2640: Difference between revisions
Jump to navigation
Jump to search
(Created page with "{{Oscilloscope Sidebar | title=Tektronix 2640 | summary=Fourier Analyzer DC to 200 kHz | image= Tek_2640_1.JPG | caption=Tektronix 2640 | introduced=1990 | discontinued=1991 |...") |
No edit summary |
||
| (11 intermediate revisions by 3 users not shown) | |||
| Line 1: | Line 1: | ||
{{ | {{Instrument Sidebar | ||
|class=Spectrum Analyzer | |||
summary=Fourier Analyzer | |manufacturer=Tektronix | ||
image= Tek_2640_1.JPG | | |model=2640 | ||
caption=Tektronix 2640 | | |summary=200 kHz Fourier Analyzer | ||
introduced=1990 | | |image=Tek_2640_1.JPG | ||
discontinued=1991 | | |caption=Tektronix 2640 | ||
manuals= | |introduced=1990 | ||
|discontinued=1991 | |||
* [[Media: Tek_2600_Series_Catalog_1990.pdf| Tektronix 2640 Final Spec | |manuals= | ||
* ''User Guide and Service Manual needed'' [[Category:Manual needed]] | |||
* [[Media: Tek_2600_Series_Catalog_1990.pdf| Tektronix 2640 Final Spec]] | |||
}} | }} | ||
The '''Tektronix 2640''' is a Fourier analyzer that links dedicated signal acquisition and analysis with a personal computer’s mass storage and graphics. It allows measurement solutions for electrical, mechanical, and electromechanical applications in the DC to 200 kHz frequency range. Typical applications are Structural Analysis, Control Systems, Machine Vibration, Audio and Acoustic Tests, and General Purpose Signal and System Analysis. | |||
Each of the channel inputs provide simultaneous sampling of all channels utilizing 12 bit ADC standard or 16 bit ADC optionally. Signal processing includes Fourier Transform ([[wikipedia:Fast_Fourier_transform|FFT]]) and Spectral Lines. The signal generator has a wide variety of functions, like sine, square, sawtooth, triangle, input, random, adjustable random, chirp, and arbitrary. With the optional TurboPac Application Library and Run-Time License advanced measurement calculations and graphs can be generated from the data collected. | |||
Each of the channel inputs provide simultaneous sampling of all channels utilizing 12 bit ADC standard or 16 bit ADC optionally. Signal processing includes Fourier Transform (FFT) and Spectral Lines. The signal generator has a wide variety of functions, like sine, square, sawtooth, triangle, input, random, adjustable random, chirp, and arbitrary. With the optional TurboPac Application Library and Run-Time License advanced measurement calculations and graphs can be generated from the data collected. | |||
The PC’s monitor displays the measurements results – but that’s where the Fourier Analyzer dependence on the PC stops. All of the data acquisition, data management, signal processing and other computationally intensive operations are reserved for the Fourier Analyzer’s high-performance measurement and analysis hardware. Built-in analog and digital anti-alias filters automatically track all of the bandwidth settings. A selection of frame sizes allows the user to choose the best trade-off between acquisition time and frequency resolution. When high frequency resolution around a specific signal is needed, the option "zoom" feature can be used. It allows one to focus up to 1600 spectral line with a span as small as 10 Hz about the frequency of interest. | The PC’s monitor displays the measurements results – but that’s where the Fourier Analyzer dependence on the PC stops. All of the data acquisition, data management, signal processing and other computationally intensive operations are reserved for the Fourier Analyzer’s high-performance measurement and analysis hardware. Built-in analog and digital anti-alias filters automatically track all of the bandwidth settings. A selection of frame sizes allows the user to choose the best trade-off between acquisition time and frequency resolution. When high frequency resolution around a specific signal is needed, the option "zoom" feature can be used. It allows one to focus up to 1600 spectral line with a span as small as 10 Hz about the frequency of interest. | ||
{{BeginSpecs}} | {{BeginSpecs}} | ||
{{Spec | Frequency Ranges | DC to 200 kHz }} | {{Spec | Frequency Ranges | DC to 200 kHz }} | ||
| Line 33: | Line 24: | ||
{{Spec | Standard Channels | 2 }} | {{Spec | Standard Channels | 2 }} | ||
{{Spec | Max Channels | 4 }} | {{Spec | Max Channels | 4 }} | ||
{{Spec | Channel Match | ±0.2 dB }} | |||
{{Spec | Transient Capture Samples | 500 K }} | {{Spec | Transient Capture Samples | 500 K }} | ||
{{Spec | Spectral Lines | 25 to 1600 }} | {{Spec | Spectral Lines | 25 to 1600 }} | ||
{{Spec | Input Impedance | 1 MΩ; 200 pF }} | {{Spec | Input Impedance | 1 MΩ; 200 pF }} | ||
{{Spec | Max Input Level | ±30 V }} | {{Spec | Max Input Level | ±30 V }} | ||
{{Spec | Weight | Standard accessories: 11.8 kg (26 lbs) }} | |||
{{Spec | Weight | Standard accessories: | {{Spec | Power | 90 − 250 V<sub>AC</sub>, 48 to 66 Hz, 120 W }} | ||
{{Spec | Power | 90 − 250 V<sub>AC</sub>, 48 to 66 Hz, | |||
{{EndSpecs}} | {{EndSpecs}} | ||
Front panel: | |||
* CH1, CH2, CH3, and CH4 each with a [[BNC connector]] (1 MΩ; 200 pF; ±30 V) | |||
* OUTPUT [[BNC connector]] (50 Ω; ±10 V; signal general output capable of a variety of pre-defined, as well as user-defined, signals.) | |||
Rear panel: | |||
* SYSTEM INTERCONNECT [[DB9 connector|DB-9 male]] used for both External triggering, and External sampling inputs. All pins TTL-level: Pin 1 triggering signal input; pin 2 trigger sense output; pin 3 external clock input; pins 6 thru 8 signal ground; pin 9 is the external sampling input) | |||
* SERIAL PORT [[BNC connector]] (linking to the host computer via a Tektronix supplied serial interface cable). | |||
==Options== | ==Options== | ||
| Line 54: | Line 51: | ||
</gallery> | </gallery> | ||
[[Category: Spectrum | [[Category:Spectrum analyzers]] | ||
Latest revision as of 03:21, 11 September 2023
The Tektronix 2640 is a Fourier analyzer that links dedicated signal acquisition and analysis with a personal computer’s mass storage and graphics. It allows measurement solutions for electrical, mechanical, and electromechanical applications in the DC to 200 kHz frequency range. Typical applications are Structural Analysis, Control Systems, Machine Vibration, Audio and Acoustic Tests, and General Purpose Signal and System Analysis.
Each of the channel inputs provide simultaneous sampling of all channels utilizing 12 bit ADC standard or 16 bit ADC optionally. Signal processing includes Fourier Transform (FFT) and Spectral Lines. The signal generator has a wide variety of functions, like sine, square, sawtooth, triangle, input, random, adjustable random, chirp, and arbitrary. With the optional TurboPac Application Library and Run-Time License advanced measurement calculations and graphs can be generated from the data collected.
The PC’s monitor displays the measurements results – but that’s where the Fourier Analyzer dependence on the PC stops. All of the data acquisition, data management, signal processing and other computationally intensive operations are reserved for the Fourier Analyzer’s high-performance measurement and analysis hardware. Built-in analog and digital anti-alias filters automatically track all of the bandwidth settings. A selection of frame sizes allows the user to choose the best trade-off between acquisition time and frequency resolution. When high frequency resolution around a specific signal is needed, the option "zoom" feature can be used. It allows one to focus up to 1600 spectral line with a span as small as 10 Hz about the frequency of interest.
Key Specifications
| Frequency Ranges | DC to 200 kHz |
|---|---|
| Max Real-time Bandwidth | 10 kHz |
| Dynamic Range | 75 dB |
| Standard Channels | 2 |
| Max Channels | 4 |
| Channel Match | ±0.2 dB |
| Transient Capture Samples | 500 K |
| Spectral Lines | 25 to 1600 |
| Input Impedance | 1 MΩ; 200 pF |
| Max Input Level | ±30 V |
| Weight | Standard accessories: 11.8 kg (26 lbs) |
| Power | 90 − 250 VAC, 48 to 66 Hz, 120 W |
Front panel:
- CH1, CH2, CH3, and CH4 each with a BNC connector (1 MΩ; 200 pF; ±30 V)
- OUTPUT BNC connector (50 Ω; ±10 V; signal general output capable of a variety of pre-defined, as well as user-defined, signals.)
Rear panel:
- SYSTEM INTERCONNECT DB-9 male used for both External triggering, and External sampling inputs. All pins TTL-level: Pin 1 triggering signal input; pin 2 trigger sense output; pin 3 external clock input; pins 6 thru 8 signal ground; pin 9 is the external sampling input)
- SERIAL PORT BNC connector (linking to the host computer via a Tektronix supplied serial interface cable).
Options
- Opt. 1H: Four Input Channels
- Opt. 2H: 2-CH Zoom
- Opt. 3H: 4-CH Zoom
- Opt. 4H: Signal Generator