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496: Difference between revisions
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manuals= | manuals= | ||
Need Operators and Programming Manuals | Need Operators and Programming Manuals | ||
* [[Media: 070-3481-00.pdf| Tek 496 & 496P Service Manual Volume 1 (PDF)] | * [[Media:070-3481-00.pdf| Tek 496 & 496P Service Manual Volume 1 (PDF)]] | ||
* [[Media: 070-3482-00.pdf| Tek 496 & 496P Service Manual Volume 2 (PDF)] | * [[Media:070-3482-00.pdf| Tek 496 & 496P Service Manual Volume 2 (PDF)]] | ||
* [[Media: Tek_496_Catalog_Spec_1982.pdf| Tektronix 496 Introduction Spec (PDF, OCR)]] | * [[Media:Tek_496_Catalog_Spec_1982.pdf| Tektronix 496 Introduction Spec (PDF, OCR)]] | ||
* [[Media: Tek_496_Catalog_Spec_1986.pdf| Tektronix 496 Final Spec (PDF, OCR)]] | * [[Media:Tek_496_Catalog_Spec_1986.pdf| Tektronix 496 Final Spec (PDF, OCR)]] | ||
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The single and delta markers provide direct readout of frequency and amplitude information of any point along any displayed trace. Or, get the relative (delta) frequency and amplitude information between any two points along any displayed trace or between traces. | The single and delta markers provide direct readout of frequency and amplitude information of any point along any displayed trace. Or, get the relative (delta) frequency and amplitude information between any two points along any displayed trace or between traces. | ||
Additional features include: Continuous Resolution Frequency Tuning, Up to | Additional features include: Continuous Resolution Frequency Tuning, Up to 80 dB Viewable Dynamic Range, Built-in Frequency Counters Provide Frequency Determination to within 0.0000001%, Sensitivities to -134 dBm, Built-in Intelligence for Signal Processing/Marker Functions, Push Button Occupied-Bandwidth/Noise Normalization Functions, Macro Capability with Nonvolatile Memory, Optional Switch-Selectable 50/75Ω Impedances, GPIB Programming with Tek Codes and Formats for Standardized Bus Operation, and optional MATE/CIIL Compatibility for Military Applications. | ||
Front panel inputs/outputs are: RF INPUT 50Ω [[N connector]] (Input connector for RF signals to 21 GHz. If input signal has a dc component use a blocking capacitor in line with the signals); CAL OUT [[BNC connector]] (Calibrator output provides -20 dBm 100 MHz signal and a comb of frequency markers 100 MHz apart). Opt. 07 adds switchable 50Ω/75Ω output. 75Ω output at +20 dBmV 100 MHz signal; 1ST LO OUTPUT [[SMA connector]] (Provides access to the output of the 1st local oscillator. Must be terminated into 50 Ω when they are not connector to an external device); 2ND LO OUTPUT [[SMA connector]] (Provides access to the output of the 2nd local oscillator. Must be terminated into 50Ω when they are not connector to an external device); Opt. 07 adds RF INPUT 75Ω [[TNC connector]] (Input connector for RF signals to 5 MHz to 1 GHz;; and Camera Power . | Front panel inputs/outputs are: RF INPUT 50Ω [[N connector]] (Input connector for RF signals to 21 GHz. If input signal has a dc component use a blocking capacitor in line with the signals); CAL OUT [[BNC connector]] (Calibrator output provides -20 dBm 100 MHz signal and a comb of frequency markers 100 MHz apart). Opt. 07 adds switchable 50Ω/75Ω output. 75Ω output at +20 dBmV 100 MHz signal; 1ST LO OUTPUT [[SMA connector]] (Provides access to the output of the 1st local oscillator. Must be terminated into 50 Ω when they are not connector to an external device); 2ND LO OUTPUT [[SMA connector]] (Provides access to the output of the 2nd local oscillator. Must be terminated into 50Ω when they are not connector to an external device); Opt. 07 adds RF INPUT 75Ω [[TNC connector]] (Input connector for RF signals to 5 MHz to 1 GHz;; and Camera Power . | ||
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<div style='text-align: center;'>Specifications based on 1986 published documentation, unless otherwise specified.</div> | <div style='text-align: center;'>Specifications based on 1986 published documentation, unless otherwise specified.</div> | ||
{{BeginSpecs}} | {{BeginSpecs}} | ||
{{Spec | Frequency Range | 1 kHz to 1.8 GHz | {{Spec | Frequency Range | 1 kHz to 1.8 GHz }} | ||
{{Spec | Frequency Span Range (plus 0 Hz and MAX) | 50 Hz to 100 MHz in 1, 2, 5 sequence }} | {{Spec | Frequency Span Range (plus 0 Hz and MAX) | 50 Hz to 100 MHz in 1, 2, 5 sequence }} | ||
{{Spec | Resolution Bandwidth Range (-6 dB bandwidth) | 30 Hz, then 100 Hz to 1 MHz in decade steps }} | {{Spec | Resolution Bandwidth Range (-6 dB bandwidth) | 30 Hz, then 100 Hz to 1 MHz in decade steps }} | ||
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{{Spec | Power | 90 − 132 V<sub>AC</sub>, 48 to 440 Hz; 180 – 250 V<sub>AC</sub>, 48 to 440 Hz. At 115 V<sub>AC</sub>, 60 Hz, 210 W max }} | {{Spec | Power | 90 − 132 V<sub>AC</sub>, 48 to 440 Hz; 180 – 250 V<sub>AC</sub>, 48 to 440 Hz. At 115 V<sub>AC</sub>, 60 Hz, 210 W max }} | ||
{{Spec | Operating Atmospherics | Temperatures: -15 °C to +55 °C; Humidity: Five cycles (120 hours) MIL-STD-810; Altitude: Up to 4.5 km (15,000 ft) }} | {{Spec | Operating Atmospherics | Temperatures: -15 °C to +55 °C; Humidity: Five cycles (120 hours) MIL-STD-810; Altitude: Up to 4.5 km (15,000 ft) }} | ||
{{Spec | GPIB Characteristics | In accordance with IEEE Standard 488-1978 implemented as SH1, AH1, T5, L3, SR1, RL1, PP1, DC1, DT1, and C0 | {{Spec | GPIB Characteristics | In accordance with IEEE Standard 488-1978 implemented as SH1, AH1, T5, L3, SR1, RL1, PP1, DC1, DT1, and C0 }} | ||
{{EndSpecs}} | {{EndSpecs}} | ||