LOT CODE" ALTERA Search Results

ADV0201

Abstract: ALTERA PART MARKING altera top marking "lot Code" altera altera lot code format altera date code format altera "date code format" trace code altera marking Altera pdip top mark
Contextual Info: CUSTOMER ADVISORY ADV0201 NON-BGA PACKAGE TOP MARK ENHANCEMENT Change Description: Altera will begin marking the assembly lot number and a one-line internal traceability code on all non-BGA packages beginning March 2002. Reason For Change: The assembly lot number and new internal traceability marking code will be laser or ink

EPF10K200E

Abstract: AE10 AF10 altera A10 US Marketing Services
Contextual Info: EPF10K200E Embedded Programmable Logic Device May 1999, ver. 1 Errata Sheet Preliminary Information This errata sheet gives updated information for EPF10K200E devices in 672-pin FineLine BGA packages from the NAA440028, NAB440061, and NAB440079 lot codes. The lot code is marked on the top side of the device.

ALTERA PART MARKING

Abstract: ADV0217 altera Date Code Formats ALTERA BGA packages PART MARKING altera date code format altera marking
Contextual Info: CUSTOMER ADVISORY ADV0217 FULL LASER MARKING INTRODUCTION Change Description: Beginning January 2003, Altera will introduce a full topside laser mark on all Altera plastic body packages. Currently, the Altera device logo, part number, and date code are ink marked, while the Altera lot number and traceability code

ADV0012

Abstract: ALTERA PART MARKING altera top marking altera date code format BGA PACKAGE TOP MARK altera marking "lot Code" altera ALTERA BGA packages PART MARKING altera lot code format topmark
Contextual Info: CUSTOMER ADVISORY BGA PACKAGE TOP MARK ENHANCEMENT Altera will begin marking a one-line internal traceability code on all BGA packages beginning January 2001. The Altera lot number, country of origin, and new internal marking code will be laser marked, or ink marked, on the top of all BGA packages for

identification trace code texas

Abstract: MSC1212Y2 texas instruments lot trace code MSC1212Y3 MSC1212Y4 MSC1212Y5
Contextual Info: MSC1212 Errata SBAZ001C – SEPTEMBER 2003 – REVISED SEPTEMBER 2005 Errata to MSC1212, Datasheet Literature Number SBAS323 Revision Identification The device revision can be determined by the lot trace code marked on the top of the package or by the hardware

EV2300

Abstract: bq80XX based bq80xx BQ80XRW HPA169 EUA-101W-24 bq20z80 bq80 BQMTESTER lot date code panasonic 0603 resistor
Contextual Info: User's Guide SLUU238A – February 2006 – Revised August 2006 bqMTester User's Guide EV2300 HDQ FEATURES – Programs and calibrates smart battery modules based on the bq20z80. – Calibrates coulomb counter offset, voltage, temperature, and current. – Programs serial number, date, pack lot code, and other defaults obtained from a

Contextual Info: User's Guide SLUU238B – February 2006 – Revised October 2013 bqMTester User's Guide EV2300 HDQ FEATURES – Programs and calibrates smart battery modules based on the bq20z80. – Calibrates coulomb counter offset, voltage, temperature, and current. – Programs serial number, date, pack lot code, and other defaults obtained from a golden data image

texas instruments lot trace code

Abstract: identification trace code texas analog devices lot number MSC1200 MSC1200Y2 MSC1200Y3 example codes i2c assembly
Contextual Info: MSC1200 Errata SBAZ004C – MARCH 2004 – REVISED MAY 2006 Errata to MSC1200, Datasheet Literature Number SBAS317 Revision Identification The device revision can be determined by the lot trace code marked on the top of the package or by the hardware version register internal to the device. The hardware version register is located at SFR EBh. Figure 1 shows an example

ADV9803

Abstract: SHARP "lot code" altera top marking EPM7160 EPM9320 Transition ADV9707 EPM7032 EPM9320 EPM9560 "lot Code" altera
Contextual Info: CUSTOMER ADVISORY EPM7032, EPM7160E, EPM9320, and EPM9560 Transition Schedule Update In February 1997, Altera announced in PCN9703 the intent to begin shipping devices fabricated on the TSMC and Sharp 0.50-micron process technology along with already existing process technologies, for the MAX 7000 and MAX 9000 families. This change

ADV9708

Abstract: EPM7064 EPM7128E EPM7128S SHARP "lot code" EPM7064S EPM7192E EPM7192S EPM7256E EPM7256S
Contextual Info: CUSTOMER ADVISORY MAX 7000 & MAX 9000 Transition Schedule Update In February 1997, Altera announced in PCN9703 the intent to begin shipping both TSMC’s and Sharp’s 0.50-micron process technology along with already existing process technologies. This change improves Altera’s ability to support the increasing demand for MAX 7000 &

PCN9915

Abstract: EPF10K50V "lot Code" altera EPF10K
Contextual Info: PROCESS CHANGE NOTIFICATION EPF10K50V DEVICE PROCESS TRANSITION Altera’s EPF10K50V devices will transition from a 0.30-micron triple metal layer to a 0.30-micron quad metal layer process using the same equipment and process flow. These devices will be pin-, function-, timing-, and programming file-compatible with existing

PCN9903

Abstract: altera date code EPF6010A EPF6016A EPF6024A
Contextual Info: PROCESS CHANGE NOTIFICATION FLEX 6000 DEVICES Overview Altera’s FLEX 6000 devices will be manufactured on a 0.30-µ process at WaferTech, a TSMC and Altera joint venture. This process is a linear shrink of the existing 0.35-µ process, using the same equipment and process flow. The new products will be pin-,

ADV9812

Abstract: LDZ07 PCN9802 EPC1064 EPC1213 altera date code
Contextual Info: CUSTOMER ADVISORY EPC1064 and EPC1213 Transition Schedule Update In February, 1998, Altera announced in PCN9802 the intent to begin shipping EPC1064 and EPC1213 devices fabricated on a 0.65-micron process technology. This change improves Altera’s ability to support the demand for these products. An updated schedule for the

ADV9712

Abstract: tsmc XBZ36YYWW LBZ36 EPF10K30 EPF10K50 ldz36
Contextual Info: CUSTOMER ADVISORY FLEX 10K ADDITIONAL SOURCE OF SUPPLY Altera is adding TSMC’s Fab 4 as an additional source of supply for FLEX 10K products currently run at TSMC’s Fab 3. TSMC’s Fab 4 will utilize the same stepping, facilities, equipment sets, and process technology as the existing Fab 3 operation. This change

PCN9918

Abstract: "lot Code" altera SHARP "lot code" SHARP EPM7064 7563 EPM7064S 32LOT altera date code
Contextual Info: PRODUCT CHANGE NOTIFICATION EPM7064 and EPM7064S ADDITIONAL SOURCE OF SUPPLY For continuity of supply, Altera will add Sharp as an alternate source for all EPM7064 and EPM7064S devices. This notification addresses Altera’s intent to supply EPM7064 and EPM7064S die from either Sharp or TSMC.

ADV9909

Abstract: EPF6016 TRANSITION EPF10K10 EPF10K100 EPF10K20 EPF10K30 EPF10K40 EPF10K50 EPF10K70 EPF6016
Contextual Info: CUSTOMER ADVISORY EPF6016 AND FLEX 10K TRANSITION SCHEDULE UPDATE In January, 1999, Altera announced in PCN 9901 the intent to begin shipping EPF6016 and FLEX 10K devices fabricated on a 0.42-micron process technology. This change improves Altera’s ability to support the demand for these products. An updated schedule for the

ADV9904

Abstract: "lot Code" altera EPC1441 EPC1064 EPC1064V EPC1213 altera date code EPC1
Contextual Info: CUSTOMER ADVISORY ADDITIONAL SOURCE OF SUPPLY FOR CONFIGURATION DEVICES Altera is adding TSMC as a supply source for the EPC1, EPC1064, EPC1064V, EPC1213, and EPC1441 devices. This change improves Altera’s ability to support the increasing demand for the EPC1,

PCN9911

Abstract: "lot Code" altera EPF10K200E EPF10K50E micron Lot Code
Contextual Info: PROCESS CHANGE NOTIFICATION EPF10K50E AND EPF10K200E DEVICE PROCESS MIGRATION Altera’s EPF10K50E and EPF10K200E devices will be manufactured on a 0.22-micron process at WaferTech. This process is a linear shrink of the existing 0.25-micron process, using the same equipment and process flow. These devices will be pin-, function-,

BYTEBLASTER

Abstract: altera Date Code Formats Cyclone 2 altera marking Code Formats Cyclone 2 altera "date code format" date code scheme jtag pull-up resistor 10K EP1C6
Contextual Info: Cyclone FPGA Family Errata Sheet ES-CYCFPGA-1.3 Introduction This errata sheet provides updated information on Cyclone devices. This document addresses known issues and includes methods to work around the issues. Power-Up Current Altera has identified a silicon issue affecting Cyclone® EP1C6 devices.

PCN9802

Abstract: altera date code "lot Code" altera EPC1064 EPC1213 micron Lot Code
Contextual Info: PRODUCT CHANGE NOTIFICATION EPC1064 AND EPC1213 Overview The EPC1064 and EPC1213 devices are being transitioned to a 0.65-micron process. This change will improve Altera’s ability to support these product lines on a long-term basis. The new die revisions will be pin- and function-compatible with existing die revisions. This

PCN9805

Abstract: tsmc 0.35 EPF10K100A EPF10K50V C42-43
Contextual Info: PROCESS CHANGE NOTIFICATION FLEX 10K AND FLEX 6000 ADDITIONAL SOURCE OF SUPPLY Altera is adding WaferTech as an additional source of supply for FLEX 10K and FLEX 6000 products currently run at TSMC. WaferTech is a joint venture with TSMC, Altera and other

ADV9707

Abstract: altera Date Code Formats lot Code Formats altera ALTERA PART MARKING Date Code Formats Date Code Formats Altera altera top marking altera "date code format" Identification Traceability ALTERA die identifier
Contextual Info: CUSTOMER ADVISORY TOP MARK TRACEABILITY ENHANCEMENTS As Altera adds additional sources of supply and in order for customers to maintain product traceability via device top mark, Altera will enhance its top marking scheme. In order to facilitate die identification, Altera will expand its current six character top mark date code and

ADV0501

Abstract: JESD97 JESD-97 marking tm altera marking advisory E2- marking marking code e3 marking code E4 JEDEC Code e3 MARKING CODE E2
Contextual Info: CUSTOMER ADVISORY ADV0501 Implementing Pb-Free Marking Codes and Indication on Labels Change Description: Altera will implement the RoHS compliant Pb-free eN category code device marking and revise the moisture-barrier bag and shipping-box label to contain eN category codes and

PCN0512

Abstract: G600 mold compound SUMITOMO g600 Nitto MP8000 EP1800I SUMITOMO-G600 altera EPM7032S mold compound altera EPM7032B ep600i
Contextual Info: PROCESS CHANGE NOTIFICATION PCN0512 IMPLEMENTING STANDARD SUMITOMO-G600 SERIES MOLD COMPOUND FOR PLCC PACKAGES Change Description: Altera will implement a standard Sumitomo-G600 series mold compound on its Plastic J-Lead Chip Carrier PLCC packages. All devices in PLCC packages assembled at ASE Malaysia