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Development Board		Development Kit


Development Board
ATAB5278		LF Antenna Driver Board ATAB5278 Used for advanced LF wakeup applications. The board includes the antenna module and DC supply power cable. To create the ATAK5278-82 demonstrator the microcontroller baseboard ATAB-LFMB-78 and LF receiver ATAB5282 (later ATA5790-EK2) are also needed. Referred documents: Board Ordering List, ATAK5278-82, ATAB-LFMB-78, ATAB5282.
ATAB5279		Six Fold LF Antenna Driver Board ATAB5279 Usually used for automotive passive entry wakeup applications. The board includes two antenna modules ATAB-LFTX-Mod1 as well the DC supply power cable. Further antennas need a separate order. To create the ATAK5279-82 demonstrator the microcontroller baseboard ATAB-LFMB-79 and LF receiver ATAB5282 (later ATA5790-EK2) are also needed. Referred documents: Board Ordering List, ATAK5279-82, ATAB-LFMB-79, ATAB5282.
ATAB5282		Three Channel LF Receiver Board ATAB5282 (Later ATA5790-EK2) Used to promote 3D-channel wakeup functionality combined with RSSI detection. Reception is indicated by LED. Typical application are realized at vehicles for passive entry. Referred documents: Board Ordering List, ATAK5278-82, ATAK5279-82
ATAB5743P3-S3		Reference Design for UHF ASK/FSK receiver T5743P3/ATA5743P3. Operating frequency 315 MHz, including SAW filter, IF bandwidth 300 kHz. The board can be plugged into the motherboard of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5743P3-S4		Reference Design for UHF ASK/FSK receiver T5743P3/ATA5743P3. Operating frequency 433 MHz, including SAW filter, IF bandwidth 300 kHz. The board can be plugged into the motherboard of the RF development kit, and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5743P6-S3		Reference Design for UHF ASK/FSK receiver T5743P6/ATA5743P6. Operating frequency 315 MHz, including SAW filter, IF bandwidth 600 kHz. The board can be plugged into the motherboard of the RF development kit, and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5743P6-S4		Reference Design for UHF ASK/FSK receiver T5743P6/ATA5743P6. Operating frequency 433 MHz, including SAW filter, IF bandwidth 600 kHz. The board can be plugged into the motherboard of the RF development kit, and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5743SSOP6-S3		Reference Design for UHF ASK/FSK receiver ATA5743P6. Operating frequency 315 MHz, including SAW filter, IF bandwidth 600 kHz. The board can be plugged into the motherboard of the RF development kit, and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5743SSOP6-S4		Reference Design for UHF ASK/FSK receiver ATA5743P6. Operating frequency 433 MHz, including SAW filter, IF bandwidth 600 kHz. The board can be plugged into the motherboard of the RF development kit, and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5744-N3		Reference Design for UHF ASK receiver ATA5744. Operating frequency 315 MHz, no SAW filter included. To choose the appropriate board, see the Board Ordering List.
ATAB5744-N4		Reference Design for UHF ASK receiver ATA5744. Operating frequency 433 MHz, no SAW filter included. To choose the appropriate board, see the Board Ordering List.
ATAB5744-S3		Reference Design for UHF ASK receiver ATA5744. Operating frequency 315 MHz, SAW filter included. To choose the appropriate board, see the Board Ordering List.
ATAB5744-S4		Reference Design for UHF ASK receiver ATA5744. Operating frequency 433 MHz, SAW filter included. To choose the appropriate board, see the Board Ordering List.
ATAB5750-8		Reference Design for UHF transmitter T5750. Operating frequency 868 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5750-9		Reference Design for UHF transmitter T5750. Operating frequency 915 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5753		Reference Design for UHF transmitter T5753. Operating frequency 315 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5754		Reference Design for UHF transmitter T5754. Operating frequency 433 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5756		Reference Design for UHF transmitter ATA5756. Operating frequency 315 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5757		Reference Design for UHF transmitter ATA5757. Operating frequency 433 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5760-N		Reference Design for UHF ASK/FSK receiver T5760. Operating frequency 868 MHz, no SAW filter included. The board can be plugged into the motherboard of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5760-S		Reference Design for UHF ASK/FSK receiver T5760. Operating frequency 868 MHz, SAW filter included. The board can be plugged into the motherboard of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5761-N		Reference Design for UHF ASK/FSK receiver T5761. Operating frequency 915 MHz, no SAW filter included. The board can be plugged into the motherboard of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB5811-4-B		This transceiver base station board for ATA5811 has an operating frequency of 433 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB5811-8-B		This transceiver base station board for ATA5811 has an operating frequency of 868 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB5812-3-B		This transceiver base station board for ATA5812 has an operating frequency of 315 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB5823-3-B		This transceiver base station board for ATA5823 has an operating frequency of 315 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB5824-4-B		This transceiver base station board for ATA5824 has an operating frequency of 433 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB5824-8-B		This transceiver base station board for ATA5824 has an operating frequency of 868 MHz in high power mode, that is, with an RF output power of approximately 10 dBm at 50Ohms. To be used in combination with the SPI to LPT interface board available separately. To choose the appropriate board, see the Board Ordering List.
ATAB862-3		Reference Design for complete UHF ASK/FSK transmitter ATAM862-3. Operating frequency 315 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB862-4		Reference Design for complete UHF ASK/FSK transmitter ATAM862-4. Operating frequency 433 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB862-8		Reference Design for complete UHF ASK/FSK transmitter ATAM862-8. Operating frequency 868 MHz. The board can be plugged into the interface board of the RF development kit and is configurable via the software included in the RF development kit. To choose the appropriate board, see the Board Ordering List.
ATAB-LFMB-78		Micrcontroller Baseboard ATAB-LFMB-78 Controlling the patched on 125kHz transmitter board ATAB5278 and also to maintain communication with host via RS232 interface. The ATAB-LFMB-78 is equipped with a flash microcontroller Atmega8515 containing the specific firmware therefore. The cables for the RS232 interface, DC power and CD-ROM with software and documentation are also added. To customize your kit, see the Selection Guide, ATAK5278-82
ATAB-LFMB-79		Micrcontroller Baseboard ATAB-LFMB-79 Controlling the patched on six fold LF antenna driver board ATAB5279 and also to maintain communication with host via RS232 interface. The ATAB-LFMB-79 is equipped with a flash microcontroller Atmega8515 containing the specific firmware therefore. The cables for the RS232 interface, DC power and CD-ROM with software and documentation are also added. To customize your kit, see the Selection Guide, ATAK5279-82
ATAB-LFTX-Mod1		LF Transmitter Antenna Module ATAB-LFTX-Mod1 Intended for separate order to complete higher antenna numbers operating with six fold antenna driver ATAB5279. Referred documents: Board Ordering List, ATAK5279-82
ATAB-RFMB		The motherboard is an AVR®-based microcontroller board which handles the data communication with the RF Design Kit software on a connected PC, the receiver design board, and the transmitter design board. To customize your kit, see the Selection Guide.
ATAB-SPI-LPT		The SPI2LPT interface board forms the connectivity between a parallel port of a PC and the SPI interface of the transceiver. To customize your kit, see the Selection Guide.
ATAB-STK-F		The Flamingo Interface Board is used together with the AVR® starter kit, STK500. Using software on a connected PC, the receiver design board, and the transmitter design board, you can operate almost the whole UHF transmitter and receiver family. The data communication is handled by the AVR microcontroller on the STK500. To customize your kit, see the Selection Guide.
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Development Kit

ATAK5278-82		ATAK5278-82 LF Wake-up Demonstrator Kit The demonstrator is offered to promote a LF wake-up channel, using the LF antenna driver ATA5278 and the 3D receiver ATA5282 (later ATA5790-EK2). This tool may be helpful making reference measurements and for system analysis. Typical wake-up applications can be found in vehicles for passive entry (PE) but also for waking up of battery-driven systems which normally stay in sleep mode. To create the kit, the following components have to be ordered separately: ATAB-LFMB-78, ATAB5278, and ATAB5282; see also the Selection Guide.
ATAK5279-82		ATAK5279-82 LF Wake-up Demonstrator Kit The demonstrator is intended to show LF wake-up functionality using the new six-fold LF antenna driver ATA5279 and the 3D receiver ATA5282 (later ATA5790-EK2) The demonstrator may also be helpful for system study and as reference tool for target applications. Typical wake-up applications are designed in vehicles for Passive Entry (PE) and Tire Pressure Monitoring (TPMS). To create the kit, the following components have to be ordered separately: ATAB-LFMB-79, ATAB5279, and ATAB5282; see also the Selection Guide.
ATAKSTK511		This kit contains a functional standalone UHF radio system consisting of a Transmitter (Attiny13 + ATA8401/2/3), Receiver (ATA8201/2/3/4/5), and Interface Board. The Interface Board provides a quick, one-step programming tool to configure Atmel RF receivers OR doubles as an expansion card for the STK500 (not included in kit) to allow development of software for receiver applications using any of the AVR microcontrollers supported by the STK500. The STK511 Starter Kit is available in 4 different versions covering 315 MHz, 434 MHz, 868 MHz, and 915 MHz as designated by the part number suffix –3, -4, -8, -9 respectively.
ATAPMxx Automotive Development Kit		The ATAPMxx automotive development kit is a modular, flexible application system to support customers efficiently in developing and evaluating their application within one single environment. The tool will be continuously extended with new devices, allowing to create a broad range of different configurations to meet individual application’s demands. Starter kits are available to realize typical applications such as a complete RKE or PEG system for the car and the key side. Other target applications include LIN networking or LF-RFID. ATAPMxx consists of a main board, to which various application boards and daughter boards can be connected. The main board includes AVR system controller, LCD display and touch screen, USB interface for PC connection, two-wire-serial bus as connector, SD card slot, power supply connector and a beeper. This board is able to manage and control a complete application with different application and daughter boards as stand-alone system.
ATASTK512-EK1/EK2/EK3		Starter kits for operating frequencies of 315MHz, 433MHz and 868MHz to evaluate a complete RF communication system. Besides the ATA5773/74/71 transmitter, these kits include a receiver board equipped with ATA5723/24/28 plus an ATmega88 AVR microcontroller and feature a secure rolling code transmission algorithm. That algorithm uses the Advanced Encryption Standard (AES) which is particularly useful for security applications like remote keyless entra, passive entry, and remote car-start systems. The kits are based on an Atmel AVR STK(R)500 Flash Microcontroller Startet Kit that must be obtained separately.
Flamingo™ RF Design Kit		The Flamingo™ RF Design Kit helps customers to conveniently evaluate the functionality of Atmel’s UHF FSK/ASK remote control transmitters and receivers combined with AVR® Flash microcontrollers. The RF Design Kit consists of the Flamingo interface board ATAB-STK-F, an RF receiver (receiver design board), an RF transmitter (transmitter design board). The Flamingo interface board is be mounted on the AVR Starter Kit STK500 (which has to be ordered separately), and forms the hardware connection between Atmel’s remote control boards, ATABxx, and AVR Flash microcontrollers. Please bear in mind that the motherboard, the transmitter board, and the receiver board have to be ordered separately. To customize your kit, see the Selection Guide.
RF Transceiver Evaluation Kit		The RF Transceiver Evaluation Kit is designed to provide familiarity with the functionality of Atmel’s UHF ASK/FSK transceivers. For this purpose, software is included which enables the user to configure the registers in an easy and convenient way. The transceiver kit consists of a transceiver base station board, an SPI2LPT interface board, a DC supply cable, a parallel port cable, and a CD-ROM with the corresponding software. The transceiver board and the SPI2LPT interface board have to be ordered separately. To customize your kit, see the Selection Guide.
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