Semiconductor Product Design & Innovationswww.st.c
features.3STM32, The Optimal Platform ChoiceThe STM32 is an optimal choice to supportmany applications with the same platform:From reduced memory and pin requirements tolarger needsFrom performance demanding to battery operatedFrom simple cost-sensitive to complex high-valueThe high level of pin-to-pin, peripheral and softwarecompatibility across the family gives full flexibility.It is possible to upgrade to a higher or downgrade toa lower memory size, or use different packages withoutchanging the initial layout or software.The STM32 benefit from the ARM tools and softwareecosystem,with easy-to-use, high performance IDE,compilers, debugger, RTOS, low cost evaluation boardsand starter kits. A complete firmware library andUSB developer kits are provided free of charge by ST.Software And ToolsInternet SupportThe latest news, downloads and documentation forSTM32 microcontrollers can be found at:www.st.com/stm32Here, you will also find:A complete selection guide for ST microcontrollersand d specifications developed in partnership with industry leader in readersRobust solution with proven track record in the industry for many yearsFast development and rapid time-to-marketEngineering expertise in system integration and PCB design. Easy to develop and full turnkey solution supported by a team of expertsPackaged in SO, QFN or die form to meet all typesof PCB real estate issuesST7GEM Commercial ProductsMemoryI/OCoordinated Marketing With GemaltoOur software licensing and co-marketing agreementwith Gemaltos reader division, focus on selectedemerging market geographical areas. However, otherspecific markets and customers could be addressedin a coordinated approach with Gemalto.Typical Application FieldThe application range is wide, however the mostpromising ones are:Stand-alone PC-linked readersIntegrated readers in laptop computersPOS terminals PIN pads Mobile phonesSet-top boxes PDAs Home routersProduct flyerReference design and user manual: UM0414Online application forum tool Semiconductor Product Design & Innovations
Other Descriptions
| ROM4SO-24QFN24B Schematic | ROM4SO-24QFN24B Fichatécnicade | ROM4SO-24QFN24B Data Sheet | ROM4SO-24QFN24B Specs |
| ROM4SO-24QFN24B Catalog | ROM4SO-24QFN24B Capacity | ROM4SO-24QFN24B 示意圖 | ROM4SO-24QFN24B Schéma |
| ROM4SO-24QFN24B Explanation | ROM4SO-24QFN24B Revision | ROM4SO-24QFN24B replacement | ROM4SO-24QFN24B Schematico |
| ROM4SO-24QFN24B Features | ROM4SO-24QFN24B équivalent | ROM4SO-24QFN24B Samples | DC-DC Feature |
| DC-DC Description | DC-DC equivalente | DC-DC 示意圖 | DC-DC Ficha técnica |
| DC-DC Circuit | DC-DC Product Brief | DC-DC Options | DC-DC Revision |
| DC-DC Design | DC-DC Features | DC-DC Leadtime | DC-DC Mechanical Outline |
| DC-DC Cross Reference | DC-DC PCN | L674xCPU Schematic | L674xCPU Description |
| L674xCPU EOL | L674xCPU gleichwertige | L674xCPU Datasheet | L674xCPU данные |
| L674xCPU Prototyping | L674xCPU End-of-Life | L674xCPU Inventory | L674xCPU Broker |
| L674xCPU Design Idea | L674xCPU Mechanical Outline | L674xCPU Example | L674xCPU Cross Reference |
| L674xCPU PCN | KB256 Schematische | KB256 δελτίο | KB256 Reference Design |
| KB256 данные | KB256 Ersatz | KB256 相等于 | KB256 Circuit |
| KB256 數據 | KB256 Stock | KB256 Availability | KB256 Broker |
| KB256 Design Idea | KB256 Ficha técnica de | KB256 Example | KB256 PCN |
| SOD882 Release Notes | SOD882 Feature | SOD882 回路図 | SOD882 Data Sheet |
| SOD882 Reference Design | SOD882 equivalente | SOD882 данные | SOD882 Xref |
| SOD882 Circuit | SOD882 數據 | SOD882 équivalent | SOD882 データシート |
| SOD882 Схематический | SOD882 RoHS | SOD882 数据 | STM32F103Up データシート |
| STM32F103Up Datasheet | STM32F103Up Prototyping | STM32F103Up Schematische | STM32F103Up equivalente |
| STM32F103Up Process Change Notification | STM32F103Up MOQ | STM32F103Up Cross Reference | STM32F103Up Stock |
| STM32F103Up Esquema | STM32F103Up Operating Parameter | STM32F103Up Capacity | STM32F103Up 데이터시트 |
| STM32F103Up Explanation | STM32F103Up 回路図 | STM32F10136 Release Notes | STM32F10136 gleichwertige |
| STM32F10136 Specs | STM32F10136 Catalog | STM32F10136 Distribution | STM32F10136 Errata |
| STM32F10136 相等于 | STM32F10136 數據 | STM32F10136 Stock | STM32F10136 Features |
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| STM32F10136 Example | KBSRAM1 Fichetechnique | KBSRAM1 Datenblatt | KBSRAM1 Schematic |
| KBSRAM1 Schematische | KBSRAM1 Feature | KBSRAM1 Data Sheet | KBSRAM1 Catalog |
| KBSRAM1 Lead Time | KBSRAM1 Prototype | KBSRAM1 Options | KBSRAM1 replacement |
| KBSRAM1 User Guide | KBSRAM1 相等於 | KBSRAM1 Archive | KBSRAM1 Fiche technique |
| EMIF06-SD02F3 Esquema | EMIF06-SD02F3 數據 | EMIF06-SD02F3 équivalent | EMIF06-SD02F3 Schéma |
| EMIF06-SD02F3 gleichwertige | EMIF06-SD02F3 Stock | EMIF06-SD02F3 Component | EMIF06-SD02F3 Process Change Notification |
| EMIF06-SD02F3 Inventory | EMIF06-SD02F3 Application Note | EMIF06-SD02F3 Fichatécnicade | EMIF06-SD02F3 회로도 |
| EMIF06-SD02F3 Revision | EMIF06-SD02F3 データシート | EMIF06-SD02F3 Distribution | Amp17.L598xDC-D Release Notes |
| Amp17.L598xDC-D Datenblatt | Amp17.L598xDC-D Feature | Amp17.L598xDC-D Fichatécnicade | Amp17.L598xDC-D Operating Parameter |
| Amp17.L598xDC-D Xref | Amp17.L598xDC-D 示意圖 | Amp17.L598xDC-D Component | Amp17.L598xDC-D Options |
| Amp17.L598xDC-D 相等於 | Amp17.L598xDC-D データシート | Amp17.L598xDC-D Availability | Amp17.L598xDC-D MOQ |
| Amp17.L598xDC-D 数据 | Amp17.L598xDC-D Cross Reference |











