TB 9-6625-2337-24
(7) Measure and record the delay time from the 10th pulse to the 36th pulse on
channel 2 of the oscilloscope.
(8) Verify that the TI SPACING indication agrees with the value recorded in (7)
above 25 ns.
(9) Use the arrow keys to highlight PULSE WIDTH: and press the key.
(10) Measure and record the pulse with of the 1st pulse on channel 2 of the
oscilloscope.
(11) Verify that the TI PULSE WIDTH indication agrees with the value recorded in
(10) above 25 ns.
(12) Verify that the oscilloscope channel 2 display signal is
1.0 V.
(13) Disconnect equipment setup.
(14) Connect pulse generator channel A OUTPUT to measuring receiver power
sensor and TI PRF INPUT using 50
feedthrough termination. The termination
should be on the PRF INPUT.
a frequency of 900 kHz.
(16) Set the measuring receiver to measure frequency and measure and record
the frequency.
(17) Verify that the TI PRF display indicates within 0.01% of the value recorded in
(16) above.
(18) Disconnect the equipment setup.
(19) Connect 30 MHz to 18.5 GHz probe to channel A on the peak power meter and
calibrator 1 GHz output. Calibrate the detector.
(20) Connect signal generator RF OUTPUT to peak power meter channel A detector
using cable 57057ASSY8190001616-1 and N type feedthrough.
(21) Set the signal generator to produce a 30 MHZ +10 dB cw output and turn the RF
OUTPUT off.
(22) Zero the peak power meter.
(23) Set the signal generator RF OUTPUT to on and using the peak power meter
measure the cw signal and record the indication.
(24) Set the signal generator RF OUTPUT to off and disconnect signal generator
from power meter.
(25) Connect signal generator RF OUTPUT to TI LOW PWR 1W MAX through
cable 57057ASSY8190001616-1 and turn RF OUTPUT to on.
(26) Press TI keys as listed in (a) through (i) below:
Press FUNC, ENTR keys.
(a)
Use the arrow keys to highlight GENERAL MENUS and press ENTR key.
(b)
16, ENTR (GENERAL MEASUREMENTS).
(c)
Use the arrow keys to highlight SOURCE:.
(d)
ENTR (LOW PWR).
(e)
53
