
Fully Coded 3GPP W-CDMA Personality User’s and Programming Guide 5-37
ESG Family Signal Generators Remote Programming and Examples
Option 200 Programming Example
Program Comments
10 to 110: Program description
120: Reset the signal generator.
130: Set the signal generator’s carrier frequency to 1950.000 MHz.
140: Set the signal generator’s carrier power to −121 dBm.
150: Turn on the modulation function.
160: Program border
170: Set the ESG for uplink parameters.
180: Set the phase polarity to normal.
190: Set the data clock source of the baseband generator to internal.
200: Set the filter type to root Nyquist.
210: Set the alpha value of the root Nyquist filter to 0.220.
220: Set the scrambling code to 0.
230: Set the chip rate to 3.840 Mcps.
240: Program border
250: Set the synchronization source to SFN reset signal.
260: Set the synchronization triggering mode to continuous.
270 Set the timing offset to 0 chip.
280: Set the frame clock interval to 80 milliseconds.
290: Set the reference measurement channel rate to 12.2 kbps.
300: Program border
310: Turn on the uplink dedicated physical control channel (DPCCH) operating state.
320: Set the power of the uplink DPCCH to −2.69 dB.
330: Set the slot format of the uplink DPCCH to 0.
340: Set the channel code of the uplink DPCCH to 0.
350: Set the TFCI fixed-bit pattern of the uplink DPCCH to 0000.
360: Set the FBI fixed-bit pattern of the uplink DPCCH to 00000000.
370: Set the TPC pattern of the uplink DPCCH to up and down pattern.
380: Set the number of steps for TPC of the uplink DPCCH to 1.
390: Set the pattern trigger for TPC of the uplink DPCCH to off.
400: Program border
410: Turn on the uplink dedicated physical data channel (DPDCH) operating state.
420: Set the power of the uplink DPDCH to 0.00 dB.
430: Set the data pattern of the uplink DPCCH to PN9.
440: Set the slot format of the uplink DPCCH to 2.
450: Set the channel code of the uplink DPDCH to 16.
460: Set the symbol rate of the uplink DPCCH to 60 ksps.
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