TEF66 Search Results

TEF6624

Contextual Info: NXP low-IF analog car radio tuners TEF662x Easy-to-use, cost-effective tuners for analog car radios Building on the success of NXP’s TEF660x and TEF661x families, the TEF662x uses a low-IF architecture to ensure high integration with low complexity. The result is easy design-in and

TEF6614

Abstract: TEF6606 TEF6601 TEF6616 NXP TEF6616 tef6613 TEF661x TEF66xx SMD FM IC tuner TEF66
Contextual Info: A family for all your analog radio reception needs NXP low-IF analog car radio tuner family TEF66xx Alignment free easy application analog car radio tuners Recent generations of NXP’s one-chip low-IF tuners continue to expand the frontiers of front-end excellence. At the same time, increasing component integration reduces

Contextual Info: NXP DSP-based single-chip radio tuner ICs TEF665x High-performance AM/FM tuner with software-defined radio signal processing These advanced radio-tuner ICs offer highest performance levels at lowest system costs and, when used in combination with a coprocessor, support HD Radio and DRM.

TEF6657HN

Abstract: TEF6659HN TEF665X_SDS SAF775 SAF775x TEF665X
Contextual Info: TEF665X DSP-based radio tuner one-chip Rev. 1 — 30 July 2013 Product short data sheet 1. General description The TEF6657 and TEF6659 are single-chip radio ICs including an AM/FM radio tuner and software-defined radio signal processing. These devices are the successors to the

TEF6686

Abstract: SAF356X nxp am fm stereo tuner FM Stereo Radio Receiver ICs
Contextual Info: NXP DSP-based single-chip radio tuner ICs TEF668x Premium car radio tuner with state-of-the-art signal processing These next-generation tuners offer outstanding performance levels with the broad range of features and state-of-the-art algorithms, especially for multipath environments. When

Contextual Info: TEF6614T : NXP Semiconductors Page 1 of 1 English TEF6614T Low IF alignment free analog car radio tuner ICs Product description Our TEF660x ICs are one of the market's first alignment-free, low-IF tuners that can be designed directly onto the main board without indepth RF know-how. That lets you to reduce component and design costs, and board space. The family is further extended by the

TEF6686HN

Abstract: TEF6688HN TEF668X_SDS SAF775 SAF356X
Contextual Info: TEF668X Low IF tuner high performance one-chip Rev. 1 — 30 July 2013 Product short data sheet 1. General description 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.

75017318

Abstract: TEF6646 TDF8546 digital TUNING am RADIO RECEIVER
Contextual Info: NXP Digital Single-Tuner TEF664x High-end, DSP-based AM/FM single tuner with support for digital radio Designed for single-tuner AM/FM & Digital Radio applications, these highly integrated RFCMOSbased solutions combine a low-IF AM/FM tuner and DSP processing on a single chip. The scalable

TEF7000

Abstract: TEF7006HN/V1518 TEF663 TEF7006HN/V1557 SOT617-3
Contextual Info: NXP FM-RDS/TMC background receivers TEF7006 & TEF7007 High-performance FM car radio receivers for background scanning These advanced devices, which are able to decode data from RDS, RBDS, and TMC services, can also be used as equivalent receivers for background station list updates.

SAF775x

Abstract: SAF775 TEF7006/TEF7007 digital TUNING am RADIO RECEIVER nxp hd channel
Contextual Info: NXP DSP-based single-chip background tuners TEF701x Superior background reception in all major standards, plus HD Radio & DRM Specifically designed for background reception, these single-chip solutions support all the major global background receiver standards and, when combined with a coprocessor, also

TEF7016HN

Abstract: TEF7018HN TEF701X_SDS SAF775x SAF775 saf77
Contextual Info: TEF701X Scalable advanced background receiver Rev. 1 — 30 July 2013 Product short data sheet 1. General description The TEF7016 and TEF7018 are analog single-chip radio background ICs specifically designed for background reception. Both devices support all major global background