ML86640

Description

The ML86640 is a video encoder component from ROHM, packaged in a TQFP48 format. It's designed for CVBS (Composite Video Bus) applications. This product is part of ROHM's semiconductor offerings. In simple terms, the ML86640 is an IC that takes analog video signals and converts them into digital data, making it suitable for various video-related applications. Its compact TQFP48 package makes it easy to integrate into a wide range of devices, from consumer electronics to industrial equipment. While there isn't much information available on the specific features or parameters of this component, its purpose is clear: to enable efficient and reliable digital transmission of analog video signals.

Package

The package type of ROHM's ML86640 Video Encoders - CVBS is TQFP48.

Manufacturer

The manufacturer of the ML86640 is ROHM. ROHM is a Japanese semiconductor manufacturer that specializes in designing, manufacturing, and selling electronic components, including power management ICs, analog ICs, and discrete semiconductors. They are known for their high-quality products and innovative solutions for various industries such as automotive, industrial, and consumer electronics.

Applications

The ROHM ML86640 is a video encoder that converts analog composite video signals (CVBS) to digital data. Its application areas include:

• Digital signage systems
• Medical equipment
• Industrial control systems
• Automotive infotainment systems
• Surveillance cameras

It's suitable for applications requiring high-quality video encoding and decoding.

Equivalent

According to ROHM's documentation, the ML86640 is a Video Encoder IC that converts analog composite video signals into digital data. Based on its specifications and functionality, some potential equivalent products could be:

• Philips 74HC125
• Texas Instruments TMS320C541
• National Semiconductor LMH6734

These chips share similar characteristics, such as CVBS encoding, TQFP package, and application in video processing or broadcasting systems. However, please note that there might be other alternatives depending on specific requirements and design constraints.