Datasheet

Analog Integrated Circuit Device Data
18 Freescale Semiconductor
33897
REVISION HISTORY
REVISION HISTORY
REVISION DATE DESCRIPTION OF CHANGES
9.0
5/2005
Converted to Freescale format
Added A & B Versions
Updated Device Variation Table, and Note “* Recommended device for all new designs”
Added EF (Pb-Free) Devices, and higher soldering temperature
10.0
8/2005
Implemented Revision History page
Updated Simplified Application Diagrams
Updated Typical Application Schematic
11.0
12/2005 Added 33897C and D versions and Timing Diagrams
12.0
1/2006
Updated Table 4, Static Electrical Characteristics - LOAD and BUS parameters
Updated Ordering Information.
13.0
6/2006
Removed “Unless otherwise noted” from Static Electrical Characteristics & Dynamic Electrical
Characteristics table introductions
14.0
8/2006
Added Part Numbers MC33897TD and MC33897TEF to Ordering Information on Page 1.
Added 33897T to Table 1, Device Variations on Page 3, Referencing Electrical Changes per Errata
MC33897TER, Revision 3 and specifying ESD variations
15.0
10/2006
Removed Part Numbers MC33897TD/R2, MC33897TEF/R2, MC33897CLEF/R2, PC33897CLEF/
R2, MC33897DLEF/R2, and PC33897DLEF/R2
Added Part Numbers MCZ33897EF/R2, MCZ33897TEF/R2, MCZ33897AEF/R2, MCZ33897CEF/
R2, MCZ33897BEF/R2, and MCZ33897DEF/R2 to the Ordering Information block on Page 1.
Updated Device Variations on page 2 for “T” suffix products
Split out Human Body Model on page 5 to differentiate between T and non-T versions
Added Under-voltage Hysteresis on page 6
Removed Peak Package Reflow Temperature During Reflow (solder reflow) parameter from
Maximum Ratings on page 5. Added note with instructions to obtain this information from
www.freescale.com.
16.0
6/2007 Removed watermark, “Advance Information” from page 1.
17.0
1/2011
Improved HBM ESD All Pins Except BUS to ±2.0 kV on MC33897CT
Added MC33897CTEKF/R2 to the ordering information
Removed all 8-Pin SOICN device information
Changed Short-circuit BUS Output Current to -100 mA (Approved by GM)
18.0
4/2012 Updated Quiescent Current I
QSLP
to 60 μA max.