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MAX4906EF
High-/Full-Speed USB 2.0 Switches with High ESD

ESD-Protected Analog Switches Designed for Portable Low-Power Applications that Require a Switching Function for One or More USB 2.0 Differential Pairs


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Status
Active: In Production.

Data Sheet
FULL DATA SHEET (PDF, 204kB)
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Description
The MAX4906EF are electrostatic discharge (ESD)-protected analog switches that combine low on-capacitance (CON) and low on-resistance (RON) necessary for high-performance switching applications. The COM_ inputs are protected against ±15kV ESD without latchup or damage. The device is designed for USB 2.0 high-speed applications at 480Mbps. The switches also handle all the requirements for USB low- and full-speed signaling.

The MAX4906EF features two single-pole/double-throw (SPDT) switches. The device is fully specified to operate from a single +2.7V to +3.6V power supply and is protected against a +5.5V short to all analog inputs (COM_, NC_, NO_). This feature makes the MAX4906EF fully compliant with the USB 2.0 specification of +5.5V fault protection. The device features a low threshold voltage and a +1.4V VIH, permitting them to be used with low-voltage logic. The device features a active-low QP input that when driven high, turns the charge pump off and sets the device in standby mode. When the device is in standby mode, the quiescent supply current is reduced to 3µA (max) and the switches remain operable.

The MAX4906EF is available in a space-saving, 2mm x 2mm µDFN package and operates over a -40°C to +85°C temperature range.

Key Features   Applications/Uses
  • ±15kV (Human Body Model) ESD Protection, on COM_
  • Fully Specified for a Single +2.7V to +3.6V Power-Supply Voltage
  • Low 4Ω (typ), 7Ω (max) On-Resistance (RON)
  • -3dB Bandwidth: 500MHz (typ)
  • Low Bit-to-Bit Skew ≤ 20ps
  • Charge-Pump Noise = 90µV (typ)
  • Charge-Pump Enable
  • No Need for Logic-Level Shifters for 1.4V or Above
  • COM_ Analog Inputs Fault-Protected Against Shorts to USB Supply Rail Up to +5.5V
  • Low Supply Current 3µA (max) in Standby
  • Space-Saving 10-Pin, 2mm x 2mm µDFN Package

 
  • Bus Switches
  • Cell Phones
  • Digital Still Cameras
  • Ethernet Switching
  • GPS
  • Notebook Computers
  • PDAs
  • Relay Replacements
  • T3/E3 Switches for Redundancy Protection
  • USB Switching
  • Video Switching

    Diagram
    MAX4906EF: Typical Operating Characteristics
    Typical Operating Characteristics

    Application Notes
  • Application Note 4131: Improving USB 2.0 Switched-System Response - MAX4906EF

    Design Guides
  • Signal Routing & Protection (PDF)

    Reliability Reports
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    Software/Models
    none

    Ordering Information
    Notes:

    1. Other options and links for purchasing parts are listed at: http://www.maxim-ic.com/sales.
    2. Didn't Find What You Need? Ask our applications engineers. Expert assistance in finding parts, usually within one business day.
    3. Part number suffixes: T or T&R = tape and reel;+ = RoHS/lead-free;# = RoHS/lead-exempt. More: SeeFull Data Sheet or Part Naming Conventions.
    4. * Some packages have variations, listed on the drawing. "PkgCode/Variation" tells which variation the product uses. Note that "+", "#", "-" in the part number suffix describes RoHS status. Package drawings may show a different suffix character.


    Devices: 1-3 of 3

    MAX4906EF Free
    Sample
    Buy Status
    Package: TYPE PINS FOOTPRINT
      DRAWING CODE/VAR *
    Temp RoHS/Lead-Free?
    Materials Analysis
    MAX4906EFELB+T    
    Active µDFN;10 pin;4 mm²
    Outline Drawing: 21-0164 (PDF)
    Land Pattern: 90-0006 (PDF)
    Use pkgcode/variation: L1022+1*
    -40°C to +85°C RoHS/Lead-Free: Lead Free
    Materials Analysis
    MAX4906EFELB+  
    Active µDFN;10 pin;4 mm²
    Outline Drawing: 21-0164 (PDF)
    Land Pattern: 90-0006 (PDF)
    Use pkgcode/variation: L1022+1*
    -40°C to +85°C RoHS/Lead-Free: Lead Free
    Materials Analysis
    MAX4906EFELB-T    
    Active

    Land Pattern: Not Available

    -40°C to +85°C See data sheet

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    Document Ref.: 19-0613; Rev 2; 2009-10-08
    This page last modified: 2009-10-08


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