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EM4102 :125KHz, 64 bit read only CID for direct coil connection
EM4100 :125KHz, 64 bit read only contactless identification device
EM4056 :125KHz, 2 Kbit Read write contactless identification device with anti-collision
EM4450/4550 :125KHz, 1 KBit read/write contactless identification device EM4122 Read-only UHF RFID IC with 64 bit unique ID Number (replaces
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Freescale Semiconductor, a leading provider of magnetoresistive random access memory (MRAM) products, is providing non-volatile MRAM technology for an industrial touch-screen application developed by Siemens' Industry Automation division
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Specifications:
144 pin-SODIMM with options for 64MB and 128MB
Order Information:
- SODIMM-64MB 64MB SODIMM Module
- SODIMM-128MB 128MB SODIMM Module
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EM voltage supervisor circuits include voltage detector, power-on reset IC, watchdog and regulator. They can be used with 1.5V to 5V power supplies, consume as low as 3uA, several come in very small SC70, SC82 and SOT23 packages, making them an obvious choice for battery-powered and handheld products. Operation up to 125°C makes them also an ideal solution for automotive and industrial applications.
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Simple Reset/Power-On Reset (POR)
These featured reset ICs are the most innovative solutions in the key areas shown below. See all Simple Reset IC/Power-on Reset (POR) devices.
Voltage Detectors and Battery Monitors
These featured Voltage Detector and Battery Monitor ICs are the most innovative solutions in the key areas shown below.
Multivoltage Monitors
Monitor up to eight voltages with one device with industryleading specifications for highest accuracy, lowest power, and smallest footprint.
Power Supply Sequencing and Voltage Tracking Solutions
Our power supply sequencing and voltage tracking ICs solve your power-up and power-down requirements. Our products range from simple, small, dual-voltage sequencers/trackers to highly flexible, I2C programmable, hex sequencers with internal ADC.
Battery-Backup ICs and NV RAM Controllers
Maxim/Dallas Semiconductor's Battery-Backup ICs provide three output choices: active-high (open drain), active-low (push-pull), or active-low (open drain).
Switch Debouncers and Pushbutton Devices
Maxim's pushbutton controllers and switch debouncers are the simplest and most cost-effective solutions for supervision and manual reset of microprocessors, while consuming as little as 6µA of current in a small SC70 package.
Regulators with Integrated Reset
These featured Regulators with Integrated Reset are the most innovative solutions in the key areas shown below.
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Ramtron Processor Companions are complete support and peripheral solutions with highly integrated mixed signal (analog and digital) functions for processor-based systems. Never before has a solution combined the fast read/write performance and unlimited endurance of nonvolatile F-RAM (ferroelectric random access memory) with a real-time clock (RTC), processor supervisor, and other common peripherals.
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austriamicrosystems%u2019 superior product range of supervisors features lowest power consumption, multiple supply monitors and extremely accurate reset thresholds in tiny packages.
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IDT is the industry’s leading supplier of multi-port memories, offering the most comprehensive and highest-performance products available. The IDT portfolio consists of more than 150 types of asynchronous and synchronous dual-ports, four-ports and bank-switchable dual-ports. Aimed at the communications market, the IDT multi-port memories are found in many applications, including switches, routers, hubs, cellular base stations, fibre channel line cards and RAID controllers.
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Atmel, a long time player and a market leader in EPROMs, manufactures 5V, 3V and Battery-Voltage™ (2.7V) EPROMs.
DataFlash® is the world's number one selling serial interface flash family. Introduced in 1997, Atmel's Dataflash families (45 series and the recently introduced 26 series) are feature rich, low pin count, sequential access families ideal for program code, data storage, Serial EEPROM replacement, and the next generation PC Bios Market.
Atmel is the world's #1 manufacturer of Parallel EEPROM products. These products are the highly flexible members of our Nonvolatile Data Storage Memory family. The Parallel EEPROM enables the user or application to update the stored data byte-by-byte or by full sector, while providing reliability benefits of high programming endurance and data retention, and faster read timing than Serial Interface protocols.
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Nonvolatile (NV) SRAM
These devices have fast reads/writes and the endurance of SRAM with the convenience of nonvolatile multiple memory configurations and package options available.
Single-Piece SMT Modules
Industry's only single-piece, surface-mount, nonvolatile (NV) SRAMs, these modules eliminate manual cap attachment and use standard pick-and-place equipment/reflow processes for assembly.
DIP Modules
These modules are high-performance NV SRAMs with unlimited write-cycle endurance. Available options include battery- and system-monitoring functions.
PowerCap Modules
These devices are similar to the DIP modules, but they are available in surface-mount packages.
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ST's Non-Volatile RAM (NVRAM) products protect data, even in the absence of power, and have fast RAM write speeds with unlimited endurance.
ZEROPOWER® devices range from 16Kbits to 32Mbits, while TIMEKEEPER® products include non-volatile Real-Time Clocks (RTCs) and range from 1Kbit to 4Mbits. TIMEKEEPER Supervisors offer customizable functions such as RTC, POR/LVD, Early Power-Fail Warning, Battery Monitor, Battery Switchover, and Write Protection.
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STMicroelectronics offers a unique product portfolio of OTP and UV EPROM memories with densities from 256Kbit to 32Mbit, in standard and low voltage ranges.
All devices are available in dual in line and surface mounting packages, including lead-free. In densities from 1Mb to 16Mb all devices are available in x8 and x16 organizations.
These technical features, together with an improved, very fast access time,
make OTP and UV EPROM an innovative and high performance solution. They are ideal for Mask ROM replacement, bringing the advantage of flexibility for last minute programming of the latest software, without mask charge.
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SAMSUNG, Cypress, NEC, Renesas and IDT have jointly defined and developed Quad Data Rate (QDR) SRAM technology for high-performance Network applications.
Developed with some of the industry's top system architects, our new QDRII and DDRII architectures are the latest additions to the co-development team's QDR/DDR family of high-performance networking and communication SRAM products. This co-development partnership enables customers the option of choosing from multiple sources for the new SRAMs. Each partner is providing system expertise and product direction that will give customers the benefit of a broad range of market experience and innovative technology.
SAMSUNG's QDRII are available now in volume production, in densities ranging from 18Mb to 72Mb.
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STMicroelectronics' Random Access (RAM) portfolio complements ST's memory offer to give customers an easier sourcing process for all their memory needs, plus the security of the same level of quality, service and value.
In terms of product performance, technology, architecture and design modularity ST's LPSRAM and Pseudo SRAM families offer a highly competitive solution, making them suitable for many industrial, consumer, telecom and portable applications.
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The HS232R Tag incorporates 32 KB of fast, random-access memory and is epoxy encapsulated to withstand the harshest industrial environments. Advanced digital signal processing techniques allow data transmission speed of 3,000 bytes per second while still using reliable, safe, low frequency RF. Escort Memory Systems' Tags are the only low-frequency RF Tags on the market with such high speed data transfer capability.
The HS232X Tag incorporates from 32 KB of fast, random-access memory and is epoxy encapsulated to withstand the harshest industrial environments. Advanced digital signal processing techniques allow data transmission speeds of 3,000 bytes per second and can transfer up to 800 million bytes of data, without the need for battery replacement. Escort Memory Systems' Tags are the only low-frequency RF Tags on the market with such high speed data transfer capability. The six inch Read/Write range of the HS232XL makes it ideal for use in pallet based automated systems. Once the Tag is mounted, the pallet becomes "intelligent," and can carry with it all information regarding the product or material on the pallet.
The HS232LR Tag offers up to 31 inches of long range identification capabilities when used with the HS510 Antenna. The Tag has the same durability, 32KB memory capacity and data transfer rate as the HS232R Tag. The longer range makes the HS232LR well suited for attachment to larger pallets or product carriers.
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Active RFID Tag FC-406T
Applications
. Mine worker tracking security system
. Hospital Intelligent management
. School security system
. Intelligent residential area management
. Prison security management
. Asset tracking and management
. Entry management
Features:
Low pwer consumption design,battery life 1-2years
Able to replace battery
IP67 water-proof level
Two call buttons
Anti-collision design
Two-color LED display
Speaker inside Tags
Range between tag and reader over 100 meters
Tags
Frequency :433.92MHz,868MHz,915MHz
RF data rate :19.2kbit/s
Modulation:FSK
Dimension: 65mm*42mm*14mm
Housing: ABS
Memory:read/wirte, 1k bytes
Storage Temperature: -30°C--+70°C
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The RTC is a time registering device to keep track of time in industrial or PC application. It is able to keep time even when the device is turned off. The RTC is connected to a small battery (which usually has a long lifespan, 5 or more years). Specifically, the RTC maintains the second, minute, hour, day, year, and century for the system.
The RTC is incorporated into the same chip as the computer's CMOS (complementary metal-oxide semiconductor). The RTC goes into action when the system is started. During the start-up process, the basic input/output system checks the RTC for the current time and passes that information along to the operating system's clock. The operating system synchronizes its own clock to match the date and time given to it by the RTC. After that, the operating system uses its clock to measure time until the system is shut down.
Epson offers a wide range of real-time clock (RTCs) :
Serial 4-wire module is a serial interface real time clock that has a built-in crystal unit.
Serial 3-wire module is a serial interface real time clock that has a built-in crystal unit.
I2C-Bus module has an interface real time clock that has a built-in crystal unit.
Parallel 4-bit module is a parallel interface real time clock that has a built-in crystal unit.
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Time interval for transmitting: 10s
Time tolerance: +/- 2s
Transmitting power: -20dbm~10dbm
Modulation mode: MSK
Frequency: 433.516MHz
Transmitting current: less than 35mA
Visible transmission distance: more than 120m
Sleep current: less than 1uA
Working voltage: 3V DC
Battery: CR2430 270mAh, two pieces
Measuring temperature range: -20 to 60 degrees
Precision of temperature: +/- 2 degrees
Continuous working time: more than four years
Dimensions: 45 x 70 x 3.5mm
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Under the product name of INO-TAG we manufacture flexible transponder labels. The combination of label and transponder enables a contactless object identification. By anti-collision mechanisms, several RFID labels that are in the field of a writer/reader can be addressed at the same time. Each transponder has its own, pre-defined serial number. A user memory that you can subsequently re-write, takes up additional information. These transponder labels can be linked with a preprinted bar code. RFID labels are preprinted or supplied for subsequent thermal transfer printing. Additionally, inotec also offers the transponders in a cheque card format or in the shape of coins.
INOTAG RFID Tags. Using the latest I-Code or Tag IT Technology, these tags give a new dimension to warehousing, libraries and manufacturing processes in the New Millennium. In a range of sizes, adhesives and materials to match your application and environment, the inotag has 512 bits of information of which 384 bits are available for read write memory. Operating at temperatures from -25C to +75C, with a 10-year data retention rate and a read / write range of 1.2 metres and the ability to read several tags at the same time, this product will be the 'barcode of the future'.
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Building on a strong foundation of more than 60 years of experience, SATO offers a wide selection of Automatic Data Collection Solutions for a range of industries. SATO solutions enable any business to quickly and efficiently identify items, be it products, components, actions or people. Labelling an item with a barcode, or RFID tag, allows that item to be immediately and accurately tracked throughout its journey.
Whether you are required to implement an RFID compliance system, or are just looking to increase efficiency internally, trust SATO to provide you with complete support, from start to finish.
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Whether for stock, logistics and distribution, assembly lines and industrial production or for transportation logistics, traffic-control systems and object-positioning - Siemens A&D has always the suitable identification system.
The clever electronic RFID-systems SIMATIC RF with perfect coordinated components identify safely, quickly and efficiently. The non-contact data transfer offers high industry efficiency and the simple systems integration allows an efficient integration into the automation as well as into the IT-field.
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The BL ident data carriers (tags) can be written to and read from with a series of non-contact BLident read-write heads (transceivers).
Please use the power search or our RFID simulator to find a compatible combination.
They are available as wafers with 7.5, 16, 20, 30 and 50 mm diameters and as smart lable.
Most versions are available as EEPROM or FRAM.
The data carriers are provided without battery.
If the data carriers enter the transfer range of the read-write head, energy is inductively coupled and the data transfer is initiated.
The achievable distances vary (0...500mm) depending on both the size of the data carrier and the read-write head.
Furthermore, data carriers are also available as high temperature versions, as well as versions for direct mounting on metal.
Thus, application in enameling is possible for example.
Customised solutions which are adjusted to the correspondent application are of cause also possible.
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Escort Memory Systems extensive line of HF RFID Tags is rivaled by none in the industry. Our tags provide outstanding RFID solutions for demanding supply chain applications. Featuring over 50 different HF tag models our diversity of tags are a testament to more than twenty years we've been providing RFID Solutions for a wide variety of industrial applications. Tags can be mounted to product or product carriers, embedded in pallets walls and flooring and much more. Sizes range from tags that can fit on the tip of your finger to larger, long range tags.
Our HF tags features include:
- Different form factors, memory sizes (48-736 bytes) and ranges allow users to design customized RFID systems according to their specific application requirements.
- High temperature (up to 464°F) models capable of surviving for years in industrial paint ovens or other hostile environments.
- PCB (Printed Circuit Board) tags that can be embedded in product carriers or pallets and programmed with build or routing instructions.
Escort Memory Systems HF RFID Tags use EMS' unique, patented design and manufacturing technology in conjunction with Philips Semiconductor Mifaire, I-CODE and I-CODE SLI (ISO15693) chips to create the most advanced and rugged industrial RFID data capture devices in the world.
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Memory, Data storage, Real-time clocks (RTCs), Supervisors
