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The THC63LVD104C-B is a serializing interface integrated circuit manufactured by THine Solutions, Inc., designed for converting parallel digital video data into Low Voltage Differential Signaling (LVDS) streams. This component supports pixel clock frequencies ranging from 8 MHz to 112 MHz, accommodating resolutions from NTSC up to SXGA. It accepts 35-bit parallel LVCMOS inputs and outputs five channels of LVDS data at a rate of 784 Mbps per channel. The device operates on a single 3.3V power supply and features configurable edge triggering for data synchronization. It is housed in a 64-pin TQFP package and functions within an industrial temperature range of -20°C to 85°C.
Verify the specific suffix 'B' against the manufacturer's latest datasheet to confirm pinout compatibility and electrical characteristics relative to the standard THC63LVD104C. Ensure that the procurement source provides original manufacturer documentation to validate authenticity and RoHS compliance status before integration into production designs.
Select this component when a 35-bit parallel input to 5-channel LVDS output conversion is required for resolutions up to SXGA. Consider the THC63LVD104C-B if the design necessitates a TQFP-64 package form factor rather than BGA alternatives. Verify that the host controller supports the required 784 Mbps per channel data rate and that the system power budget accommodates the 3.3V single-supply requirement.
This part belongs to the THine THC63LVD series of LVDS transmitters. It serves as a transmitter counterpart to deserializer receivers such as the THC63LVDR84C. The 'B' suffix typically denotes a specific manufacturing revision or packaging variant within the THine product line, often maintaining pin-to-pin compatibility with earlier versions like the THC63LVD104A while potentially offering updated process improvements.
The THC63LVD104A is documented as a pin-compatible alternative. For designs requiring different package types or channel counts, consider the THC63LVDM83D or THC63LVDM87 serializers. Verify electrical parameters and pin assignments carefully when substituting any cross-model components.