Si4730 - BROADCAST AM/FM/SW/LW RADIO RECEIVER

Product Overview

Skyworks

Datasheet Details

Part number	Si4730
Manufacturer	Skyworks
File Size	498.12 KB
Description	BROADCAST AM/FM/SW/LW RADIO RECEIVER
Datasheet	Si4730 Datasheet
Additional preview pages of the Si4730 datasheet.

Product details

Description

Modules for consumer electronics Clock radios Mini HiFi and docking stations Entertainment systems The Si473x-D60 digital CMOS AM/FM radio receiver IC integrates the complete broadcast tuner and receiver function from antenna input to digital audio output.The device leverages the Skyworks broadcast proven digital low-IF architecture, enabling a cost-effective, digital audio platform for consumer electronic applications with high TDMA noise immunity, superior radio perf

Features

Worldwide FM band support.
Seven selectable AM channel filters (64.
108 MHz).
AM/FM/SW/LW digital tuning.
Worldwide AM band support.
EN55020 compliant (520.
1710 kHz).
No manual alignment necessary.
SW band support (Si4734/35).
Programmable reference clock (2.3.
26.1 MHz).
Adjustable soft mute control.
LW band support (Si4734/35).
RDS/RBDS processor (Si4731/35) (153.
279 kHz).
Digital audio o.

📁 Similar Datasheet

Si4730-B20 - BROADCAST MULTI-BAND RADIO RECEIVER (Silicon Laboratories)
Si4730-D50 - BROADCAST AM/FM RADIO RECEIVER (Silicon Laboratories)
Si4730-D60 - BROADCAST AM/FM/SW/LW RADIO RECEIVER (Silicon Laboratories)
Si4730EY - Current Sensing MOSFET (Vishay)
Si4731-B20 - BROADCAST MULTI-BAND RADIO RECEIVER (Silicon Laboratories)
Si4731-D50 - BROADCAST AM/FM RADIO RECEIVER (Silicon Laboratories)
Si4731-D60 - BROADCAST AM/FM/SW/LW RADIO RECEIVER (Silicon Laboratories)
Si4734-B20 - BROADCAST AM/FM/SW/LW RADIO RECEIVER (Silicon Laboratories)

Other Datasheets by Skyworks

Si4731 - BROADCAST AM/FM/SW/LW RADIO RECEIVER
Si4734 - BROADCAST AM/FM/SW/LW RADIO RECEIVER
Si4735 - BROADCAST AM/FM/SW/LW RADIO RECEIVER
Si4706-D50 - HIGH-PERFORMANCE FM AND RDS/RBDS RECEIVER
Si4112 - DUAL-BAND RF SYNTHESIZER
Si4113 - DUAL-BAND RF SYNTHESIZER

Published: Feb 6, 2022 |