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Part Manufacturer Description Datasheet Download Buy Part
LTC6602IUF#TRPBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC6602IUF#PBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: -40°C to 85°C
LTC6602CUF#PBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: 0°C to 70°C
LTC6602CUF#TRPBF Linear Technology LTC6602 - Dual Matched, High Frequency Bandpass/Lowpass Filters; Package: QFN; Pins: 24; Temperature Range: 0°C to 70°C
LTC1064-4 Linear Technology IC SWITCHED CAPACITOR FILTER, BUTTERWORTH, LOWPASS, PDIP14, Active Filter
LTC6605IDJC-10#PBF Linear Technology LTC6605-10 - Dual Matched 10MHz Filter with Low Noise, Low Distortion Differential Amplifier; Package: DFN; Pins: 22; Temperature Range: -40°C to 85°C

radar match filter design Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
IMF2293

Abstract: FR4 dielectric constant and loss tangent at 2.4 G IMF2262 radar match filter design IMF2292 loss tangent of FR4 3 to 10 GHz bandpass filter rf Ceramic low pass filter microstrip low pass filter
Text: radar applications, rigid coaxial or waveguide filter construction is necessary. In the expanding , filter , the design parameters are thoroughly investigated and an optimal design is created prior to , polynomials, including Chebyschev and Zolotarev among others, in order to match filter performance to a , broadcast, traffic control radar , commercial avionics, microwave radio, satellite and RF sensing, to name , . Implementation of the harmonic filter is a popular method for cleaning up the spurious signals emitted by


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PDF IMF2292 IMF2293 FR4 dielectric constant and loss tangent at 2.4 G IMF2262 radar match filter design loss tangent of FR4 3 to 10 GHz bandpass filter rf Ceramic low pass filter microstrip low pass filter
2009 - FPGA implementation of IIR Filter

Abstract: cic FIR filter matlaB simulink design radar match filter design radar sensor specification IDSP220 Design Filters Analog using simulink in matlab ODSP1115 ODSP1110 radix-2 radar block diagram
Text: that the algorithms simulated exactly match the hardware implemented. This design methodology reliably , RADAR algorithm textbook. This capability of having a higher level of design abstraction and , Figure 5. Figure 5. Multi-Channel IIR Filter Design Example Conclusion When building a system , , to HDL. 2. Verify RTL functional simulation to match the high-level simulation test vectors , now be automated, allowing high-level design entry, multiple channels, and optimized performance. The


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PDF 40-nm FPGA implementation of IIR Filter cic FIR filter matlaB simulink design radar match filter design radar sensor specification IDSP220 Design Filters Analog using simulink in matlab ODSP1115 ODSP1110 radix-2 radar block diagram
1997 - doppler radar

Abstract: abstract for robotics project doppler sensor diagram radar circuit rf doppler sensor architecture of TMS320C50 data sheet for doppler radar pulse doppler radar radar match filter design radar circuit component
Text: and 069Ch. Periodically, coefficients are re-calculated by the Radar Manager in order to match the , Radar 21 SPRA299 Global Variables Needed for Digital Calculations The first filter ( Digital , Processing for Monopulse Doppler Radar Authors: P.H. Dezaux, X. Gilles, S. Marques EFRIE, France , to minimize risks associated with the customer's applications, adequate design and operating , liability for applications assistance, customer product design , software performance, or infringement of


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PDF SPRA299 doppler radar abstract for robotics project doppler sensor diagram radar circuit rf doppler sensor architecture of TMS320C50 data sheet for doppler radar pulse doppler radar radar match filter design radar circuit component
1997 - doppler radar

Abstract: radar circuit component pulse doppler radar Monopulse radar dsp processor diagram radar circuit Ground Radar diagram sensor doppler array pulse compression radar radar front end
Text: and 069Ch. Periodically, coefficients are re-calculated by the Radar Manager in order to match the , Radar 21 SPRA299 Global Variables Needed for Digital Calculations The first filter ( Digital , Processing for Monopulse Doppler Radar Authors: P.H. Dezaux, X. Gilles, S. Marques EFRIE, France , to minimize risks associated with the customer's applications, adequate design and operating , liability for applications assistance, customer product design , software performance, or infringement of


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PDF SPRA299 doppler radar radar circuit component pulse doppler radar Monopulse radar dsp processor diagram radar circuit Ground Radar diagram sensor doppler array pulse compression radar radar front end
1998 - microwave transmitter circuit diagram

Abstract: IFF Radar Transponder radar circuit modulator amplitude modulation transmitter circuit diagram radar system with circuit diagram IFF Transponder transmitter Radar Antenna long range transmitter receiver circuit diagram microwave agc pulse amplitude modulation transmitter circuit
Text: , and to suppress Missile Launch Radar with high power jamming beams. Your Heads -up Display tells , transmission line, the peak pulse voltage is less than 400 Volts. A conservative switch design can be , adequate to keep the dissipated power low (less than 100 mW). Filter , in the AGC function of the , / Receive switch design can be accomplished with the relatively narrow band Quarter Wave PIN Diode , match to the input power source and load as the attenuation is varied across its dynamic range. These


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1998 - microwave transmitter circuit diagram

Abstract: IFF Transponder transmitter radar system with circuit diagram radar circuit modulator IFF Radar Transponder amplitude modulation transmitter circuit diagram circuit diagram for simple transmitter microwave agc simple switch block diagram simple block diagram of microwave receiver
Text: , and to suppress Missile Launch Radar with high power jamming beams. Your Heads -up Display tells , , the peak pulse voltage is less than 400 Volts. A conservative switch design can be accomplished with , keep the dissipated power low (less than 100 mW). Filter , in the AGC function of the Transmitter , / Receive switch design can be accomplished with the relatively narrow band Quarter Wave PIN Diode , match to the input power source and load as the attenuation is varied across its dynamic range. These


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Not Available

Abstract: No abstract text available
Text: Hi CRYSTAL FILTERS PHASE AND AMPLITUDE MATCHED FILTER SETS Phase and amplitude matched filter sets find applications in multi-channel receiverswhereinformation is contained in the phase and amplitude difference of two received signals. An example would be a monopulse radar system where the resolution is directly related to the phase and amplitude match between receiver channels. Because the bandwidth of the crystal filter is normally very much narrower than that of other componentsin thereceiver


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2006 - FERRET TRANSFORMER

Abstract: Avago Technologies Schottky 5082-2824 "Point Contact Diodes" radar detector detector
Text: choke (RFC1) appears as an open circuit. The input RF filter is optimized to match the signal source , essentially of a filter structure that is designed to match the signal source resistance, usually 50 ohms , video detector or video receiver circuits, and discusses some design features of such circuits , a large RF bandwidth; and it is much less critical to design and maintain than a heterodyne , , RFC1 acts as a short circuit, while Cb and the DC bias filter , consisting of RFC2 and Cc, both appear


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Not Available

Abstract: No abstract text available
Text: portable communications to transportation, avionics and ship borne radar . While the power architectures , filter capacitors. These innovative input and output capacitors employ novel technology designed to , inductance by a factor of 2 (typically from 1nH to 500pH) for the same capacitance / voltage design and the , inductance cancellation is the Inter-Digital Capacitor (IDC). This is a reverse geometry design , but , . This means that inductive cancellation can take place, and by having a Via In Pad (VIP) design the


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PDF D0-160
dscc 07016

Abstract: human radar detection radar human detection CWR29 MIL-PRF-55365 lga components
Text: communications to transportation, avionics and ship borne radar . While the power architectures are as diverse as , types from digital to RF power, through implementation of various low inductance, low ESR power filter , inductance by a factor of 2 (typically from 1nH to 500pH) for the same capacitance / voltage design and the , inductance cancellation is the Inter-Digital Capacitor (IDC). This is a reverse geometry design , but , . This means that inductive cancellation can take place, and by having a Via In Pad (VIP) design the


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PDF D0-160 dscc 07016 human radar detection radar human detection CWR29 MIL-PRF-55365 lga components
guidance radar

Abstract: Hughes aircraft rf switch noise diode radar system with circuit diagram radar sensor specification
Text: and bandstop filter inserted. The purpose of the bandstop filter is merely to simulate an amplifier , signal through the RF front end. The spectral SPECTRUM ANALYZER NOISE SOURCE BANDSTOP FILTER , filter . Figure 1 shows a functional block diagram of a typical laboratory set-up. In this example, there are two switch settings, one where the noise is simply fed through the filter into the analyzer and , architects will use a "drill down" design approach where the noise source is switched or coupled in at


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1998 - Sawtek filters

Abstract: Saw Filter wlan LC PI FILTER DESIGN sawtek saw filter SAW filters wlan filter Sawtek delay lines Delay Lines saw Sawtek filter
Text: advanced design technique chosen has made it possible to design a steep filter to compensate for the , impedance match for this design . They are an L-C network on each port, a C-L network on each port, or a , recently added two new filters to the wireless local area network (WLAN) filter family. They are part , lowloss, low-cost solution. To meet these goals, a new wideband, low-loss filter structure was used for these designs. This structure provides a high performance filter with a minimum die size. Because of the


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MIL-STD-1520

Abstract: ALQ-131 ALQ-135 alq-184 ALQ-119 ALR-62 FEI Microwave project on DLVA APR-44 dlva
Text: Locked Sources Switched Filter Banks Radar Signal Simulators Automatic Level Controls Fixtures Burn-in , technology designs for tighter packaging, higher reliability and lower cost. Product Design AEL's computer-aided design capabilities provide improved designs as well as substantial reductions in the cost of both design and manufacturing. The CAD system provides for circuit simulation and modeling, automatic , 's Microwave/Hybrid Division is prepared to respond to your advanced design needs. Thin Film Facilities 1,420


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PDF 003020b MIL-STD-1520 ALQ-131 ALQ-135 alq-184 ALQ-119 ALR-62 FEI Microwave project on DLVA APR-44 dlva
2003 - Bosch radar

Abstract: adaptive cruise control Radar sensor bosch automotive bosch cruise control Sensor OPB xilinx fifo 9.3 xilinx TURBO decoder XILINX CROSS REFERENCE Turbo decoder Xilinx cruise control radar
Text: for Adaptive Cruise Control and Crash Avoidance with a fully flexible design platform. The , easily develop radar signal XtremeDSPTM processing of video provided by cameras mounted at the front , in the FPGA. When combined with radar and laser measurements, plus the information collected , software (for slower controls). produce designs that precisely match the interfaces and peripherals to , 600 MHz 1 Trillion MACs/s fclk = 300 MHz FIR Filter ­ 256 Taps, Linear Phase ­ 16-bit data


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bandpass filter for GPS L1 front end

Abstract: design bandpass filter for GPS radar match filter design TUNABLE FILTER Tunable-bandpass-filter bandpass filter for GPS gps transponder gps lna gps filter l1
Text: high-quality, low-loss filter ahead of the amplifier to prevent intermodulation distortions even though this , and exhibits leading performance at a marketable cost. The stability of the design and the quicker , microwave customers. As will be demonstrated in this paper, the design also lends itself to future , initial deployment of the GPS system, numerous manufacturers have developed filter and amplifier circuits , , the design continued to evolve in response to requests and complaints. The RF lineup remained the


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PDF CH2903-3/90/0000-0532 bandpass filter for GPS L1 front end design bandpass filter for GPS radar match filter design TUNABLE FILTER Tunable-bandpass-filter bandpass filter for GPS gps transponder gps lna gps filter l1
2007 - VGA TO AV CONVERTER circuit

Abstract: lidar radar distance measurement adaptive cruise control Radar sensor LIDAR detector VGA TO AV CONVERTER LIDAR adc LMK02000 LMH6555 ADC083000
Text: ), RAdio Direction And Ranging ( RADAR ), and LIght Detection And Ranging (LIDAR). These systems all use , distance, or range, to a target. RADAR is commonly used to detect and monitor relatively large objects , slower moving vehicle, the adaptive speed control reduces the vehicle's speed to match that of the vehicle ahead while maintaining a safe distance. This article discusses the principles and design of the , Clock Rf · 5 to 12V operation 5V · Ideal match for 8/10/12/14-bit high-speed ADCs ·


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2005 - 8002 amplifier

Abstract: Wideband FM Modulator SSB Modulator application note SSB Modulator SSB Modulator DESIGN IQ vector generator MHZ Chirp x band radar x band pulsed amplifier radar waveform generator specifications
Text: Application Note Generating frequency chirp signals to test radar systems Radar chirp signals , www.aeroflex.com Introduction Radar systems frequently use pulse modulated signals which may also incorporate , EMC environment to test device susceptability to ` radar like signals' such as DFS (Dynamic Frequency , pulsed signals for DFS enabled devices. Figure 2. Using 3410 series FM input to generate radar chirps Figure 1. Typical radar chirp signal A typical chirp radar pulse requires the generation of a pulsed RF


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vector diode

Abstract: phase shifter using lumped elements ANALOG DIODE PHASE SHIFTER SIGNAL PATH DESIGNER
Text: of microwave PIN diode control components for more than 35 years. The design and manufacture of high , handling capability and match ing difficulty in broadband networks whereas the latter are generally larger , topologies for analog phase shifters are the loaded line design using lumped or dis tributed elements and the reflective design employing quadrature hybrids. One of the variants of the reflective phase shifter is the , performance over 3:1 bandwidths. This capa bility is especially useful in the design of frequency translators


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1986 - HP5082-2750

Abstract: 5082-2750 square-law video Log Amplifier detector 18 GHz flicker meter K623
Text: Because this filter is required to pass fast pulses, the design should be for flat time delay rather than , ) RF Circuit Design Considerations The RF circuit consists essentially of a filter structure that is , detector or video receiver circuits, and discusses some design features of such circuits. Although a video , ; and it is much less critical to design and maintain than a heterodyne receiver. These advantages make , short circuit, and the input RF choke (RFC1) appears as an open circuit. The input RF filter is


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PDF MTT-14, HP5082-2750 5082-2750 square-law video Log Amplifier detector 18 GHz flicker meter K623
Not Available

Abstract: No abstract text available
Text: A FIVE-CHANNEL. LINEAR PHASE. SWITCHED FILTER BANK This subassembly is used in radar applications , service as required. The company has extensive design capabilities, including CAD printed circuit board , port with resistive signal splitting. Alternate signal division techniques can be accommodated. Filter , FILTER . UP-CONVERTER. DOWN-CONVERTER PAIR A pair of subsystems provides frequency conversion and gain , filters and the remainder having LC filters. Each filter is followed by additional RF gain in which drives


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2013 - Bitec

Abstract: Composite video signal convert to USB
Text: input, and uses the Nios II processor to create a graphical overlay display of a radar . The design , radar with moving enemies and a frames per second (FPS) indicator. New IP Cores The design v10 , , which contains dynamic objects in the radar . This layer is double buffered. The design switches the , . The Nios II processor set the coefficients of the FIR filter at run time. The design uses the Color , radar display and DVI video (if connected). The design uses the Avalon-MM Slave interface at run-time


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PDF AN-427-10 Bitec Composite video signal convert to USB
2004 - reflectometer

Abstract: F 6256 ap 4502 HP 4502 w-band 77 GHZ Rf Detectors v-band MIL-F-3922/52-034
Text: commonly used in the communications, radar and electronic warfare markets. The units contain the , full band isolator to provide a good source match . Each unit also contains a high directivity dual , with a full band waveguide isolator to provide a good match . A set of two band pass filters and one all pass filter are supplied with the units. All frequency multipliers produce undesired harmonic , REFLECTOMETER SPECIFICATION REFLECTOMETER 6255 6256 Frequency Range (dependant on filter installed


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PDF 07/Dec/2004 6200B 6200B, 6203B 6204B reflectometer F 6256 ap 4502 HP 4502 w-band 77 GHZ Rf Detectors v-band MIL-F-3922/52-034
Types of Radar Antenna

Abstract: radar system with circuit diagram BPF filter rf radar frontend chip ghz radar detector detector 10-25 ghz fpga radar tp 4056 datasheet tp 4056 diagram radar circuit echo mixer circuit diagram
Text: IPN Progress Report 42-158 August 15, 2004 Design and Performance of a Miniature Radar , , low power, and low mass. We present the design approach for the radar electronics module and the test , multiple filter parameters as required by the different operating modes of the radar . After digital , . Several components of the radar electronics module are under development. In this article, the design and , Design A set of requirements consistent with several anticipated radar missions was collected for the


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PDF 25-GHz Types of Radar Antenna radar system with circuit diagram BPF filter rf radar frontend chip ghz radar detector detector 10-25 ghz fpga radar tp 4056 datasheet tp 4056 diagram radar circuit echo mixer circuit diagram
2004 - how dsp is used in radar

Abstract: PAE1 AN-401 IDT72T55268 TMS320C6416 radar system with circuit diagram fpga radar
Text: Kevin Hsu INTRODUCTION network, satellite imaging systems, radar interface cards, and MPEG , FPGAs traditionally employed to frequency couple and bus match multiple A/D converters onto a single , flow-control devices can reduce cost, enhance system performance and improve design flexibility. PARALLEL , weather radar interface card features four A/D converters connected to an FPGA. Each A/D converter , to frequency couple and bus match the four A/D converters onto a single output bus. Secondly, by


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PDF AN-401 drw06 how dsp is used in radar PAE1 AN-401 IDT72T55268 TMS320C6416 radar system with circuit diagram fpga radar
2003 - IR sensor for obstacle avoidance

Abstract: motion direction detection fpga obstacle detection with ir sensors ACC cruise control motion detection fpga visteon adaptive cruise control Radar sensor VQ100 TQ144 FG256
Text: automatically controls the throttle. ACC brakes to match the speed of the vehicle in front and keep a safe , FPGA. This information, combined with radar and laser measurements, plus the information collected , processors cannot match the extremely high-speed DSP performance of Xilinx FPGAs, also known as , FPGA Laser to be configured as a large array of multiply-accumulate (MAC) Radar engines performing , Tap FIR Filter = 256 MAC operations per sample 256 MAC operations in 256 clock cycles in DSP ·


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PDF TQ144, PQ208, BG256 FG256, FT256, FG456 IR sensor for obstacle avoidance motion direction detection fpga obstacle detection with ir sensors ACC cruise control motion detection fpga visteon adaptive cruise control Radar sensor VQ100 TQ144 FG256
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