
TEF6688HN Product Information|NXP - NXP Semiconductors
They extend NXP Semiconductors’ broad, industry-proven car radio single tuner portfolio, offering outstanding radio performance with the widest range of features and state of the art software …
TEF668X | Low IF Tuner High Performance One-Chip
The Low IF Tuner HIgh performance One chips, TEF6686 and TEF6688, are single-chip radio ICs including an AM/FM radio tuner and software-defined radio signal processing.
TEF6688HN/V102Y NXP USA Inc. | RF and Wireless | DigiKey
TEF6688HN/V102Y – - RF Receiver AM, FM 32-HVQFN (5x5) from NXP USA Inc.. Pricing and Availability on millions of electronic components from Digi-Key Electronics.
The NXP TEF6686 and TEF6688 are single-chip radio ICs that include an AM/FM radio tuner and software-defined radio signal processing. These low-IF, high-performance ICs extend NXP’s broad, industry-proven portfolio for single-tuner car radios, and …
TEF668X:低中频调谐器高性能单芯片 _ BDTIC 中国领先电子元器 …
与恩智浦半导体的数字无线电协处理器SAF356X和SAF360X配合使用时,TEF6688可支持数字无线电标准高清无线电和DRM。 基于命令的高级用户接口,兼具高度控制灵活性和易控性。 …
TEF6688HN/V102Y NXP Semiconductors | Mouser - Mouser …
TEF6688HN/V102Y NXP Semiconductors Tuners Low IF tuner high performance one-chip datasheet, inventory, & pricing.
TEF6688AHN/V205Y NXP Semiconductors | Mouser - Mouser …
2025年3月19日 · Download the free Library Loader to convert this file for your ECAD Tool. Learn more about ECAD Model. Some options may not be available based on your order quantity. …
TEF6688 Datasheet, PDF - Alldatasheet
Part #: TEF6688HN/V101. Datasheet: 126Kb/8P. Manufacturer: NXP Semiconductors. Description: Low IF tuner high performance one-chip. 1 Results.
TEF6688HN/V101 Datasheet (PDF) - NXP Semiconductors
Part #: TEF6688HN/V101. Download. File Size: 126Kbytes. Page: 8 Pages. Description: Low IF tuner high performance one-chip. Manufacturer: NXP Semiconductors.
Low IF Tuner High Performance One-Chip - NXP
The Low IF Tuner HIgh performance One chips, TEF6686 and TEF6688, are single-chip radio ICs including an AM/FM radio tuner and software-defined radio signal processing.