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Part Manufacturer Description Datasheet BUY
X1243BIGABL Texas Instruments 76-to-81GHz High-Performance Automotive Radar Sensor 161-FC/CSP -40 to 125 visit Texas Instruments Buy
AFE5401TRGCRQ1 Texas Instruments Quad-Channel Integrated Analog Front End for Automotive Radar 64-VQFN -40 to 105 visit Texas Instruments
AFE5401TRGCTQ1 Texas Instruments Quad-Channel Integrated Analog Front End for Automotive Radar 64-VQFN -40 to 105 visit Texas Instruments Buy
X1443BIGABL Texas Instruments Single-Chip 76-to-81GHz Automotive Radar Sensor Integrating MCU and Hardware Accelerator 161-FC/CSP -40 to 125 visit Texas Instruments Buy
X1642BIGABL Texas Instruments Single-Chip 76-to-81GHz Automotive Radar Sensor Integrating DSP and MCU 161-FC/CSP -40 to 125 visit Texas Instruments Buy
ISL78235ARZ Intersil Corporation 5A Automotive Synchronous Buck Regulator; TQFN16, WFQFN16; Temp Range: Automotive, Full-Range Ind visit Intersil Buy

automotive radar

Catalog Datasheet MFG & Type PDF Document Tags

RXN7740

Abstract: B7HF200 oscillator Automotive Radar Dielectric Resonator Oscillator (LO) signal stability Balanced , circuitry for automotive radar applications. The DRO uses an external ceramic resonator, is optimized for , qualified SiGe process Product Brief RASICTM - RON7701 Automotive Radar Dielectric Resonator , RXN7740 ­ SiGe Automotive Radar Transceiver RXN7741 ­ SiGe Automotive Radar Transceiver, special mixer configuration RXN7742 ­ SiGe Automotive Radar Transceiver, special mixer configuration RFX RF2 RF3
Infineon Technologies
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B7HF200 77GHz Radar infineon RXN7740 RXN77 77GHz transceiver infineon radar AEC-Q100 200GH B142-H9259-X-X-7600

77GHz Radar

Abstract: B7HF200 Automotive Radar VCO for 77GHz power control On-chip test-logic (Tx dividers, temperature sensor, power sensor) Delivery is unpackaged bare-die THE RTN7700 IS A SILICONGERMANIUM (SIGE) VCO for automotive Long- and Mid-Range Radar (LRR/MRR) applications in the frequency range of 76-77GHz. It is the first , RTN7700 SiGe Automotive Radar VCO for 77GHz RF3 RF2 Block Diagram RTN7700 VCCTEMP TEMP , signal to noise ratio (S/N) and is automotive qualified according to AEC-Q100. needed to build
Infineon Technologies
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RTN7740 Infineon 77GHz VCO 77GHz 76-77GHz radar sensor performance RTN77 76-77GH

RXN7740

Abstract: 77GHz Radar Product Brief RASICTM - RXN7740 SiGe Automotive Radar Transceiver for 77GHz Actual Height: 2.1mm T h e R X N 7 7 4 0 is a Silicon Germanium (SiGe) transceiver for automotive long- and mid-range radar (LRR/MRR) applications in the frequency range of 7677GHz. It also features on-chip , best suitable application fit for your automotive radar application. All types are all offered as , ) introduces the latest RF technology (B7HF200) with automotive qualification AEC-Q100 to the market. The
Infineon Technologies
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RXN774x radar 77 ghz sige automotive radar infineon RXN7742 77ghz VCO Infineon 77 GHz VCO 7677GH B142-H9169-X-X-7600

MRD2001

Abstract: 32-bit Automotive MCUs Qorivva MPC577xK Family Highly integrated automotive radar MCU for , -bit embedded MCU family is specially designed for automotive radar Target Applications â'¢ Adaptive cruise , additional external components to the MCU that are typically used in existing radar systems, such as an FPGA , packaged radar front-end chipset, offers a complete system-level radar solution for ADAS applications. Radar MCU Chipset Evolution Radar Chipset Evolution RF_Rx Mixer A D C BB Filter
Freescale Semiconductor
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MRD2001 MPC577
Abstract: Low Cost Automotive Radar Antennas for IVHS Systems 4 x 4 Element Planar Patch Array 76.5 GHz Features I To be Used with Special Optic Lenses as a Com pact Solution for Crash Avoidance Automotive Systems Small C om pact Low-Profile Rugged I I I I Description & Applications This unit is popular for sophisticated collision avoidance applications which need a radar to be capable to detect multi targets and give information of range and speed. The beamwidth of such antenna is able to resolve a l l -
OCR Scan
Abstract: Low Cost Automotive Radar Antennas for IVHS Systems 4 x 4 Element Planar Patch Array 76.5 GHz Features I To be Used with Special Optic Lenses as a Compact Solution for Crash Avoidance Automotive Systems Small Compact Low-Profile Rugged I I I I Description & Applications This unit is popular for sophisticated collision avoidance applications which need a radar to be capable to detect multi targets and give information of range and speed. The beamwidth of such antenna is able to resolve a l l -
OCR Scan

array antenna 77 ghz

Abstract: Law Cost Automotive Radar Antennas for IVHS Systems 3 Beam Azimuth Scanning 3 x 5 Truncated Reflector Antenna or Lens Antenna with a 4 x 4 Elem ent Patch Planar Array 77 GHz Features · Com pact I Low Profile I Very High Efficiency · Rugged Description This unit is popular for sophisticated collision avoidance applications which need a radar to be capable to detect multi targets and give information of range and speed. The beamwidth of such antenna is able to resolve a 11 foot lane of traffic
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OCR Scan
array antenna 77 ghz

Microwave detector diodes

Abstract: microwave transceiver Automotive Radar Detector KODENSHI/Developed by KODENSHI KOREA CORP. - , NEW PRODUCT Fiber Optic Transceiver 50Mbps Fiber Optic Transceiver for Automotive Features The Transmitting with 850nm VCSEL Data Rates up to 50Mbps Extended temperature Range from -40 to +105 Applications Vehicle Multimedia Networks(MOST) Factory Automation Networks Home Networking Multimedia Tx Rx NEW PRODUCT SCHOTTKY DIODES GaAs Flip Chip
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Microwave detector diodes microwave transceiver radar detector detector

24125

Abstract: Low Cost Automotive Radar Antennas for IVHS Systems Dual-Beam Planar Patch Array 24.125 GHz Features I Com pact I Low-Profile I Rugged > Lightweight Specifications Frequency Range Polarization Beamwldth (-3 dB Nominal) type Gain (dBi) Nominal VSWR Cross Pol Description (Max) Sldelobea H-Plane (dB) Nominal Sldelobes E-Plane (dB) Nominal 24.125 GHz Linear 12° Dual-Beam 21
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24125

01B01

Abstract: Low Cost Automotive Radar Antennas for IVHS Systems Dual-Beam Planar Patch Array 24.125 GHz Features I C o m p a ct I Low-Profile ft Rugged I Lightweight Specifications Frequency Range Polarization Beamwidth (-3 dB Nominal) Type Gain (dBi) Nominal VSWR Cross Pol Description (Max) Sidelobes H-Plane (dB) Nominal Sidelobes E-Plane (dB) Nominal 24.125 GHz Linear 12° Dual-Beam 21
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01B01

automotive radar

Abstract: Low Cost Automotive Radar Antennas for IVHS System s 16 x 16 Element Planar Patch Array for Transceivers Features I Com pact I Low-Profile I Rugged I Lightweight Specifications Frequency Range Polarization Size Beam width (-3 dB) Nom inal Type G ain (d B i) Nom inal VSW R C ro ss P o l D escription (Max) Sidelobes H -Plane (dB) Nom inal Sideiobes E -P la n e (dB) Nom inal 24.125 GHz Linear 6 x 6 Inches 4° 16 x 16 Element Planar Array 28.0
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20SYLVAN

77GHz Radar

Abstract: FMCW Radar 09:30 GAAS/EuMC1 GOETHE Fully MMIC - Based Front End for FMCW Automotive Radar at 77GHz M , /10/00 08:30 - 12:00 WS3 (EuMC) DICKENS1/2 Automotive Millimeter-Wave Radar Systems H. DAEMBKES , Radar Systems for Volume Markets H. DAEMBKES P. QUENTIN M. CAMIADE -
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FMCW Radar FMCW radar mmic integrated MMIC MC19/FS

array antenna 77 ghz

Abstract: Low Cost Automotive Radar Antennas for IVHS Systems 3 Beam Azimuth Scanning 3 x 5 Truncated Reflector Antenna or Lens Antenna w ith a 4 x 4 Element Patch Planar Array 77 GHz F eatures > Com pact I Low Profile I Very High Efficiency I Rugged D escription This unit is popular for sophisticated collision avoidance applications which need a radar to be capable to detect multi targets and give information o f range and speed. The beamwidth of such antenna is able to resolve a l l
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OCR Scan

2000C

Abstract: MA4GC6772 Automotive Radar Instrumentation Radar Application Schematic Product Description The TGS4307 is a 77 GHz switch matrix for use in automotive radar transceivers. The switch is designed using TriQuint
TriQuint Semiconductor
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TGS4307-EPU MA4GC6772 2000C radar 77 ghz receiver
Abstract: '¢ Automotive Radar Instrumentation Radar Application Schematic Product Description The TGS4307 is a 77 GHz switch matrix for use in automotive radar transceivers. The switch is designed using TriQuintâ TriQuint Semiconductor
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3000C

radar 77 ghz receiver

Abstract: antenna in frequency 638 646 Automotive Radar Instrumentation Radar Application Schematic Product Description The TGS4307 is a 77 GHz switch matrix for use in automotive radar transceivers. The switch is designed using TriQuint
TriQuint Semiconductor
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antenna in frequency 638 646

FMCW Radar

Abstract: 77GHz Radar Schottky Diode BAT24-02LS Application: Mixer for FMCW Radar at 24GHz Automotive radar provides , automotive radar systems became feasible in the 90`s. All of these systems are operating above 17GHz whereas , mixer diode is focusing on automotive radar systems at 24GHz. Any device operating in this 24GHz ISM , Figure 1 Current status of worldwide frequency allocation for mm wave radar for automotive , AN190 Mixer for FMCW Radar at 24GHz Confidential Application Note AN190 Revision History
Infineon Technologies
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infineon FMCW sensor radar 24ghz diagram radar circuit 77GHz circulator FMCW circuit Types of Radar Antenna BAT24

HBT3 triquint

Abstract: cu pillar Chip Dimensions: 1.28 x 1.71 x 0.38 mm Primary Applications · Automotive Radar Product , at frequencies that target the automotive Radar market. The TGV2204-FC is designed using TriQuint
TriQuint Semiconductor
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HBT3 triquint cu pillar HBT3 pillar

76-77GHz

Abstract: E-band mmic TGA4706-FC is a flip-chip medium power amplifier designed to operate at the automotive radar frequencies , RoHS compliant. 0 ORL 20 15 Gain, IRL, ORL (dB) Automotive Radar E-Band Communication
TriQuint Semiconductor
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E-band mmic TGA4706FC
Abstract: Technology: HBT3 Chip Dimensions: 1.28 x 1.71 x 0.38 mm Primary Applications â'¢ Automotive Radar , to operate at frequencies that target the automotive Radar market. The TGV2204-FC is designed using TriQuint Semiconductor
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