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Catalog Datasheet	Type	Document Tags	PDF
PUG0013 Abstract: TN0018 Contextual Info: Technical Note Setting Interrupts for eZ80 Devices TN001802-1203 Abstract This Technical Note discusses how to set interrupts for devices in the eZ80® family of microprocessors. The eZ80 family features a number of options for handling interrupts. The eZ80	Original	TN001802-1203 eZ80190, eZ80L92, eZ80F91, eZ80F92, eZ80F93 eZ80190 0000h. PUG0013 TN0018	PDF
lga16 land pattern Abstract: LGA16 footprint TN0018 LGA 16L 4x4x1 LGA16 L footprint LGA16 LGA land pattern ST LGA-16 JESD97 Contextual Info: TN0018 Technical note Linear accelerometers in LGA package surface mounting guidelines Introduction This document is a general guidelines about soldering accelerometer products packaged in LGA surface mount. Note: April 2008 Data provided in this document are to be intended as reference for PCB design and	Original	TN0018 lga16 land pattern LGA16 footprint TN0018 LGA 16L 4x4x1 LGA16 L footprint LGA16 LGA land pattern ST LGA-16 JESD97	PDF
LGA16 footprint Abstract: TN0018 lga16 land pattern LGA16 L footprint 788755 LGA voiding LGA16 JESD97 LGA14 lga16 land Contextual Info: TN0018 Technical note Linear accelerometers in LGA package surface mounting guidelines Abstract This document is a general guidelines about soldering accelerometer products packaged in LGA surface mount. October 2006 Rev 1 1/13 www.st.com Contents TN0018 Contents	Original	TN0018 LGA16 footprint TN0018 lga16 land pattern LGA16 L footprint 788755 LGA voiding LGA16 JESD97 LGA14 lga16 land	PDF
threshold angular velocity in a gyroscope Contextual Info: TA0343 Technical article Everything about STMicroelectronics’ 3-axis digital MEMS gyroscopes Executive summary STMicroelectronics ST , the leading worldwide supplier of MEMS motion sensors(a), introduced in early 2010 an innovative 3-axis digital gyroscope in a 4 x 4 x 1.1 mm LGA	Original	TA0343 threshold angular velocity in a gyroscope	PDF
Modified Coffin-Manson Equation Calculations Abstract: TN-00-18 TN0018 micron memory model for ddr3 TN-00-08 ddr3 MTBF 59559 Coffin-Manson Equation mobile ddr2 7994 Contextual Info: TN-00-18: Temperature Uprating on Semiconductors Introduction Technical Note Uprating Semiconductors for High-Temperature Applications Introduction Uprating is used to evaluate a part’s ability to function and perform when it is used outside of the manufacturer’s specified temperature range.21 For example, the	Original	TN-00-18: TN-00-08 09005aef81694133/Source: 09005aef8169415f TN0018 Modified Coffin-Manson Equation Calculations TN-00-18 micron memory model for ddr3 ddr3 MTBF 59559 Coffin-Manson Equation mobile ddr2 7994	PDF