-40%

Vintage Intel C4004 CPU Crystal only NOS carded never opened

$ 264

Availability: 100 in stock
  • All returns accepted: ReturnsNotAccepted
  • Brand: Intel

    Description

    Vintage Intel C4004 CPU i4802 crystal NOS carded and never opened. All offers considered.
    This auction is for a 5.1850 MHz crystal marked i4801
    It is carded and has C C also marked on the can.  Please look at the supporting documentation.
    Does this mean "Clock Crystal" or designate the manufacturer? Used in the Intel MCS-40 4004, 4040 family with the 4201.
    Intel i4801 Clock Generator Crystal for 4004/4201A or 4040/4201A 1976-77
    Specifications • Clock Generator Crystal for 4004/4201A or 4040/4201A • Fundamental – 5.185 MHz • “AT” Cut Fundamental Frequency • Room Temperature Frequency Adjusted Within ± .005% • Used With 4201A in MCS-40™ Systems • Temperature Range -55°C to 125°C • Two Lead Can
    The 4801 is a quartz crystal resonator to be used with 4201A in an MCS-40 microcomputer system. The selection of 5.185 MHz gives a 1.35μs clock period (740KHz) for a 4004 or 4040 Intel i4801
    This auction is for a 5.1850 MHz crystal
    marked
    i4801
    It is carded and has C C also marked on the can.
    Does this mean "Clock Crystal" or designate the manufacturer?
    Used in the Intel MCS-40 4004, 4040 family with the 4201.
    Intel i4801
    Clock Generator Crystal for 4004/4201A or 4040/4201A
    1976-77
    Specifications
    • Clock Generator Crystal for 4004/4201A or 4040/4201A
    • Fundamental – 5.185 MHz
    • “AT” Cut Fundamental Frequency
    • Room Temperature Frequency Adjusted Within ± .005%
    • Used With 4201A in MCS-40™ Systems
    • Temperature Range -55°C to 125°C
    • Two Lead Can
    The 4801 is a quartz crystal resonator to be used with 4201A in an MCS-40 microcomputer system. The
    selection of 5.185 MHz gives a 1.35μs clock period (740KHz) for a 4004 or 4040
    Intel i4801
    This information is per
    The Collector’s guide to
    Vintage Intel Microchips
    4th Edition
    George M. Phillips Jr.