SN65LVDS1DR

SN65LVDS1DR is a Texas Instruments single-channel LVDS transceiver. It provides a 1-bit LVDS data link in a compact package, combining a LVDS transmitter and a LVDS receiver in one device. It is designed to interface a CMOS/TTL host with an LVDS link, making it suitable for point-to-point high-speed data paths such as LCD panel interfaces, cameras, or other short-link data links.
Key points:
- One LVDS data channel for transmission and one for reception (1-bit transceiver).
- Typically powered from around 3.3 V; suited for low-power, high-speed signaling.
- LVDS signaling with low differential amplitude (~350 mV) and good noise immunity.
- Built-in protection/failsafe features and ESD protection.
- DR suffix indicates packaging/ordering options (e.g., tape-and-reel).
For exact electrical specs (data rate, input/output thresholds, common-mode range, temperature range, and package options), consult the SN65LVDS1DR datasheet and TI product page.

Here are concise features of SN65LVDS1DR (TI):
- Single-channel LVDS transmitter and receiver in one package (LVDS transceiver)
- LVDS-compliant signaling with 100-ohm differential line impedance
- 3.3-V operation with low power
- Receiver includes fail-safe when inputs are open or shorted
- ESD protection on I/O pins
- High-speed differential data transmission (rates typical for LVDS links)
- Small 8-pin package; DR suffix indicates tape-and-reel packaging
Note: For exact electrical specs (exact data rate, voltage ranges, and timing), please refer to the TI datasheet.

- Pin count: 8 pins (8-pin package).
- Function: One-channel LVDS transceiver (LVDS line driver/receiver) for a single differential data pair, with necessary power, ground and control pins (enable, etc.) for high-speed LVDS signaling.

Manufacturer: Texas Instruments (TI).
It is an American multinational semiconductor company that designs and manufactures analog, digital, and mixed-signal integrated circuits and embedded processors.

SN65LVDS1DR is a 1‑bit LVDS driver for short, high‑speed point‑to‑point links. Common application areas include:
- LCD/flat‑panel display interfaces (panel data transport from controller to panel)
- High‑speed data links in consumer electronics (monitors, TVs, set‑top boxes, projectors) and embedded systems (FPGA/ASIC to peripherals)
- Camera/image‑sensor links in automotive and industrial equipment
- Backplane or inter‑board interconnects requiring low‑power, EMI‑robust differential signaling
- General LVDS transmitter use in noise‑sensitive digital systems

8-pin SOIC (surface-mount) package.