THCV233

Overview

The THCV233 is a transmitter LSI designed to convert 32-bit LVDS input signals into V-by-One®HS output signals. It supports five LVDS input channels with a data rate of 63–735 Mbps per channel, accommodating pixel depths of 24 or 32 bits. The device outputs two V-by-One®HS lanes, achieving a maximum effective rate of 3.36 Gbps per lane (4.2 Gbps physical). It operates on 1.8V or 3.3V power supplies and utilizes a QFN48 package.

Feature Summary

• Converts parallel LVDS inputs to high-speed serial V-by-One®HS outputs
• Supports 5-channel LVDS input for 24-bit or 32-bit pixel data
• Features dual-lane V-by-One®HS output capability
• Includes signal distribution function for the two output lanes

Applications

• LVDS to V-by-One®HS signal conversion in display driver systems
• High-resolution video transmission interfaces
• Display panel driving circuits requiring reduced wiring count

Procurement Notes

Verify the specific voltage variant (1.8V or 3.3V) required for your design, as the component supports both operating levels. Confirm the package type is QFN48 before ordering. Ensure compatibility with recommended receiver models such as the THCV220 or THCV234 for complete system integration. Check official documentation for pinout details and thermal requirements.

Selection Notes

Select this component when converting multi-channel LVDS sources to V-by-One®HS for display applications. It is suitable for designs requiring up to 32-bit color depth per pixel. Consider the THCV234 if reception functionality is needed instead. Verify that the target display interface supports the 3.36 Gbps per lane speed.

Part Context

THine Solutions develops interface semiconductors for high-definition video transmission. The THCV233 belongs to the V-by-One®HS family, which reduces cable count and EMI compared to traditional LVDS. This transmitter complements receivers like the THCV220 to form complete link solutions for modern display panels.

Replacement Considerations

Publicly confirmed substitute part numbers are not available in the provided documentation. Evaluate the THCV234 only if receiving functionality is required instead of transmitting. No direct functional equivalents are listed in the source material.

FAQ

What is the maximum effective data rate per lane?

The maximum effective data rate is 3.36 Gbps per lane, with a physical rate of 4.2 Gbps.

Can the THCV233 handle 24-bit pixel data?

Yes, it supports 4-channel LVDS input for 24-bit data or 5-channel input for 32-bit data.

What are the recommended receiver components?

The THCV220 and THCV234 are listed as recommended receiver components for use with this transmitter.