The phrase "a code chip" is correct and usable in written English.
It can be used to refer to a small electronic component that contains coded information or instructions, often found in devices or systems.
Example: "The new smartphone features a secure a code chip that protects user data from unauthorized access."
Alternatives: "a microchip" or "an encoded chip".
The general DSSS signal structure can be written as s ( t ) = ∑ k = − ∞ ∞ c k g k ( t − kT c ), where c k is the spreading code sequence, g k is the receiving pulse, and T c is the code chip period of a pseudorandom noise (PRN) sequence with period T code.
Calibration information is relayed to the meter via a lot-specific EPROM chip (the code chip module).
The first one is an application-specific integrated circuit (ASIC), which basically amplifies the incoming radio frequency (on the L1 GPS bandwidth), filters it, down-converts it from the GPS carrier frequency to an intermediate frequency of 38.4 MHz, and samples it (with a sampling rate 8.1838 MHz, which can provide up to eight samples per code chip of the modulating C/A code).
This variable is provided for the entire duration of one GPS C/A code period (1 ms) with a time resolution provided by the sampling rate of the radio frequency front end (which is 8.1838 MHz, i.e., 0.125 C/A code chip length being the entire code formed by 1,024 chips).
for n odd, where T s is the half period of the subcarrier, n is the number of half period T s during one code chip period T c, C k is the k i-th chip of the PRN code with frequency fc, sBOC-AW p,q,α(M))(t) isBOC-AW pposed subcarrier WF with parameters f s,q,αc, and α(M) with α(M) = [α1, α2,…, α M ], 0 ≤ α1 < α2 < … < αM ≤ 1, and M = {2, 4, 6}.
As navigation signal, we assume a GPS C/A code signal, which is a CDMA signal with a code length of 1023 (Gold code) and a chip rate of 1.023 MChips/s, such that a single chip corresponds to a signal travel time of approximately 300 meters and the duration of an entire codeword is a millisecond.
I.B.M. will provide the processor, code-named Broadway, and ATI Technologies will provide a graphics chip, code-named Hollywood, to power the device, Nintendo's president, Satoru Iwata, said at the Game Developers Conference in San Francisco.
Beyond desktop computers, AMD is about a year away from offering a chip code-named Clawhammer that will be intended to compete in the Windows server space, which Intel currently has to itself.
In 2007, a server chip code-named Barcelona, which had four separate processor cores and beat Intel chips in performance and price, was delayed because of a design flaw.
Chuck Moore, chief technical officer of A.M.D.'s technology development group, said a new chip, code-named Bulldozer, "is designed from the bottom up to take advantage of low-power technologies".
