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The THCV235 is a transmitter IC designed to convert high-speed LVCMOS parallel video signals into serial CML outputs. It supports parallel inputs of up to 32 bits per pixel with supply voltages ranging from 1.7V to 3.6V. The device features CML serial outputs capable of data rates up to 4.0Gbps, with an actual operational rate of 3.2Gbps. It includes a Sub-Link channel for transmitting I2C, UART, or GPIO signals. The component operates within a temperature range of -40°C to 105°C and utilizes a QFN64 package.
Verify the specific manufacturing source and authenticity of the THCV235 components prior to integration. Confirm that the received units match the QFN64 package specification and operate within the defined voltage and temperature parameters. Ensure compatibility with the recommended receiver model THCV236-Q for proper signal integrity in the target design.
Select this component when parallel-to-serial conversion is required for high-bandwidth video transmission over twisted pair or coaxial media. It is suitable for designs needing integrated color space conversion and auxiliary communication channels. Verify that the system supports the required 1.8V to 3.3V JEDEC standard input levels and accommodates the specified operating temperature range.
This transmitter IC belongs to a family of video interface solutions developed by THine Solutions, Inc. It is specifically engineered for applications requiring long-distance transmission of digital video signals. The device complements receiver counterparts to form complete transmission links for industrial and automotive vision systems.
The THCV236-Q is documented as the recommended receiver counterpart for this transmitter. No direct substitute part numbers are identified in the available documentation.