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SN65LVDS049PWR from TI,Texas Instruments

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SN65LVDS049PWR

Manufacturer: TI

Dual High-Speed Differential Driver & Receiver

Partnumber Manufacturer Quantity Availability
SN65LVDS049PWR TI 6000 In Stock

Description and Introduction

Dual High-Speed Differential Driver & Receiver ### **SN65LVDS049PWR Manufacturer: Texas Instruments (TI)**  

#### **Specifications:**  
- **Type:** Quad LVDS Line Driver  
- **Number of Channels:** 4  
- **Data Rate:** Up to 400 Mbps per channel  
- **Supply Voltage (VCC):** 3.3 V  
- **Operating Temperature Range:** -40°C to +85°C  
- **Package:** TSSOP-16 (PWR)  
- **Input Type:** LVTTL/LVCMOS  
- **Output Type:** LVDS  
- **Propagation Delay:** 2.5 ns (typical)  
- **Power Consumption:** Low power (typ. 30 mW at 3.3V)  
- **Common-Mode Voltage (VCM):** 1.2 V  
- **Differential Output Voltage (VOD):** 350 mV (typ)  
- **ESD Protection:** ±8 kV (HBM)  

#### **Descriptions:**  
The **SN65LVDS049PWR** is a quad LVDS (Low-Voltage Differential Signaling) line driver designed for high-speed data transmission. It converts LVTTL/LVCMOS signals into LVDS outputs, supporting data rates up to 400 Mbps per channel. It is commonly used in applications requiring noise immunity and low power consumption, such as point-to-point data transfer, backplane communication, and high-speed interconnects.  

#### **Features:**  
- **High-Speed Data Transmission:** Up to 400 Mbps per channel  
- **Low Power Consumption:** Typically 30 mW at 3.3V  
- **Wide Operating Temperature Range:** -40°C to +85°C  
- **Robust LVDS Outputs:** Ensures noise immunity and signal integrity  
- **3.3V Supply Operation:** Compatible with standard logic levels  
- **ESD Protection:** ±8 kV (Human Body Model)  
- **Small Footprint:** TSSOP-16 package for space-constrained designs  
- **Flow-Through Pinout:** Simplifies PCB layout  

This device is ideal for applications requiring reliable high-speed differential signaling with minimal power consumption.

Application Scenarios & Design Considerations

Dual High-Speed Differential Driver & Receiver

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