NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: Agilent N2002A N2002A Noise Source Test Set 10 MHz to 26.5 GHz Technical Overview Noise Source , A significant contributor to this is the uncertainty surrounding the noise source used when measuring noise figure on your device. Accurate noise source calibration is critical to minimizing noise , Agilent N2002A N2002A noise source test set is a stand-alone instrument that operates as an integral part of a noise source calibration system. The low cost, easy-to-use N2002A N2002A, as part of a calibration system ... | Original |
5 pages, |
N2002A n2002 346A 5988-0081EN N8975A 5952-8255 N2002A abstract |
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| Abstract: NFP1003 NFP1003 HERMETIC MICROWAVE SURFACE MOUNT NOISE SOURCE 100 MHZ TO 3 GHZ The NFP1003 NFP1003 Noise , sensitivity testing: This test uses the noise source to supply a · Storage Temp: known excess noise ratio , calculate noise temperature (figure) or sensitivity. 2. Frequency Response: The noise source being , / NOISESALES@MICRONETICS.COM -54 to +125 C WWW.MICRONETICS.COM NFP1003 NFP1003 HERMETIC MICROWAVE SURFACE MOUNT NOISE SOURCE , Where N2 is measured power output with noise source on and N1 is the measured power output with noise ... | Original |
2 pages, |
noise source NFP1003 NFP1003 abstract |
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| Abstract: Return to Noise Source Index SMN3018 SMN3018 SURFACE MOUNT NOISE SOURCE 200 MHZ TO 6.0 GHZ D ESCRIPTION The world's smallest packaged noise source SMN3018 SMN3018 DATA ENR The SMN3018 SMN3018 noise module is the world's smallest packaged noise source , SMN3018 SMN3018 noise source being surface mount, having a small footprint and available on tape and reel make , benefits of an onboard noise source. S PECIFICATIONS · Frequency: · ENR: Using noise for built-in ... | Original |
2 pages, |
SMN3018 SMN3018-X1D SMN3018 abstract |
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| Abstract: Micronetics microwave noise source is a small chip and wire hermetic noise module. This is embedded in the , of the noise source is dependant on the expected noise figure of the DUT. If the expected noise figure is high, the measured difference of the off and on noise source states will be too hard to , the expected noise figure is very low than using a noise source with too high a level of ENR will , any path loss between the noise source and DUT must be accounted for. If a 10 dB noise source makes ... | Original |
2 pages, |
CALIBRATION CERTIFICATE F "Noise Source" datasheet abstract |
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| Abstract: CNS7109 CNS7109 COAXIAL AMPLIFIED NOISE SOURCE 5 MHZ TO 500 MHZ available from stock D ESCRIPTION The CNS7109 CNS7109 noise module is designed for a wide range of applications. It features high noise output , calibrate the gain/loss and frequency response. In addition, the noise source can be used to set up Eb/No for built-in stimulated BER testing of digital demodulation. 1. Barrage Jamming: The noise source , jamming signal. Further circuitry can be used between the noise source and tuning port to shape the ... | Original |
2 pages, |
CNS7109 CNS7109 abstract |
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| Abstract: CNS7108 CNS7108 COAXIAL AMPLIFIED NOISE SOURCE 50 KHZ TO 100 MHZ available from stock D ESCRIPTION The CNS7108 CNS7108 noise module is designed for a wide range of applications. It features high noise output , calibrate the gain/loss and frequency response. In addition, the noise source can be used to set up Eb/No for built-in stimulated BER testing of digital demodulation. 1. Barrage Jamming: The noise source , jamming signal. Further circuitry can be used between the noise source and tuning port to shape the ... | Original |
2 pages, |
CNS7108 CNS7108 abstract |
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| Abstract: This is the PDF file of text No.TE04EA-1 TE04EA-1. No.TE04EA-1 TE04EA-1.pdf 98.3.20 2. Noise Transmission Paths and Basic Concepts for Noise Suppression 2.1. Principle of Noise Suppression Noise Transmission Paths 4 4 Radiation noise 1 Noise source Conductive noise Conductive noise 3 , Suppression 5 4 EMI filter 1 Noise source EMI filter EMI filter 3 Equipment or device , must know the noise source and how it is transmitted. If the initial check is inaccurate, we cannot ... | Original |
2 pages, |
te04ea FILTER EMI Noise TE04EA-1 EMI filter TE04EA-1 abstract |
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| Abstract: SMN7114 SMN7114 SURFACE MOUNT AMPLIFIED NOISE SOURCE 100 MHZ TO 3.0 GHZ DESCRIPTION 7114-C2A 7114-C2A The , benefits of an onboard noise source. SPECIFICATIONS · Frequency: · ENR: 2.5 dB max · Impedance , Temperature (noise figure) or sensitivity testing: This test uses the noise source to supply a known excess , AMPLIFIED NOISE SOURCE 100 MHZ - 3.0 GHZ USEFUL NOISE EQUATIONS Calculating Y-Factor: YFact = N2 / N1 Where N 2 is measured power output with noise source on and N 1 is the measured power output with noise ... | Original |
2 pages, |
Microwave SMN7114 SMN7114 abstract |
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| Abstract: Return to Noise Source Index www.micronetics.com/Noise_Source_SMT/3_5_Volt.pdf SMN3110 SMN3110 LOW BIAS VOLTAGE SURFACE MOUNT NOISE SOURCE 3110-A2A 3110-A2A Works with 3 Volt and 5 Volt DC Supply , noise source being sur face mount, having a small footprint and available on tape and reel make them , benefits of an onboard noise source. SPECIFICATIONS -152.00 1.00E+10 1.00E+09 1.00E+08 , NOISE SOURCE 100 KHZ TO 3.0 GHZ HOW TO ORDER Model # SMN3110-A2A SMN3110-A2A Indicate Bulk or Tape ... | Original |
2 pages, |
SMN3110 SMN3110 abstract |
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| Abstract: SMN7109 SMN7109 1/2 INCH SURFACE MOUNT AMPLIFIED NOISE SOURCE 5 MHZ TO 500 MHZ D ESCRIPTION , frequency response. In addition, the noise source can be used to set up Eb/No for built-in stimulated BER , employed between the noise source and tuning port to shape the noise probability function (PDF) for the , AMPLIFIED NOISE SOURCE 5 MHZ TO 500 MHZ USEFUL NOISE EQUATIONS Converting ENR to noise spectral , SURFACE MOUNT AMPLIFIED NOISE SOURCE 5 MHZ TO 500 MHZ HOW TO ORDER Model # S M N 7 1 0 9- D 1 ... | Original |
3 pages, |
SMN7109 SMN7109 abstract |
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| Abstract | Saved from | Date Saved | File Size | Type | Download |
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| , including interfaces to HP analyzers, color sound field mapping, noise source ranking and sound power power analysis Noise source identification Acoustic Complete ISO 9614 microphone probes. Acoustic intensity can be used to localize noise sources, rank the noise contribution of individual areas of a noise source and determine the total sound power radiated from a noise source. Acoustic a location. STARAcoustics combines this information with a description of the geometry of the noise www.datasheetarchive.com/files/hewlett-packard/apps/cpcat/prodpages/staracou.htm |
Hewlett-Packard | 18/12/1997 | 8.12 Kb | HTM | staracou.htm |
| . By studying the loop components and their reaction to various noise sources, we will show that PLL is dynamics, noise sources and their effect on signal noise profile, phase noise theory, loop components (VCO www.datasheetarchive.com/files/texas-instruments/data/www.ti.com/sc/docs/psheets/abstract/apps/swra029.htm |
Texas Instruments | 19/01/2000 | 8.1 Kb | HTM | swra029.htm |
| . By studying the loop components and their reaction to various noise sources, we will show that PLL is dynamics, noise sources and their effect on signal noise profile, phase noise theory, loop components (VCO www.datasheetarchive.com/files/texas-instruments/data/wwwti~1.com/sc/docs/psheets/abstract/apps/swra029.htm |
Texas Instruments | 18/01/2000 | 8.1 Kb | HTM | swra029.htm |
| 94 0 .02 GN2 0 1 97 0 .02 * * VOLTAGE NOISE SOURCE * DN1 35 36 DEN DN2 36 37 DEN VN1 35 0 DC 2 VN2 0 37 DC 2 * * CURRENT NOISE SOURCE 1 * DN3 93 94 DIN DN4 94 95 DIN VN3 93 0 DC 2 VN4 0 95 DC 2 * * CURRENT NOISE SOURCE 2 * DN5 96 97 www.datasheetarchive.com/download/53472680-13497ZC/spice models.zip (ad8045m2.cir) |
Analog Devices | 01/09/2012 | 680.8 Kb | ZIP | spice models.zip |
| 220 0 1.5 GN1 0 2 250 0 1E-5 GN2 0 3 280 0 1E-4 * *Voltage Noise Source With Flicker Noise * DN1 210 220 DEN DN2 220 230 DEN VN1 210 0 DC 2 VN2 0 230 DC 2 * *Current Noise Source With Flicker Noise * DN3 240 250 DIN DN4 250 260 DIN VN3 240 0 DC 2 VN4 0 260 DC 2 * * Second Current Noise Source * DN5 270 280 DIP DN6 280 290 DIP VN5 270 0 DC 2 VN6 0 290 DC 2 * * Slew Rate Limiting www.datasheetarchive.com/files/intersil/documents/el22/el2260.txt |
Intersil | 09/12/2011 | 1.91 Kb | TXT | el2260.txt |
| EMC EMC question: What can I do to improve EMC? answer: EMC stands for Electromagnetic compatibility. EMC problems occur in one of two categories: emissions or susceptibility. An MCU design that is affected by external noise sources has a susceptibility problem. An MCU design that is a noise source that affects other circuits is an emissions problem. View the following on-line application note for help in improving EMC. System Design and Layout www.datasheetarchive.com/files/motorola/cdcsic2/web/techhelp/faq/general/emc/an1259.htm |
Motorola | 08/03/1998 | 5.01 Kb | HTM | an1259.htm |
| EMC EMC question: What can I do to improve EMC? answer: EMC stands for Electromagnetic compatibility. EMC problems occur in one of two categories: emissions or susceptibility. An MCU design that is affected by external noise sources has a susceptibility problem. An MCU design that is a noise source that affects other circuits is an emissions problem. View the following on-line application note for help in improving EMC. System Design and Layout Techniques for Noise Reduction www.datasheetarchive.com/files/motorola/design-n/csic/techsprt/faq/general/emc/an1259.htm |
Motorola | 25/11/1996 | 2.58 Kb | HTM | an1259.htm |
| EMC EMC question: What can I do to improve EMC? answer: EMC stands for Electromagnetic compatibility. EMC problems occur in one of two categories: emissions or susceptibility. An MCU design that is affected by external noise sources has a susceptibility problem. An MCU design that is a noise source that affects other circuits is an emissions problem. View the following on-line application note for help in improving EMC. System Design and Layout www.datasheetarchive.com/files/motorola/web/techsprt/faq/general/emc/an1259.htm |
Motorola | 10/02/1997 | 4.21 Kb | HTM | an1259.htm |
| noise in the instance variables structure */ #define SET_BIAS_DEP_NOISE( source _pos/neg_node_corr are used to model correlated noise sources */ typedef struct SK_noise_source { const unint _pos_node_corr; const SK_NODE *p_neg_node_corr; } SK_NOISE_SOURCE; /* initial guess */ typedef struct SK _capacitances; /* noise */ /* entries : [N_NOISE_SOURCES _TOTAL_BRANCHES */ /* entries */ SK_STATUS_TYPE *p_noise_source_status; /* N_NOISE_SOURCES www.datasheetarchive.com/download/19811321-765633ZC/philips_mos_simkit_pmk4.5.tar |
Spice Models | 08/12/2003 | 1154.62 Kb | TAR | philips_mos_simkit_pmk4.5.tar |
| noise in the instance variables structure */ #define SET_BIAS_DEP_NOISE( source _pos/neg_node_corr are used to model correlated noise sources */ typedef struct SK_noise_source { const unint _pos_node_corr; const SK_NODE *p_neg_node_corr; } SK_NOISE_SOURCE; /* initial guess */ typedef struct SK _capacitances; /* noise */ /* entries : [N_NOISE_SOURCES _TOTAL_BRANCHES */ /* entries */ SK_STATUS_TYPE *p_noise_source_status; /* N_NOISE_SOURCES tar:www.datasheetarchive.com/files/spicemodels/misc/models/philips_mos_simkit_pmk4.5/philips_mos_simkit_pmk4.5!/pmk/4.5/source/sk.h |
Spice Models | 08/12/2003 | 2780 Kb | 5 | philips_mos_simkit_pmk4.5 |