Toshiba TC32306FTG Single-Chip RF Transceiver

Toshiba TC32306FTG Single-Chip RF Transceiver for Low-Power Systems offers many of the functions required in UHF-band transceiver applications. The TC32306FTG is built on Toshiba's 0.13µm RFCMOS process and supports ASK/FSK modulation with a current consumption of TX 12mA at +10dBm output level / RX 9.7mA / battery saving 0μA (typical). This device integrates LNA, a mixer, IF filter, IF AMP, RSSI, a signal detector, bit rate filter, data comparator, PLL, VCO, and PA into a single IC. The transceiver's digital processing can significantly reduce the number of external components and allow fine adjustments. Toshiba TC32306FTG Single-Chip RF Transceiver is ideal for a variety of remote keyless entry (RKE) and automotive equipment applications, including answerback functions that detect and transmit vehicle status information.

Features

  • Integrates LNA, a mixer, IF filter, IF AMP, RSSI, a signal detector, bit rate filter, data comparator, PLL, VCO, and PA into a single IC
  • Operating voltage range: 2V to 3.3V (for 3V use), 2.4V to 5.5V (for 5V use)
  • Current consumption: TX 12 mA at +10dBm output level / RX 9.7 mA / battery saving 0μA (typ.)
  • Use for four RF band: 315, 434, 868 / 915MHz
  • Supported modulation: ASK / FSK
  • Single conversion system
  • Two IF Filter bandwidth: wide 320kHz(typ.) at IF = 230kHz / middle 270kHz(typ.) at IF = 280kHz
  • Signal detections: RSSI detection, noise detection (only for FSK), Preamble detection
  • Receiver sensitivity: under -116dBm (At IF BW = 320kHz, data rate = 600Hz, frequency deviation = +/-40kHz)
  • Transmitter power: +10dBm (typ. at setting maximum output)
  • Serial control (4 wire SPI) / EEPROM control
  • Data comparator quick charge / auto-off control / antenna switch control

Applications

  • Remote keyless entry (remote door lock / unlock of equipment)
  • Automotive equipment (tire pressure monitoring systems, remote controls, etc.)

Block Diagram

Toshiba TC32306FTG Single-Chip RF Transceiver
Published: 2014-03-17 | Updated: 2022-03-11