
Linear - Video Processing
Linear - Video Processing ICs
Definition & Overview
Linear - Video Processing ICs are specialized integrated circuits designed to handle analog or mixed-signal video signal conditioning, amplification, filtering, and conversion. These components ensure high-fidelity video signal integrity, making them essential for applications requiring precise video transmission, enhancement, or format adaptation. Unlike purely digital video processors, linear video ICs focus on analog signal fidelity, supporting legacy systems and hybrid video architectures.
Types of Linear - Video Processing ICs
- Video Amplifiers Boost weak video signals while maintaining signal-to-noise ratio (SNR), critical for broadcast and surveillance systems.
- Video Filters Remove noise or unwanted frequency components (e.g., anti-aliasing filters) to improve image clarity.
- Video Buffers/Drivers Isolate and distribute video signals across multiple loads without degradation.
- Video Switches/Routers Enable seamless switching between multiple analog video sources (e.g., in AV receivers).
- Video Encoders/Decoders Convert between analog (e.g., NTSC/PAL) and digital formats (e.g., HDMI/SDI).
- Sync Separators & Processors Extract or embed synchronization signals (e.g., horizontal/vertical sync) for stable video timing.
Purchasing Recommendations
When selecting Linear - Video Processing ICs, consider:
- Signal Compatibility: Match IC specifications (bandwidth, impedance) to your video standard (e.g., CVBS, VGA, component video).
- Power & Noise Performance: Low-noise designs (e.g., high PSRR) are vital for high-resolution or long-distance signal transmission.
- Integration Level: Choose between discrete solutions (e.g., op-amps for custom designs) or all-in-one ICs (e.g., integrated encoder/decoder).
- Package & Thermal Traits: SMD packages (e.g., SOIC, QFN) suit compact designs, while thermal pads may be needed for high-power applications.
- Supplier Support: Opt for vendors providing evaluation boards or reference designs to accelerate prototyping.
Ideal for broadcast equipment, medical imaging, automotive displays, and legacy AV systems, these ICs bridge analog and digital video domains with precision. Prioritize datasheet validation and compliance with industry standards (e.g., FCC, EBU) for reliable integration.
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FMS6408MTC143X
VIDEO AMPLIFIER, 3 CHANNEL
TDA18252HN/C1518
IC DGTL CABLE SIL TUNER 48HVQFN
GS12090-INE3
IC VIDEO CONFG 12G UHD-SDI 40QFN
CA3215E
CONSUMER IC, BIPOLAR, PDIP16
LT1675CS8-1#PBF
IC VIDEO MULTIPLEXER 8SOIC
GS2988-INTE3D
IC VIDEO CABLE DRIVER 16QFN
LMH1981MT/NOPB
IC VIDEO SYNC 14TSSOP
FMS6418AMTC14X
VIDEO AMPLIFIER, 3 CHANNEL
TDA18250HN/C1518
IC DGTL CABLE SIL TUNER 48HVQFN
LMH1208RTVT
IC VIDEO CABLE DRIVER 32WQFN
TW2836-PA1-GE
IC VIDEO QUAD/MUX CTRLR 208QFP
ADV7186WBBCZ-T-RL
IC DISP PROC/VID DECOD 196CSPBGA
BH76816FVM-TR
IC VIDEO DRIVER 8MSOP
TS3DV520ERHUR
IC VIDEO SWITCH 56WQFN
LMH0002SQ
1 FUNC, 1 DRIVER, PQCC16
MCDP5200B0
IC VIDEO CONVERTER 169TFBGA
GV7704-IBE3
IC VIDEO RECEIVER 169LBGA
MAX11500USA+T
IC VIDEO FILTER 8SOIC
PTN3700EV/G,118
IC VIDEO INTERFACE 56VFBGA
GS6151-INTE3
IC VIDEO RECLOCKER 32QFN