002 148C
TCL SERVICE MANUAL

Abstract: EP2S60F484C4 EP2S90F1020C5 EP2S60F484C5 EP2S60F484C4 pinout EP2S60F672I4 ep2s30f484i4 EP2S30F484C4 EP2S30F484C5 EP2S60F484C3
Text: design I/O signal data_out[ 15 ] to package ball AL17: tcl> set_location_assignment -to PIN_AL17 data_out[ 15 ] Setting I/O Type and Parameters For I/O type and parameter specification, the , PCI" 3.3-V PCI I/O "3.3-V PCI-X" 3.3-V PCI X I/O " 1.5 V" 1.5 -V I/O "1.8 V" 1.8-V I/O "2.5 V" 2.5-V I/O " 1.5 -V HSTL CLASS I" QDRII SRAM 1.5 -V I/O " 1.5 -V HSTL CLASS II" QDRII SRAM 1.5 -V I/O "1.8-V HSTL CLASS I" QDRII SRAM/RLDRAM II 1.8-V I/O "1.8-V HSTL CLASS II


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PDF H51025-1 TCL SERVICE MANUAL EP2S60F484C4 EP2S90F1020C5 EP2S60F484C5 EP2S60F484C4 pinout EP2S60F672I4 ep2s30f484i4 EP2S30F484C4 EP2S30F484C5 EP2S60F484C3
TCL 060-124

Abstract: IEC-1709 adjustable output current and voltage to 48 vdc led 1/2 watt datasheet 148C E181381 93-132VAC
Text: at operation between 85.93VAC/85.130VDC: 85.264 VAC / 85.375 VDC 15 % for TCL 60 / 120 , 0.2 A 0.6 A 1.0 A 12 ­ 15 VDC 24 ­ 28 VDC 48 ­ 56 VDC Output Specifications Output voltage , VDC models < 60 VDC Hold-up time 115 VAC min. 15 ms Power good signal (TCL 60 & TCL 120 , . 44.0 V ±4.0V / 15 mA max. General Specifications Temperature ranges Temperature derating ­


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PDF 48VDC CH-8002 TCL 060-124 IEC-1709 adjustable output current and voltage to 48 vdc led 1/2 watt datasheet 148C E181381 93-132VAC
IEC-1709

Abstract: 148C
Text: operation between 85.93 VAC/85.130 VDC 15 % for TCL 060 & TCL 120 20% for TCL 024-112 & TCL 024-124 & , models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ 56 VDC Output , Hold-up time (115 VAC / 230 VAC) min. 15 ms / min. 125 ms Power OK signal (TCL 60 & TCL 120 only) trigger , to ­ Vout) 11.0 V ±1.0 V / 60 mA max. 22.0 V ±2.0 V / 30 mA max. 44.0 V ±4.0 V / 15 mA max , ­10°C to +70°C max. (14°F . +158°F) derating above +40°C (104°F): 1.5 %/K Electromagnetic


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PDF CH-8002 IEC-1709 148C
EN610000

Abstract: TCL 060-124 148C
Text: range output derating at operation between 85.93VAC/85.130VDC: 85.264 VAC / 85.375 VDC 15 , models: 48 VDC models: 5.0 ­ 5.25 VDC 12 ­ 15 VDC (12 - 16 VDC for TCL 024-112) 24 ­ 28 VDC 48 ­ , VDC < 60 VDC Hold-up time 115 VAC min. 15 ms Power good signal (TCL 60 & TCL 120 only , / 15 mA max. General Specifications Temperature ranges Temperature derating ­ Operating ­


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PDF 48VDC CH-8002 EN610000 TCL 060-124 148C
EN610000

Abstract: SN29500 148C
Text: 85.264 VAC ( 15 % derating below 93VAC) 85.375 VDC ( 15 % derating below130VDC) Input frequency 47 ­ , VDC models 24 VDC models 48 VDC models 12 ­ 15 VDC 24 ­ 28 VDC 48 ­ 56 VDC Recommended , 115 VAC min. 15 ms Power good signal treshold >11V >22V >44V 12 VDC models 24 VDC models , . 44.0 V ±4.0V / 15 mA max. General Specifications Temperature ranges Temperature derating ­


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PDF 48VDC 50081-1/EN CH-8002 EN610000 SN29500 148C
EP2S60F672I4

Abstract: DDR2 SDRAM sstl_18 EP2S30F484I4 EP2S30F484C4 EP2S30F484C5 EP2S30F484C3 EP2S60F484C3 EP2S60F484C4 EP2S60F484C5 EP2S60F484I4
Text: design I/O signal data_out[ 15 ] to package ball AL17: tcl> set_location_assignment -to PIN_AL17 data_out[ 15 ] Setting I/O Type and Parameters For I/O type and parameter specification, the , PCI" 3.3-V PCI I/O "3.3-V PCI-X" 3.3-V PCI X I/O " 1.5 V" 1.5 -V I/O "1.8 V" 1.8-V I/O "2.5 V" 2.5-V I/O " 1.5 -V HSTL CLASS I" QDRII SRAM 1.5 -V I/O " 1.5 -V HSTL CLASS II" QDRII SRAM 1.5 -V I/O "1.8-V HSTL CLASS I" QDRII SRAM/RLDRAM II 1.8-V I/O "1.8-V HSTL CLASS II


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PDF H51025-1 EP2S60F672I4 DDR2 SDRAM sstl_18 EP2S30F484I4 EP2S30F484C4 EP2S30F484C5 EP2S30F484C3 EP2S60F484C3 EP2S60F484C4 EP2S60F484C5 EP2S60F484I4
TCL SERVICE MANUAL

Abstract: 060-112CH
Text: V ±1.0V 22.0 V ±2.0V 44.0 V ±4.0V DC OK Signal Current 60 mA 30 mA 15 mA , Power Derating: above +40°C ! 1.5 %/K above 104°F ! 1.5 %/K Storage temperature range: -25°C ­


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PDF 060112H 060-112C 060-112CH 85VAC 264VAC 060124H 060-124C 060-124CH 375VDC 060148H TCL SERVICE MANUAL 060-112CH
1997 - C167 loader

Abstract: C167S-4RM C167CR-LM C167CR-4RM C164CI C164 C163 C161RI C167SR-LM C167-LM
Text: . Page of prev.Rel. Semiconductor Group Subjects (changes since last release) 2 of 15 , Clock) after a stable clock signal is available. Semiconductor Group 3 of 15 AP163701 9.97 , Semiconductor Group 4 of 15 AP163701 9.97 Reset and System Startup In bidirectional reset mode the , drain output driver. Semiconductor Group 5 of 15 AP163701 9.97 Reset and System Startup , Table 2: System Startup Configuration via PORT0 Semiconductor Group 6 of 15 AP163701 9.97


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PDF AP163701 SAx-C167CR-4RM SAx-C167CR-16RM SAx-C167CR-16FM C164CI C167x AP163701 C167 loader C167S-4RM C167CR-LM C167CR-4RM C164CI C164 C163 C161RI C167SR-LM C167-LM
2007 - 0800-0008

Abstract: F01CH ST10F272Z2Q3 AN2549 ST10 ST10F272 tcl - t10011-01
Text: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 1.5 Real time , VAREF V CP1 + CP2 + CS - 10 15 - 7 10.5 tS Sample time 48TCL 1536TCL , LSB INL Integral nonlinearity - 1.5 + 1.5 - 1.5 + 1.5 LSB OFS Offset error -1.0 +1.0 - 1.5 + 1.5 LSB Note: The VAREF pin is also used as a supply pin for the ADC , (FFA0h / A0h) 15 14 13 SFR 12 11 10 9 8 7 6 AD CIN AD WR AD BSY


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PDF AN2549 ST10F269Zx ST10F272Z2 ST10F272Z2 16-bit ST10F269Zx. ST10F272Z2. 0800-0008 F01CH ST10F272Z2Q3 AN2549 ST10 ST10F272 tcl - t10011-01
EN50294

Abstract: t8 ballast circuits ELECTRONIC BALLAST SK 2x36w Electronic ballast 2x36 1X55 220-240V ballast 2x36w t8 36w electronic ballast tridonic
Text: Mains currents in DCoperation Lamp starting characteristics Warm start Starting time < 1.5 secs with , specification. Ambient Temperature tc 19 mm 15 mm tc 143 mm 174 mm PC 1/36 TCL PRO PC 1/40


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PDF 50/60/0Hz, 320VAC, 306VAC 150VAC/176VDC 40kHz EN50294 t8 ballast circuits ELECTRONIC BALLAST SK 2x36w Electronic ballast 2x36 1X55 220-240V ballast 2x36w t8 36w electronic ballast tridonic
2007 - Not Available

Abstract: No abstract text available
Text: 4700 5600 6800 8200 10 nF 12 15 18 22 27 33 39 47 56 68 82 100 120 150 180 220 270 , URC р 500 VDC : 1,5 URC 15 URC у 1000 VDC : 1,2 URC 18 22 27 33 39 Appellation commerciale , . 12 12,5 17,5 22,5 21 12,5 W max. 15 ,24 17,8 27,94 40,64 12,7 X ± 0,5 0,8 1 1 1 1 à , 562 5600 682 6800 822 8200 103 10 nF 123 12 153 15 183 18 223 22 273 27 333 33 393 , 15 186 18 226 22 276 27 336 33 396 39 Exemple de codification à la commande / How to


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PDF
1999 - 40MHZ

Abstract: APEX20K APEX20KE
Text: Support Altera Corporation Page 15 AN 118: Scripting with Tcl in the Quartus Software


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PDF Tcl16 -AN-118-02/J 40MHZ APEX20K APEX20KE
1998 - C161CI

Abstract: C167 loader C167S-4RM C167CR-LM C167CR-4RM C164CI-8EM C164CI C161RI AP163702 C164CI-8EM CA
Text: . . . . . . . 15 AP163702 ApNote - Revision History Actual Revision : 6.98 Previous Revision , of CSSEL pins corrected 15 15 Appendix clock options and steps updated Semiconductor , = 25 nsec @ 20 MHz CPU Clock 12 TCL 2048 TCL RSTIN transparent not transparent P0[ 15 :2 , 12 TCL 1024 TCL RSTIN transparent not transparent P0[ 15 :2] not transparent P0[1:0 , disabled tSHR 12 TCL RSTIN P0[12:2] not transparent P0[ 15 :13] not transparent P0[1:0


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PDF AP163702 AP163702 C161CI C167 loader C167S-4RM C167CR-LM C167CR-4RM C164CI-8EM C164CI C161RI C164CI-8EM CA
2004 - 606014

Abstract: 606016 606015 606015 EM 40 em marin H6060V16SO8A H6060V15SO8B EM Microelectronic timer H6060V14SO8B H6060V14SO8A
Text: VMIN + 15 V ± 10 mA -65°C to +150°C Operating temperature Industrial Supply voltage Comparator input voltage Version 13, 14, 15 , 16 Version 11,12 RC-oscillator programming (see Fig. 15 , V 0.05 8 1 µA mA mA µA mA mA µA 2.4 Version 15 ; VOUT = VDD VOL = 0.4 V VDD = , = 1.2 V 3.2 2 80 3.2 2 80 8 1) Versions: 15 = open drain outputs; 14, 16 = push-pull outputs Table 3 VIN Surveillance Voltage thresholds at TA = 25 °C Version 14 15 , 16 1


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PDF H6060 H6060 606014 606016 606015 606015 EM 40 em marin H6060V16SO8A H6060V15SO8B EM Microelectronic timer H6060V14SO8B H6060V14SO8A
2007 - ST10 PROGRAMMING C basic

Abstract: OFF32 ST10F276 ST10
Text: . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 1.5 Real Time Clock . . . . . . . . . , . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 1.9 PLL and main on-chip oscillator , application is impacted by the different XRAM size and the different location of XRAM2 in segment 15 . In the , VAIN VAGND VAREF VAGND VAREF V - 10 15 N.A. N.A. - CP1 + CP2 +CS 7 10.5 , DNL -0.5 +0.5 1 1 LSB Integral Nonlinearity INL - 1.5 + 1.5 - 1.5 1.5


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PDF AN2555 ST10F269Zx ST10F276Z5 ST10F276Z5 16-bit ST10F269Zx. ST10F276Z5. ST10 PROGRAMMING C basic OFF32 ST10F276 ST10
2013 - Not Available

Abstract: No abstract text available
Text: impact: electrical characteristics . . . . . . . . . . . . . . . . . . . . . . 13 1.4.3 1.5 , . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 1.5.1 , . . . . . . 15 Software impact . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 CAN modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , . Table 7. Table 8. Table 9. Table 10. Table 11. Table 12. Table 13. Table 14. Table 15 . Table 16


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PDF AN2021 ST10F269 ST10F272B/E ST10F272B ST10F272E 16-bit ST10F269.
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