TF90LVDT032 - Quad LVDS Line Receivers with Extended Common Mode

Product Type: Extended Common Mode LVDS
Current Status: Final

Product Overview
The TF90LVDS032 and TF90LVDT032 are 400 Mbps Quad LVDS (low voltage differential signaling) Line Receivers optimized for high-speed, low power, low noise transmission over controlled impedance (approximately 100 ohms) transmission media (e.g. cables, printed circuit board traces, backplanes).
The TF90LVDS032 and TF90LVDT032 accept four LVDS signals and translates them to four LVCMOS signals. Their outputs can be disabled and put in a high-impedance state via two enable pins, OE and OE*.
The TF90LVDS032 and TF90LVDT032 input receivers support wide input voltage range. A fail-safe feature sets the outputs to a high state when the inputs are shorted, open, or undriven.
The TF90LVDT032 features on-chip 100 ohms input termination resistors that minimize input return loss, component count and board space. The TF90LVDS032 differential inputs are without input termination resistors and are suitable for applications requiring custom termination schemes.
Supply current is 25 mA (max). LVDS outputs conform to the ANSI/EIA/TIA-644-A standard. The TF90LVDS032 and TF90LVDT032 are offered in 16-pin SOIC and TSSOP packages and operates over an extended -40 °C to +85 °C temperature range.

Features

• DC to 400 Mbps / 200 MHz low noise, low skew, low power operation
  - 400 ps (max) channel-to-channel skew
  - 300 ps (max) pulse skew
  - 7 mA (max) power supply current
• Wide input common mode voltage range: -7V to +12V
• On-chip 100 ohms input termination minimizes return loss, component count and board space (TF90LVDT032 only)
• Open, undriven and shorted or undriven and terminated fail-safe support
• LVDS inputs conform to TIA/EIA-644-A standard
• Standard output enable scheme eliminates power consumption when device is not in use
• Guaranteed operation within industrial temperature range-40° to +85°C
• Available in space saving SOIC-16 and TSSOP-16 packages
• Pin compatible with DS90LV032A