Agilent Technologies E8257C PSG Spécifications

Naviguer en ligne ou télécharger Spécifications pour Générateurs d'électricité Agilent Technologies E8257C PSG. Agilent Technologies E8257C PSG Specifications Manuel d'utilisatio

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Agilent
E8267C/E8257C/E8247C PSG
Application Note
Obtain flat-port power
with Agilent’s PSG
user flatness correction
or external leveling functions
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Résumé du contenu

Page 1 - E8267C/E8257C/E8247C PSG

Agilent E8267C/E8257C/E8247C PSG Application NoteObtain flat-port power with Agilent’s PSG user flatness correction or external leveling functions

Page 2 - Agilent E8244A

101. Zero and calibrate the power meter and power sensor.NOTE If you are using a power meter/sensor combinationother than the Agilent E4416A and E4

Page 3 - IntroductionTable of Contents

111. Press [Preset].2. Press [Amplitude] > {More (1 of 2)} > This opens the User Flatness table editor and{User Flatness} > {Configure Cal

Page 4 - Leveling with detectors and

121. Press {More (1 of 2)} > {User Flatness} > This opens the user flatness table editor and{Configure Cal Array}. places the cursor over the

Page 5

131. Press [Preset].2. Press [Amplitude] > {More (1 of 2)} > {User Flatness} > {Configure Cal Array} > {More (1 of 2)} > {Preset Lis

Page 6

14In this example, a user flatness correction array is created to provideflatness-corrected power at the out-put of an Agilent 83554A millimeter-wave

Page 7

15Figure 3-6. User flatness with mm-wave source module for a signal generator without Option 1EA.Figure 3-7. User flatness with mm-wave source module

Page 8

161. Turn on the signal generator’s line power. Upon power-up, the signal generator automatically: senses the mm-wave source module, switches the sig

Page 9 - Creating a user flatness

17Perform the user flatness correction NOTE If you are not using anAgilent E4416A/17A/18A/19A powermeter, or if you do not have GPIBinterface capabi

Page 10 - Connect the equipment

181. Press [More (1 of 2)] > {User Flatness} > This opens the User Flatness table editor and {Configure Cal Array}. places the cursor over the

Page 11

191. Press {Load/Store}.2. Press {Store to File}.3. Enter the file name FLATCAL2 using the alphanumeric soft keys and the numeric keypad.4. Press

Page 12

2Agilent E8244AAgilent E8254AE8247C PSG CW signal generatorE8257C PSG analog signal generatorE8267C PSG vector signal generator

Page 13 - GPIB listener mode

To find out more visit: www.agilent.com/find/psgRelated Agilent literatureAgilent PSG Signal Generators, Brochure,Literature number 5988-7538ENAgilent

Page 14 - Required equipment

3The PSG synthesized signal genera-tors provide extremely flat power at your test port for testing powersensitive devices such as amplifiers,mixers, d

Page 15 - 40.000 000 000 000

4The PSG signal generator can be leveled externally by connecting anexternal sensor at the point whereleveled RF output power is desired.The sensor de

Page 16

51. Press [Preset].2. Press [Frequency] > [10] > {GHz}.3. Press [Amplitude] > [0] > {dBm}.4. Press [RF On/Off].5. Press {Leveling Mod

Page 17

6Determining the leveled outputpowerFigure 3-2 shows the input powerversus output voltage characteristicsfor typical diode detectors fromAgilent Techn

Page 18

7Millimeter-wave source module level-ing is similar to external detectorleveling. The power level feedbacksignal to the ALC circuitry is takenfrom the

Page 19 - Memory Catalog

8Option 1EA signal generators can drive the output of millimeter-wave source modules to maximum specified power without a microwave amplifier.NOTE

Page 20 - Related Agilent literature

9Using an Agilent E4416A/17A orE4418B/19B power meter, you cancreate user flatness correctionarrays to correct RF output ampli-tude variances at user-

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