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TMS37157

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Passiver Niederfrequenz-Schnittstellenbaustein (PaLFI) mit EEPROM und Transponder-Schnittstelle, 134

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TMS37157

AKTIV
Datenblatt Jetzt bestellen

Produktdetails

Frequency range 134.2 kHz Standard TI protocol Operating temperature range (°C) -40 to 85 Rating Automotive Transmission principle HDX - FSK
Frequency range 134.2 kHz Standard TI protocol Operating temperature range (°C) -40 to 85 Rating Automotive Transmission principle HDX - FSK
VQFN (RSA) 16 16 mm² 4 x 4
  • Wide Supply Voltage Range 2 V to 3.6 V
  • Ultra Low Power Consumption
    • Active Mode Max. 150 µA
    • Power Down Mode 60 nA
  • 121 Free Bytes User Memory
  • Low Frequency Halb Duplex (HDX) Interface
    • HDX Transponder Communication Achieving Maximum
      Perfomance and Highest Noise Immunity
    • Special Selective Addressing Mode Allows
      Anti Collision
    • Up to 8 kbit/s LF Uplink Data Rate
    • 126 Byte EEPROM:
      • 121 Bytes Free Available EEPROM User Memory
      • 32 Bit Unique Serial Number
      • 8 Bit Selective Address
      • High EEPROM Flexibility
      • Pages are Irreversible Lockable and Protectable
    • Battery Check and Battery Charge Function
    • Resonance Frequency: 134.2 kHz
    • Integrated Resonance Frequency Trimming
    • Downlink – Amplitude Shift Keying
    • Uplink – Frequency Shift Keying
  • 3 Wire SPI Interface for Accessing the EEPROM and
    Exchanging Data With the Microcontroller Through
    the LF Interface
  • 0.6mm Pitch, 4mm x 4mm VQFN Package
  • APPLICATIONS
    • Wireless Batteryless Sensor Interface using
      Energy Harvesting
      • Microcontroller and Sensor can be Powered Through the
        LF Link
      • Data is Directly Transmitted Over the LF Link From the
        Base Station via the TMS37157 to the Micrcontroller and Vice
        Versa.
    • Batteryless Configuration Memory
      • Memory can be Written Without Battery Support
      • Microcontroller can Read the Content of the Memory When
        It Gets Connected to a Battery and Use It for Configuration
      • Microcontroller can Write the Memory, Which can be Read Out
        Later Through the LF Link
    • Ultra Low Power Data Logger Memory (Smart Metering)
      • Memory Can Be Written By a Microcontroller
      • Memory Can Be Read Through LF Interface Without
        Battery Support
    • Multi Purpose LF Interface to a Microcontroller
      • Short Range RF Interface to a Microcontroller Where
        Other Frequencies are Not an Option
      • Ultra Low Power Mode can Result in an
        Overall Power Consumption of 60 nA
    • Remote Control Application
      • Combination With an UHF Transmitter or IR Transmitter and a µC
      • Power Management of the TMS37157 can Power Down
        the Microcontroller
      • The Push Button Detection Circuit can Power Up a
        Microcontroller
    • Stand Alone LF-Transponder with Memory
      • RFID Transponder with Unique ID and 121
        Bytes Free Programmable EEPROM User Memory
      • Only Few Additional Components Needed
      • No Battery Required
  • Wide Supply Voltage Range 2 V to 3.6 V
  • Ultra Low Power Consumption
    • Active Mode Max. 150 µA
    • Power Down Mode 60 nA
  • 121 Free Bytes User Memory
  • Low Frequency Halb Duplex (HDX) Interface
    • HDX Transponder Communication Achieving Maximum
      Perfomance and Highest Noise Immunity
    • Special Selective Addressing Mode Allows
      Anti Collision
    • Up to 8 kbit/s LF Uplink Data Rate
    • 126 Byte EEPROM:
      • 121 Bytes Free Available EEPROM User Memory
      • 32 Bit Unique Serial Number
      • 8 Bit Selective Address
      • High EEPROM Flexibility
      • Pages are Irreversible Lockable and Protectable
    • Battery Check and Battery Charge Function
    • Resonance Frequency: 134.2 kHz
    • Integrated Resonance Frequency Trimming
    • Downlink – Amplitude Shift Keying
    • Uplink – Frequency Shift Keying
  • 3 Wire SPI Interface for Accessing the EEPROM and
    Exchanging Data With the Microcontroller Through
    the LF Interface
  • 0.6mm Pitch, 4mm x 4mm VQFN Package
  • APPLICATIONS
    • Wireless Batteryless Sensor Interface using
      Energy Harvesting
      • Microcontroller and Sensor can be Powered Through the
        LF Link
      • Data is Directly Transmitted Over the LF Link From the
        Base Station via the TMS37157 to the Micrcontroller and Vice
        Versa.
    • Batteryless Configuration Memory
      • Memory can be Written Without Battery Support
      • Microcontroller can Read the Content of the Memory When
        It Gets Connected to a Battery and Use It for Configuration
      • Microcontroller can Write the Memory, Which can be Read Out
        Later Through the LF Link
    • Ultra Low Power Data Logger Memory (Smart Metering)
      • Memory Can Be Written By a Microcontroller
      • Memory Can Be Read Through LF Interface Without
        Battery Support
    • Multi Purpose LF Interface to a Microcontroller
      • Short Range RF Interface to a Microcontroller Where
        Other Frequencies are Not an Option
      • Ultra Low Power Mode can Result in an
        Overall Power Consumption of 60 nA
    • Remote Control Application
      • Combination With an UHF Transmitter or IR Transmitter and a µC
      • Power Management of the TMS37157 can Power Down
        the Microcontroller
      • The Push Button Detection Circuit can Power Up a
        Microcontroller
    • Stand Alone LF-Transponder with Memory
      • RFID Transponder with Unique ID and 121
        Bytes Free Programmable EEPROM User Memory
      • Only Few Additional Components Needed
      • No Battery Required

The TMS37157 combines a Low Frequency Transponder Interface with an SPI Interface and Power Management for a connected microcontroller. It is the ideal device for any Configuration, Data Logger-, Sensoror Remote Control Application. The Transponder memory is accessible through SPI and LF and, in the second case, operates without the need for a battery. The use of the Low Frequency Band ensures a communication in a defined direction and harsh environments.

The TMS37157 manages the Transponder communication and push button interaction. During sleep state the devices enters a special low power mode with only 60 nA current consumption.

The EEPROM memory is accessible over the LF interface without support from the battery or through SPI by a microcontroller if a battery is connected. The TMS37157 offers a special battery charge mode.

The external resonance circuit with a LF coil and a resonance capacitor can be trimmed to the correct resonance frequency with the integrated trimming capability achieving an easy way to eliminate part tolerances.

The small RSA 16-pin package together with only a few external components results in a cost efficient design.

The TMS37157 combines a Low Frequency Transponder Interface with an SPI Interface and Power Management for a connected microcontroller. It is the ideal device for any Configuration, Data Logger-, Sensoror Remote Control Application. The Transponder memory is accessible through SPI and LF and, in the second case, operates without the need for a battery. The use of the Low Frequency Band ensures a communication in a defined direction and harsh environments.

The TMS37157 manages the Transponder communication and push button interaction. During sleep state the devices enters a special low power mode with only 60 nA current consumption.

The EEPROM memory is accessible over the LF interface without support from the battery or through SPI by a microcontroller if a battery is connected. The TMS37157 offers a special battery charge mode.

The external resonance circuit with a LF coil and a resonance capacitor can be trimmed to the correct resonance frequency with the integrated trimming capability achieving an easy way to eliminate part tolerances.

The small RSA 16-pin package together with only a few external components results in a cost efficient design.
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Technische Dokumentation

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Typ Titel Datum
* Data sheet Passive Low Frequency Interface Device With EEPROM and 134.2 kHz Transponder datasheet (Rev. A) 05 Nov 2009
Application note TMS37157 Passive Low-Frequency Interface IC Performance With Neosid Antennas (Rev. A) 19 Apr 2013
Application note Low-Power Battery-Less Wireless Temperature and Humidity Sensor for TMS37157 19 Dez 2011
Application note Using the SPI Library for TMS37157 19 Dez 2011
Application note Communicating With the RFID Base Station 21 Sep 2011
Application note Low-Frequency RFID in a Nutshell 21 Sep 2011
Application note LF HDX System Parameter Calculation for TMS37157 (PaLFI) 15 Jul 2010
More literature eZ430-TMS37157 Development Tool FAQ (Rev. A) 15 Mär 2010
Product overview MSP430 Ultra-Low-Power MCUs and TI-RFid Devices 03 Apr 2009

Design und Entwicklung

Weitere Bedingungen oder erforderliche Ressourcen enthält gegebenenfalls die Detailseite, die Sie durch Klicken auf einen der unten stehenden Titel erreichen.

Codebeispiel oder Demo

SWRC165 — PaLFI Embedded Demo

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  • TMS37157 — Passiver Niederfrequenz-Schnittstellenbaustein (PaLFI) mit EEPROM und Transponder-Schnittstelle, 134
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Treiber oder Bibliothek

SWRC172 — RFID Base Station USB Driver

Unterstützte Produkte und Hardware

Unterstützte Produkte und Hardware

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Weitere Drahtlosprodukte
  • TMS37157 — Passiver Niederfrequenz-Schnittstellenbaustein (PaLFI) mit EEPROM und Transponder-Schnittstelle, 134
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GUI für Evaluierungsmodul (EVM)

SWRC164 — RFID Demo Software

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Unterstützte Produkte und Hardware

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  • TMS37157 — Passiver Niederfrequenz-Schnittstellenbaustein (PaLFI) mit EEPROM und Transponder-Schnittstelle, 134
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Gehäuse Pins CAD-Symbole, Footprints und 3D-Modelle
VQFN (RSA) 16 Ultra Librarian
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Bestellen & Qualität

Beinhaltete Information:
  • RoHS
  • REACH
  • Bausteinkennzeichnung
  • Blei-Finish/Ball-Material
  • MSL-Rating / Spitzenrückfluss
  • MTBF-/FIT-Schätzungen
  • Materialinhalt
  • Qualifikationszusammenfassung
  • Kontinuierliches Zuverlässigkeitsmonitoring
Beinhaltete Information:
  • Werksstandort
  • Montagestandort

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