TDA7708SRF/IF射频/中频RFID的射频接收器规格书PDF中文资料

TDA7708S属于RF/IF射频/中频RFID的射频接收器。由意法半导体集团制造生产的TDA7708S射频接收器RF 接收器用于接收已调制的射频信号并对其进行解调，然后将数据传送到系统中进行处理。频率范围是 AM、FM、WB、0 Hz 至 64 GHz，数据速率为 250 bps 至 16 Gbps，数据接口包括连接器、I2C、I2S、引脚焊盘、并行、PCB、串行、焊盘、SPI、UART 和 USB。

特性 Features

• AEC-Q100 qualified

• AM/FM reception with digital IF processing

• Fully automotive grade CMOS design

• AM/FM Band

• Low-IF, DSP-based architecture

• Very high dynamic range built-in IF-ADC

• Minimum external component count

• Very small footprint package

• Multipath noise mitigation processing

• Compatible with HD-Radio™

• Digital Audio Output

• Fully RoHS-compliant

描述 Description

The TDA7708S is a single chip fully-CMOS AM/FM tuner aimed at receivers for

terrestrial radio broadcasting.

The TDA7708S combines state-of-art performance with minimum external

component count, making it therefore ideal for integration into car radios and other

radio devices with challenging performance, quality, reliability and, last but not least,

cost requirements.

Such a low external component count is made possible by cutting-edge circuit and

implementation techniques that overcome the major challenges affecting both verylow

and zero IF receivers.

The TDA7708S features multiple front-end low-noise amplifiers (LNAs) to cover AM

LW/MW/SW bands, and the entire FM band, with advanced automatic gain control

(AGC) amplifier and mixer stages.

After on-chip IF filtering, the TDA7708S digitizes the signal with a very high dynamic

range ADC; it processes the complex phase-quadrature baseband signal allowing

applications like multipath noise mitigation, and integrated RDS decoding.

The TDA7708S furthermore integrates the HD-Radio™ channel filtering.

Besides providing optimal AM/FM quality reception, the TDA7708S makes it the ideal

solution to realize a complete HD-Radio™ receiver solution (in combination with the

external STA680D HD-Radio™ decoder), with a low bill of material, high performance

and real automotive grade quality and reliability.

The TDA7708SCB requires a very small FW code to be downloaded for booting the

IC, thus making it especially suited to systems whose microcontroller has limited

code storage capability.