MARKING LINEAR TECHNOLOGY B Search Results

Hall effect 215 DB

Abstract: HAL401
Contextual Info: HAL400, HAL401 Linear Hall Effect Sensor ICs in CMOS technology PRELIMINARY DATASHEET Marking Code Type Release Notes: Revision bars indicate significant changes to the previous edition. Temperature Range III!!!!!! iiiiiiiiii c HAL400SO 400A 400E 400C HAL401SO

Contextual Info: HAL400, HAL401 Linear Hall Effect Sensor ICs in CMOS technology Release Notes: Revision bars indicate significant changes to the previous edition. PRELIMINARY DATASHEET Marking Code Temperature Range Type A E C HAL400SO 400A 400E 400C HAL401 SO 401A 401 E

ptc bk 250 600

Abstract: K510
Contextual Info: THERMAL SENSORS / CIRCUIT PROTECTORS TECHNOLOGY OF TOMORROW THERMAL SENSORS LINEAR PTC, THIN FILM LT 73 STRUCTURE 1 2 3 4 5 6 7 8 IDENTIFICATION PRODUCT CODE COATING COLOR MARKING LT73 Orange Black, 4 digits Ceramic substrate Metal film resistor element Top termination

Contextual Info: THERMAL SENSORS / CIRCUIT PROTECTORS TECHNOLOGY OF TOMORROW THERMAL SENSORS LINEAR PTC, THIN FILM LP W NE STRUCTURE 1 2 3 4 5 6 8 Ceramic core Trimmed thermal film Steel cap Cu, Sn plated Lead wire Welding joint Epoxy resin overcoating Marking IDENTIFICATION

Contextual Info: THERMAL SENSORS / CIRCUIT PROTECTORS TECHNOLOGY OF TOMORROW THERMAL SENSORS L D Lacquer LINEAR PTC, MELF MLT STRUCTURE 1 2 3 4 5 6 DCap 3 6 5 2 4 Ceramic rod Metal film Cap iron solder plated Trimming cut Protective coating Marking C 1 IDENTIFICATION PRODUCT CODE

mlt resistor

Abstract: 51K3
Contextual Info: THERMAL SENSORS / CIRCUIT PROTECTORS TECHNOLOGY OF TOMORROW L D Lacquer THERMAL SENSORS LINEAR PTC MELF MLT STRUCTURE 1 2 3 4 5 6 DCap 3 6 5 2 4 Ceramic rod Metal film Cap iron solder plated Trimming cut Protective coating Marking C 1 IDENTIFICATION PRODUCT CODE

LINEAR MARKING

Abstract: AB245 ti marking military part identification marking TI BINARY DATE CODE SN74ABT245DW AB245A TI date code TI Actual Topside Mark SN7400N
Contextual Info: Application Report SZZA020B - January 2001 Standard Linear & Logic Semiconductor Marking Guidelines James Huckabee and Cles Troxtell Standard Linear & Logic ABSTRACT The Texas Instruments TI Standard Linear & Logic (SLL) business group uses complex methods to assign device topside marking. These methods ensure that correct component

LINEAR TECHNOLOGY mark code

Abstract: ltc902cs LTC902 LT1137CS LT1137CSW LINEAR MARKING LT1078SW LT1101sw LT1138CNW LT1014DSW
Contextual Info: CHANGE NOTICE SPECIFICATION Device Top Mark Part Number Format July1998 PCN #032296 Subject: Change Notice for Device Top Mark (Part Number) Format Since Linear Technology has increased our selection of package types to offer some devices in both wide and narrow body styles, it is now necessary to make this distinction on the actual device

LINEAR TECHNOLOGY mark code

Abstract: ltc902cs LT1137CS LT1181ACSW LINEAR TECHNOLOGY MARKING LT1141CS LT1138CS ltc1264csw Linear Technology PCN LTC902
Contextual Info: CHANGE NOTICE SPECIFICATION Device Top Mark Part Number Format July1998 PCN #032296 Subject: Change Notice for Device Top Mark (Part Number) Format Since Linear Technology has increased our selection of package types to offer some devices in both wide and narrow body styles, it is now necessary to make this distinction on the actual device

MLX91205KDC-LB

Abstract: MLX91205 mppt BASED DC TO DC CONVERTER MLX91205KDC mppt chip Solar mppt Solar mppt circuit design mppt code MLX91205KDC-HB SMD codes Hall sensors linear
Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Applications Examples Features and Benefits Triaxis™ Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

LT582UH

Abstract: LT582X
Contextual Info: LT582X 200°C Voltage Reference PIN CONFIGURATION FEATURES n n n 100% Tested at 200°C Absolute Maximum Operating Temperature: 225°C Guaranteed Temperature Coefficient BOTTOM VIEW INPUT 1 3 2 OUTPUT GND H PACKAGE 3-LEAD TO-39 METAL CAN TJMAX = 225°C, θJA = 150°C/W

LT581

Abstract: LT581UH LINEAR TECHNOLOGY MARKING
Contextual Info: LT581X 200°C Voltage Reference PIN CONFIGURATION FEATURES n n n 100% Tested at 200°C Absolute Maximum Operating Temperature: 225°C Guaranteed Temperature Coefficient BOTTOM VIEW INPUT 1 3 2 OUTPUT GND H PACKAGE 3-LEAD TO-39 METAL CAN TJMAX = 225°C, θJA = 150°C/W

LINEAR MARKING

Abstract: LT580 LT580UH LT580X
Contextual Info: LT580X 200°C Voltage Reference PIN CONFIGURATION FEATURES n n n 100% Tested at 200°C Absolute Maximum Operating Temperature: 225°C Guaranteed Temperature Coefficient BOTTOM VIEW INPUT 1 3 2 OUTPUT GND H PACKAGE 3-LEAD TO-52 METAL CAN TJMAX = 225°C, θJA = 360°C/W

INCOMING RAW MATERIAL INSPECTION

Abstract: INCOMING RAW MATERIAL INSPECTION method INCOMING Plate INSPECTION INCOMING RAW MATERIAL INSPECTION form INCOMING RAW MATERIAL flowchart INCOMING RAW MATERIAL LINEAR TECHNOLOGY mark code inspection sampling plan INCOMING RAW MATERIAL INSPECTION chart mil-std-883 2015 Gold Ball Bond Shear
Contextual Info: Pg. 1 of 3 ATTACHMENT 2. ASSEMBLY FLOWCHART INCOMING Vendor: Product: Package: Location of Wafer Fab: Assembly: Final Test: Q.C. Test Source Accept Test: Quality Contact: Linear Technology Corporation Bipolar Process 3 Lead SOT-223 Linear Technology Corp., Milpitas,

MLX91205

Abstract: mppt code SMD Marking Code Nt hall effect triaxis triax mlx91205kdc marking aal 1025 smd sensor
Contextual Info: MLX91205 IMC Current Sensor Triaxis Technology Features and Benefits Applications Examples Triaxis® Hall Technology Sensitive to a magnetic field parallel to the chip surface Very high sensitivity Linear output voltage proportional to a magnetic field

LINEAR TECHNOLOGY mark code

Abstract: INCOMING RAW MATERIAL INSPECTION INCOMING RAW MATERIAL INSPECTION chart INCOMING Plate INSPECTION INCOMING RAW MATERIAL INSPECTION form INCOMING RAW MATERIAL INSPECTION method wafer prober INCOMING RAW MATERIAL flowchart aql incoming inspection INCOMING MATERIAL FLOW PROCESS
Contextual Info: ATTACHMENT 2. ASSEMBLY FLOWCHART Pg. 1 of 3 INCOMING Vendor: Product: Package: Location of Wafer Fab: Assembly: Final Test: Q.C. Test Source Accept Test: Quality Contact: Linear Technology BIPOLAR PROCESS TO-3P Linear Technology Chinteik Thailand, Linear Technology

INCOMING RAW MATERIAL INSPECTION

Abstract: 7224 markem INCOMING RAW MATERIAL INSPECTION chart INCOMING RAW MATERIAL flowchart Markem 7224 Ink INCOMING RAW MATERIAL INSPECTION form INCOMING RAW MATERIAL INSPECTION method LINEAR TECHNOLOGY mark code asm chart INCOMING RAW MATERIAL
Contextual Info: ATTACHMENT 2. ASSEMBLY FLOWCHART Pg. 1 of 3 INCOMING Vendor: Product: Package: Location of Wafer Fab: Assembly: Final Test: Q.C. Test Source Accept Test: Quality Contact: Linear Technology BIPOLAR PROCESS DD PACK Linear Technology Penang & Carsem Linear Technology

INCOMING RAW MATERIAL INSPECTION chart

Abstract: INCOMING RAW MATERIAL INSPECTION form INCOMING RAW MATERIAL INSPECTION INCOMING RAW MATERIAL INSPECTION method INCOMING RAW MATERIAL flowchart LINEAR TECHNOLOGY mark code INCOMING MATERIAL FLOW PROCESS INCOMING RAW MATERIAL aql incoming inspection mil-std-883 2015 Gold Ball Bond Shear
Contextual Info: Pg. 1 of 3 ATTACHMENT 2. ASSEMBLY FLOWCHART INCOMING Vendor: Product: Package: Location of Wafer Fab: Assembly: Final Test: Q.C. Test Source Accept Test: Quality Contact: Linear Technology BIPOLAR PROCESS TO-92 Linear Technology Carsem Maylasia Linear Technology

Contextual Info: MLX91205 ® IMC-Hall Current Sensor Triaxis Technology Features and Benefits Applications Examples  Triaxis® Technology  Very high sensitivity due to integrated magnetic concentrator ( IMC-Hall®)  Sensitive to a magnetic field parallel to the

4570 opamp

Abstract: AE MARKING 5PIN SC74 SC74A TC1034 TC1034ECT TC1035 TC1035ECH EIAJ-SC74A marking AE 5pin
Contextual Info: EVALUATION KIT AVAILABLE TC1034 TC1035 Linear Building Block – Single Operational Amplifiers in SOT Packages FEATURES GENERAL DESCRIPTION • ■ ■ ■ The TC1034/1035 are single CMOS operational amplifiers for low-power applications. They have a typical operating supply current of 6µA,

Contextual Info: LT582X 200°C Voltage Reference Pin Configuration FEATURES 100% Tested at 200°C Absolute Maximum Operating Temperature: 225°C n Guaranteed Temperature Coefficient n BOTTOM VIEW INPUT n 1 3 2 OUTPUT GND H PACKAGE 3-LEAD TO-39 METAL CAN TJMAX = 225°C, θJA = 150°C/W

LINEAR TECHNOLOGY MARKING

Contextual Info: LT581X 200°C Voltage Reference Pin Configuration FEATURES 100% Tested at 200°C Absolute Maximum Operating Temperature: 225°C n Guaranteed Temperature Coefficient n BOTTOM VIEW INPUT n 1 3 2 OUTPUT GND H PACKAGE 3-LEAD TO-39 METAL CAN TJMAX = 225°C, θJA = 150°C/W

LT307

Abstract: REF02 MARKING 01C LT1019 LT1021 REF-01 REF-01A REF-01E REF-02 REF-02A
Contextual Info: REF-01/REF-02 Precision Voltage References FEATURES DESCRIPTION n The REF-01/REF-02 are precision 10V and 5V bandgap references which provide stable output voltages over a wide range of operating conditions. Output voltage is accurate to ±0.3% with a low 5ppm/°C typical temperature

MS8 PACKAGE

Abstract: MSOP-08 ltbt LT1351 LT1351CMS8 LT1351CS8 part marking 010 MSOP08 marking 1351
Contextual Info: SPECIFICATION NOTICE LT1351 November 1996 The LT 1351 data sheet has been changed from Rev O to Rev A. The key change is the addition of the LT1351 in the MS8 package LT1351CMS8 . This revision is reflected under the Features on page 1, the Package/Order Information on page 2 and the Package Description on page 12. These