PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1597BCN%23PBF
: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1597BIN%23PBF
: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1591CN%23PBF
! customer login required - 1 credit Status: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1597-1ACN%23PBF
: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1597-1AIN%23PBF
: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/POD/Default.asp?M=ANALOG&PN=LTC1591IN%23PBF
! customer login required - 1 credit Status: Active Updated: 4/6/2020 8:12:00 PM Mounting Type: Through-hole Logical Description: IC, 14, 16 Bit Parallel Low Glitch Multiplying Digital to Analog Converters with 4 Quadrant Resistor Physical Description: DIP, 7.62 mm lead span, 2.54 mm pitch; 28 pin, 35.56 mm L X 7.493 mm W X 4.037 mm H body Commonly Visited
PCB Libraries, Inc. | https://www.pcblibraries.com/forum/jedec-standard-footprints_topic2063_post8485.html
surface could cause placement problem on crowded PCB. Of course you can use the resistor pattern for both of them but then why cap have component end covered on all side and not the resistor
PCB Libraries, Inc. | https://www.pcblibraries.com/Forum/topic2063&OB=DESC.html
surface could cause placement problem on crowded PCB. Of course you can use the resistor pattern for both of them but then why cap have component end covered on all side and not the resistor
PCB Libraries, Inc. | https://www.pcblibraries.com/Forum/jedec-standard-footprints_topic2063_post8485.html
surface could cause placement problem on crowded PCB. Of course you can use the resistor pattern for both of them but then why cap have component end covered on all side and not the resistor
PCB Libraries, Inc. | https://www.pcblibraries.com/forum/jedec-standard-footprints_topic2063.html
? I am thinking of standardizing things such as SOT, SOIC, chip components, molded body caps, SM* diodes, etc. What if any standardization of footprints have any of you attempted
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