EIP 101A: Difference between revisions

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{{MissingSpecs}}
{{BeginSpecs}}
Frequency Coverage 1-12.4 GHz (useable . 7 - 15.7 GHz) *
{{Spec | Frequency Coverage | 1-12.4 GHz (useable . 7 - 15.7 GHz)* }}
Dial Frequency Accuracy 10 MHz +, 3% **
{{Spec | Dial Frequency Accuracy | 10 MHz +, 3% ** }}
'-
{{Spec | Selectable Video Bandwidths | 1 KHz, 100 KHz, 3 MHz }}
Selectable Video Bandwidths 1 KHz, 100 KHz, 3 MHz
{{Spec | Frequency Response | + 2 dB typical, ±4 dB maximum }}
Frequency Response + 2 dB typical, ±4 dB maximum
{{Spec | Calibrated Dispersion | 0 - 11. 4 GHz (useable 0 - 15. 0 GHz) }}
No. of Bands Required to Cover Frequency Range 1
{{Spec | No. of Bands Required to Cover Frequency Range  | 1  }}
Calibrated Dispersion 0 - 11. 4 GHz (useable 0 - 15. 0 GHz)
{{Spec | Dispersion Resettability | Typical 10MHz }}
Dispersion Resettability Typical 10MHz
{{Spec | Dispersion Dial Accuracy | Typical 10 MHz or ±. 5% whichever is greater }}
Dispersion Dial Accuracy Typical 10 MHz or ±. 5% whichever is greater
{{Spec | Preselection | 3 Resonator YIG filter, nominal 3 dB bandwidth 15 MHz, straight thru leakage >60 dB down, tracking spurious typically >45 dB down*** }}
Preselection 3 Resonator YIG filter, nominal 3 dB bandwidth 15 MHz, straight thru leakage >60 dB down, tracking spurious typically >45 dB down***
{{Spec | Resolution | Typicall5 MHz }}
Resolution Typicall5 MHz
{{Spec | Image Rejection | Generates no image signals }}
Image Rejection Generates no image signals
{{Spec | Intermod Rejection | Intermod signals are reduced by the preselector selectivity over conventional microwave diode response }}
Intermod Rejection Intermod signals are reduced by the preselector selectivity over conventional microwave diode response
{{Spec | Type of Receiver | Crystal linear or log video with sweeping YIG pre selector }}
Type of Receiver Crystal linear or log video with sweeping YIG pre selector
{{Spec | Sensitivity (1 KHz Bandwidth) | -45 dBm minimum }}
Sensitivity (1 KHz Bandwidth) -45 dBm minimum
{{Spec | Max. Input Power | +20 dBm }}
Max. Input Power +20 dBm
{{Spec | Limiting Level (2dB compression) | 0.7 - 1.0 GHz -20 dBm typical }}
Limiting Level (2dB compression) . 7 - 1. 0 GHz -20 dBm typical
{{Spec |  | 1.0 - 1.2 GHz >+5 dBm }}
1. 0 - 1. 2 GHz >+5 dBm
{{Spec |  | 1.2 - 15.7 GHz >+10 dBm }}
1. 2 - 15.7 GHz >+10 dBm
{{Spec |  Log Accuracy (<1 MW Input) | ± 1 dB Typical }}
Log Accuracy (<1 MW Input) ± 1 dB Typical
{{Spec | Variable Vertical Log Scale (dB/cm) | Variable and calibratable with internal calibrate signal over the range of 2 dB/cm to 20 dB/cm }}
Variable Vertical Log Scale (dB/cm) Variable and calibratable with internal calibrate signal over the range of 2 dB/cm to 20 dB/cm
{{Spec | Log Video Out Voltage  | 0.02 Volts/dB typical  }}
{{Spec | Sweep Rate  | 1, 10, 30 Hz  }}
{{Spec | Required Assoc. Equipment  | Scope or other analog display  }}
{{Spec | Plug-In' s available for:  | Tektronix which accept letter series plug-ins  }}
{{Spec |
* Usable frequency coverage is limited by the center frequency dial indicator with the unit set on a center frequency of 12 GHz and dispersion set for 15 GHz, most units will display signals as high as 18 GHz.
** If setting is always approached from 700 MHz, if not, add 5 - 15 MHz for hysteresis.
*** Tracking spurious is a second pass band response, always located a fixed number of MHz (approximately 200 MHz) above the normal preselector response.  |  }}
{{EndSpecs}}


Log Video Out Voltage 0.02 Volts/dB typical


Sweep Rate 1, 10, 30 Hz


Required Assoc. Equipment Scope or other analog display
Plug-In' s available for : Tektronix which accept letter series plug-ins
* Usable frequency coverage is limited by the center frequency dial indicator with the unit set on a center frequency of 12 GHz and dispersion set for 15 GHz, most units will display signals as high as 18 GHz.
** If setting is always approached from 700 MHz, if not, add 5 - 15 MHz for hysteresis.
*** Tracking spurious is a second pass band response, always located a fixed number of MHz (approximately 200 MHz) above the normal preselector response.





Revision as of 11:07, 13 February 2021

Template:Plugin Sidebar 2 The EIP 101A is a Spectrum Analyzer plug-in, designed to work in all Tektronix oscilloscope mainframes which accept letter-type plug-ins. Used in the 201A power supply unit, it works together with all analog oscilloscopes. It covers the frequency range of 0.7-15GHz in one single band (tuned YIG bandpass design).


Key Specifications

Frequency Coverage 1-12.4 GHz (useable . 7 - 15.7 GHz)*
Dial Frequency Accuracy 10 MHz +, 3% **
Selectable Video Bandwidths 1 KHz, 100 KHz, 3 MHz
Frequency Response + 2 dB typical, ±4 dB maximum
Calibrated Dispersion 0 - 11. 4 GHz (useable 0 - 15. 0 GHz)
No. of Bands Required to Cover Frequency Range 1
Dispersion Resettability Typical 10MHz
Dispersion Dial Accuracy Typical 10 MHz or ±. 5% whichever is greater
Preselection 3 Resonator YIG filter, nominal 3 dB bandwidth 15 MHz, straight thru leakage >60 dB down, tracking spurious typically >45 dB down***
Resolution Typicall5 MHz
Image Rejection Generates no image signals
Intermod Rejection Intermod signals are reduced by the preselector selectivity over conventional microwave diode response
Type of Receiver Crystal linear or log video with sweeping YIG pre selector
Sensitivity (1 KHz Bandwidth) -45 dBm minimum
Max. Input Power +20 dBm
Limiting Level (2dB compression) 0.7 - 1.0 GHz -20 dBm typical
1.0 - 1.2 GHz >+5 dBm
1.2 - 15.7 GHz >+10 dBm
Log Accuracy (<1 MW Input) ± 1 dB Typical
Variable Vertical Log Scale (dB/cm) Variable and calibratable with internal calibrate signal over the range of 2 dB/cm to 20 dB/cm
Log Video Out Voltage 0.02 Volts/dB typical
Sweep Rate 1, 10, 30 Hz
Required Assoc. Equipment Scope or other analog display
Plug-In' s available for: Tektronix which accept letter series plug-ins
  • Usable frequency coverage is limited by the center frequency dial indicator with the unit set on a center frequency of 12 GHz and dispersion set for 15 GHz, most units will display signals as high as 18 GHz.
    • If setting is always approached from 700 MHz, if not, add 5 - 15 MHz for hysteresis.
      • Tracking spurious is a second pass band response, always located a fixed number of MHz (approximately 200 MHz) above the normal preselector response.




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