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278A10-23 Curtis Industries MARKING STRIPS
247A10-14 Curtis Industries MARKING STRIPS
278A36-12 Curtis Industries MARKING STRIPS
247A11-13 Curtis Industries MARKING STRIPS
275A9 Curtis Industries MARKING STRIPS
267A218-16 Curtis Industries MARKING STRIPS

afg marking

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: Number Package Marking Functions Features Operating Voltage (V) Pin Configuration (Top , Package Marking Functions SM8 5W393 Bipolar comparator Features Single/dual power , TC75S55FE TC75S60F Marking Functions SMV Operating Voltage (V) TC Single/dual power , ) Marking Functions Features Operating Voltage (V) 5W56 Single/dual power supply, push-pull , Recommended Current () Input Voltage (V) (mA) Power Supply Voltage (V) TD62001AP/APG/AF/AFG -
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TB62207BFG 10 Segment Displays TB62207 TD62703 marking AFG TA75S01F TA75S558F TA75S393F TA75W393FU TA75W01FU TA75W558FU
Abstract: 125 Device Marking (4/5) Samples ACTIVE Green (RoHS & no Sb/Br) Green (RoHS & no Sb/Br , ) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) AFS AFS SN74AHC1G14DBVRE4 ACTIVE , . There may be additional marking, which relates to the logo, the lot trace code information, or the , one Device Marking contained in parentheses and separated by a "~" will appear on a device. If a line Texas Instruments
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marking code A14G a14g AFG MARKING CODE SN74AHC1G14 SCLS321P ISO/TS16949
Abstract: , Single-Circuit Type) Package Marking Functions TA75S393F SMV TA Bipolar comparator , circuits. SMV 1.6 2.9 (mm) (Bipolar, Dual-Circuit Type) Part Number Package Marking , TC75S58FU TC75S58FE TC75S58AFE * ESV TC75S58AFC * Marking Functions Features SMV , output, ultra-low current consumption (mm) 119 (CMOS, Dual-Circuit Type) Marking Functions , (Transistor Arrays/Interface Drivers) Part Number Package TD62001APG/AFG DIP16/SOP16 Device -
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ULN2803APG ULN2003APG toshiba uln2803apg TPD1047F ULN2003APG motor TB62201AFG TB7602CTC TB7602TU TB7603CTC TB7603TU TB7604CTC TB7604TU
Abstract: Lead/Ball Finish MSL Peak Temp (2) (6) (3) Op Temp (°C) Device Marking (4/5 , Green (RoHS & no Sb/Br) CU NIPDAU Level-1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFJ ~ AFL , NIPDAU Level-1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) SN74AHC1G14DCKRG4 , to 125 (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) SN74AHC1G14DCKT ACTIVE SC70 DCK 5 250 Green (RoHS & no Sb/Br) CU NIPDAU Level-1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFL ~ AFS Texas Instruments
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AF3 MARKING CODE AF3 SOT23 af3 sot23-5
Abstract: Lead/Ball Finish (2) MSL Peak Temp Op Temp (°C) Device Marking (3) (4/5 , -1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) SN74AHC1G14DCKRE4 ACTIVE SC70 DCK 5 3000 Green (RoHS & no Sb/Br) CU NIPDAU Level-1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFJ , ) CU NIPDAU Level-1-260C-UNLIM -40 to 125 (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) SN74AHC1G14DCKT , to 125 (AF3 ~ AFG ~ AFL ~ AFS) SN74AHC1G14DCKTE4 ACTIVE SC70 DCK 5 250 Green Texas Instruments
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Abstract: 125 Device Marking (4/5) Samples ACTIVE Green (RoHS & no Sb/Br) Green (RoHS & no Sb/Br , ) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFJ ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) (AF3 ~ AFG ~ AFL ~ AFS) AFS AFS SN74AHC1G14DBVRE4 ACTIVE , . There may be additional marking, which relates to the logo, the lot trace code information, or the , one Device Marking contained in parentheses and separated by a "~" will appear on a device. If a line Texas Instruments
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A143 marking code a14s MARKING CODE AFL marking code A14l MARKING A14L A143
Abstract: *Note: Measurement conditions: Ta=25, IF=2A, di/dt=-50A/s sDimensions of L-FLAT Package Marking view , Angle Function Three-Phase Brushless DC Motor Controller IC: TB6586FG/AFG sSpecifications Part Number TB6586FG/AFG VCC=6.5 to 16.5V VM4.5 to 16.5V Iout=±3mA/ phase (Max) 20KHz (Typ.) SSOP24 P , appliances. The newly developed TB6586FG/AFG motor controller IC has a 150°-turn-on angle and employ lead Toshiba
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tb6586fg TB6586 CLH06 CLH07 CLH05 CLH02
Abstract: Marking Lot Code. (Weekly code) TPD4123K TPD4151K Part No. (or abbreviation code) 2 Country , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 , â—'VS 13 â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 , â—'VS 13 â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 Toshiba
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HDIP26-P-1332-2
Abstract: P3I2005AG-08SR Marking Package Temperature Shipping AFG 8-PIN SOIC (Pb-Free) -40°C to , SOIC Package. · · MARKING DIAGRAM 8 1x, LVCMOS Peak EMI Reduction Input Clock Frequency , Devices are Pb-Free, Halogen Free/BFR Free and are RoHS Compliant 8 1 SOIC-8 CASE 751 AFG A L Y W G 1 AFG ALYWX G = Specific Device Code = Assembly Location = Wafer Lot = Year = , "microdot" placed at the end of last row of marking or just below the last row toward the center of package ON Semiconductor
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A114 P3I2005A P3I2005A/D
Abstract: commercial production 1 2012-01 2013-11-01 TPD4146K FGC Pin Assignment Marking Lot Code , â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU- 2 â—'HU+ 1 , 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU- 2 â—'HU , â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 , 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV Toshiba
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Abstract: of commercial production 1 2010-08 2013-11-01 TPD4132K Pin Assignment Marking Lot Code , â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU- 2 â—'HU+ 1 , 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU- 2 â—'HU , â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 , 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV Toshiba
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Abstract: Marking Lot Code. (Weekly code) TPD4123K TPD413ï¼'K Part No. (or abbreviation code) 2 , â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU- 2 , 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 â—'HU , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 Toshiba
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TPD4131K
Abstract: Marking Functions TA75S393F SMV TA Bipolar comparator TA75S01F SMV Features SA , ) (Bipolar, Dual-Circuit Type) Part Number Package Marking Functions Features Operating , Package TC75S56F TC75S56FU TC75S56FE TC75S56FC TC75S57F TC75S57FU TC75S57FE Marking , 2009-8 SCE0004I (CMOS, Dual-Circuit Type) Marking Functions Features Operating Voltage , /AFWG ULN2003APG/AFWG TD62003APG/AFG ULN2004APG/AFWG ULN2004AFWG TD62004APG/AFG TD62064APG/AFG Toshiba
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ULN2003APG china TC7600FNG ULN2003APG IC CONNECTION NPN DARLINGTON TRANSISTOR ARRAY toshiba tb6560 TB6584FNG
Abstract: of commercial production 1 2012-01 2013-11-01 TPD4142K Pin Assignment Marking Lot Code , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 â—'HW+ 5 , â—'VS 13 â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 , â—'VS 13 â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FR 7 â—'HW- 6 Toshiba
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Abstract: . P3I2005A is available in 8 Pin SOIC Package. â'¢ â'¢ MARKING DIAGRAM 8 8 1 1x, LVCMOS Peak , Compliant AFG ALYWX G SOICâ'8 CASE 751 AFG A L Y W G 1 = Specific Device Code = , % tested in production ORDERING INFORMATION Part Number P3I2005AGâ'08SR Marking Package Temperature Shippingâ'  AFG 8â'PIN SOIC (Pbâ'Free) â'40°C to +85°C Tape & Reel â' For , last row of marking or just below the last row toward the center of package indicates Pbâ'Free ON Semiconductor
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Abstract: commercial production 1 2011-05 2013-11-01 TPD4136K FGC Pin Assignment Marking Lot Code , â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV+ 3 , 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 â—'HV- 4 â—'HV , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 , â—'RREF 12 â—'OS 11 â—'VCC 10 â—'VREG 9 â—'FG 8 â—'FGC 7 â—'HW- 6 â—'HW+ 5 Toshiba
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Abstract: (through hole styles only) (Note 1) Reflow: (SMD styles only) (Note 2) DEVICE MARKING INFORMATION See specific marking information and pin connection information on page 4 of this data sheet. Maximum , proportional to input signal frequency. Negative input to charge pump. MARKING DIAGRAM AND PIN CONNECTIONS , the (R3 + R4) CCP time constant is less than 10% of the minimum input period. T + 10% AFG + 77 , . AFG, The relationship between input frequency and output angle is: 2.0 270° 350 Hz 0.0033 mF ON Semiconductor
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CS4121 CS289 LM1819 CS8190 CS4121EDWF20 CS4121EDWF20G speedometer speedo meter Speedometer stepper ic ODOMETER SO-20L DIP-16
Abstract: ) & Comparator ICs (Bipolar, Single-Circuit Type) Part Number Package Marking Functions , , Dual-Circuit Type) Part Number Package Marking Functions Features Operating Voltage (V , TC75S56F TC75S56FU TC75S56FE TC75S56FC * TC75S57F TC75S57FU TC75S57FE Marking Functions SMV , (CMOS, Dual-Circuit Type) Marking Functions Features Operating Voltage (V) 5W56 Single , Marking TCFS101FC CST6C M1 SPST TCFS201FC CST6C M2 SPDT Operating Voltage Toshiba
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tb62216 TB62216FG TC62D722 TB62214 TPD1053 TPD1053F 2010/9SCE0004K
Abstract: MARKING INFORMATION See specific marking information and pin connection information on page 4 of this , . MARKING DIAGRAM AND PIN CONNECTIONS DIPâ'16 1 CP+ COS+ COSâ' VCC F/VOUT VREG GND GND , 10% AFG + 77°Å"V(typ) q + 970 FREQ FREQ CCP RT (VREG * 0.7 V) or, CCP C4 , response time of the meter movement. AFG, The relationship between input frequency and output angle is: 2.0 270° 350 Hz 0.0033 mF 970 VREG * 0.7 V + 1.90 mA 3.3 kW where: q + AFG ON Semiconductor
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CS4121/D
Abstract: SO­20L DWF SUFFIX CASE 751D · · · · · · PIN CONNECTIONS AND MARKING DIAGRAM DIP­16 1 VCC VREG , by the function generator gain: Q + AFV AFG, where: AFG + 77°V(typ) The relationship between input frequency and output angle is: Q + AFG 2.0 FREQ CCP RT (VREG * 0.7 V) or, Q + 970 FREQ ON Semiconductor
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CS8191XNF16 odometer schematic CS8191 CS8191XDWF20 CS8191XDWFR20 CS8191/D
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