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Supplier: SemiGen
Description: The SemiGen SZB900 Series of Zero Bias Schottky Detector diodes are designed for use in video detectors and power monitors eliminating the need to provide external DC bias to the diode. The choice of barrier metal and processes provide a broad selection of video
- VF: 0.3 volts
- Diode Applications: Detector
- Features: Other
- Diode Type: Schottky Barrier Diodes
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Supplier: Broadcom Inc.
Description: The HSMS-285x zero bias Schottky detector diodes have been designed and optimised for use in small signal (Pin<-20dBm) applications at frequencies below 1.5GHz. They are ideal for RF/ID and RF tag applications where DC bias power is not avialable. Tangential Sensitivity (TSS) =
- VF: 0.15 volts
- IF: 1 mA
- VR: 2 volts
- IR: 0.175 mA
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Supplier: Infineon Technologies AG
Description: Applications Cordless power tools and outdoor power equipment Smart speaker designs Designers who used this product also designed with IRF5210 | P-Channel Power MOSFET IPT012N08N5 | N-Channel Power MOSFET IRF5210 | P-Channel Power MOSFET IPT012N08N5 | N-Channel
- VF: 0.3 to 0.19 volts
- IF: 100 mA
- VR: 3 volts
- Diode Applications: Detector, Mixer
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Supplier: KRYTAR, Inc.
Description: KRYTAR Broadband Planar Tunnel Diode Detectors are specifically designed for use in today’s high-performance microwave instrumentation and systems. KRYTAR detectors are designed for such applications as power measurements, analyzing radar performance, leveling pulsed
- Frequency Range: 1,000 to 18,000 MHz
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Supplier: KRYTAR, Inc.
Description: KRYTAR Broadband Planar Tunnel Diode Detectors are specifically designed for use in today’s high-performance microwave instrumentation and systems. KRYTAR detectors are designed for such applications as power measurements, analyzing radar performance, leveling pulsed
- Frequency Range: 100 to 12,400 MHz
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Supplier: KRYTAR, Inc.
Description: KRYTAR Broadband Planar Tunnel Diode Detectors are specifically designed for use in today’s high-performance microwave instrumentation and systems. KRYTAR detectors are designed for such applications as power measurements, analyzing radar performance, leveling pulsed
- Frequency Range: 500 to 18,500 MHz
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Supplier: KRYTAR, Inc.
Description: KRYTAR Broadband Planar Tunnel Diode Detectors are specifically designed for use in today’s high-performance microwave instrumentation and systems. KRYTAR detectors are designed for such applications as power measurements, analyzing radar performance, leveling pulsed
- Frequency Range: 8,000 to 18,000 MHz
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Supplier: Edmund Optics Inc.
Description: Designed for Use with the Premier Laser Diodes Wide Acceptance Angle Ideal for Particle Detection and Densitometry Designed for use with the Premier Laser Diodes, these detectors have a wide acceptance angle of 160 degrees and an amplification system, which makes them very
- Operating Temperature Range: -10 to 70 C
- Laser Type: Laser Diodes
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Supplier: Edmund Optics Inc.
Description: Designed for Use with the Premier Laser Diodes Wide Acceptance Angle Ideal for Particle Detection and Densitometry Designed for use with the Premier Laser Diodes, these detectors have a wide acceptance angle of 160 degrees and an amplification system, which makes them very
- Laser Type: Laser Diodes
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Supplier: Edmund Optics Inc.
Description: Designed for Use with the Premier Laser Diodes Wide Acceptance Angle Ideal for Particle Detection and Densitometry Designed for use with the Premier Laser Diodes, these detectors have a wide acceptance angle of 160 degrees and an amplification system, which makes them very
- Operating Temperature Range: -40 to 85 C
- Laser Type: Laser Diodes
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Supplier: ValueTronics International, Inc.
Description: The 8473B is a Detector from Agilent. Detectors enable coaxial transmission loss, gain, and power measurements when you pair them with the correct electronic test equipment. The type of detector you need depends on the test equipment you’re using for your Additional
- Frequency Range: 0.000018 MHz
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Supplier: Edmund Optics Inc.
Description: Designed for Use with the Premier Laser Diodes Wide Acceptance Angle Ideal for Particle Detection and Densitometry Designed for use with the Premier Laser Diodes, these detectors have a wide acceptance angle of 160 degrees and an amplification system, which makes them very
- Operating Temperature Range: -10 to 70 C
- Laser Type: Laser Diodes
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Supplier: Solid State Devices, Inc.
Description: reputation has been built upon our unsurpassed technology and quality in the areas of high density/high power and high voltage discrete semiconductors and modules.
- VR: 200 volts
- Features: Other
- Diode Type: PIN Diodes
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Supplier: Richardson RFPD
Description: 10-27GHz Bidirectional Detector; GaAs Monolithic Microwave IC in SMD leadless package. The CHE1260-QAG is a bidirectional detector that integrates a passive bidirectional coupler, two matched detector diodes and two reference diodes. It allows the measurement of
- Frequency Range: 12,000 to 27,000 MHz
- dBm Measurement Range: 30 dBm
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Supplier: DigiKey
Description: Tunnel Diode Zero Bias Detector,
- Frequency Range: 100 to 4,000 MHz
- dBm Measurement Range: 17 dBm
- Features: Other
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Supplier: Fairview Microwave Inc.
Description: tunnel diode zero bias detector is constructed with SMA male to SMA female connectors. Fairview Microwave SMA to SMA tunnel diode zero bias detector has a minimum frequency of 18 GHz and a maximum frequency of 26 GHz. This SMA coaxial RF tunnel diode zero bias
- Frequency Range: 18,000 to 26,000 MHz
- Connector Type: SMA
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Supplier: Fairview Microwave Inc.
Description: tunnel diode zero bias detector is constructed with SMA male to SMA female connectors. Fairview Microwave SMA to SMA tunnel diode zero bias detector has a minimum frequency of 100 MHz and a maximum frequency of 2 GHz. This SMA coaxial RF tunnel diode zero bias
- Frequency Range: 100 to 2,000 MHz
- Connector Type: SMA
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Supplier: Fairview Microwave Inc.
Description: tunnel diode zero bias detector is constructed with SMA male to SMA female connectors. Fairview Microwave SMA to SMA tunnel diode zero bias detector has a minimum frequency of 4 GHz and a maximum frequency of 8 GHz. This SMA coaxial RF tunnel diode zero bias
- Frequency Range: 4,000 to 8,000 MHz
- Connector Type: SMA
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Supplier: Fairview Microwave Inc.
Description: tunnel diode zero bias detector is constructed with SMA male to SMA female connectors. Fairview Microwave SMA to SMA tunnel diode zero bias detector has a minimum frequency of 2 GHz and a maximum frequency of 6 GHz. This SMA coaxial RF tunnel diode zero bias
- Frequency Range: 2,000 to 6,000 MHz
- Connector Type: SMA
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Supplier: REED-Direct
Description: Auto power off Double molded housing and test leads EN610101 Cat. III, 1000V safety rating 0.2A/500V resettable fuse protection 2000-count LCD readout SPECIFICATIONS: AC/DC Voltage Range: 600V AC/DC Current Range: 200mA Resistance Range: 20Mω
- Options & Features: Auto-Ranging
- Special Measurement Types: Continuity Check, Diode Test
- Measurement Type: DC
- Form Factor: Handheld
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Supplier: Nexperia B.V.
Description: Total power dissipation: max. 250 mW Small tolerances of VZ Working voltage range: nominal 5.00 to 6.80 V Non-repetitive peak reverse power dissipation: maximal 30 W at 150 °C Qualified according to AEC-Q101 and recommended for use in automotive applications Applications Low current,
- Diode Type: Avalanche Diodes
- Diode Applications: Detector, Limiter, Power Diode
- Features: Other, SOT23
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Supplier: Newport MKS
Description: measurements up to a 15 GHz bandwidth. These detectors are suitable for applications where detector rise time of <25 psec are required for Q-switched and Ultrafast Laser output analysis. The batteries are easily replaceable, and by disconnecting the detector from the
- Receiver Rise Time: 0.025 ns
- Bandwidth: 0 to 15,000 MHz
- Features: Other
- Receiver Type: PIN
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Supplier: Newport MKS
Description: The CONEX-PSD9 Position Sensing Detector provides accurate XY position information of laser beams and is ideally suited for laser beam stabilization, laser tracking and general beam diagnostics. Unlike quadrant detectors, the improved tetra-lateral effect diode of the CONEX-PSD9
- Sensor Technology: Optical Triangulation Position Sensor
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Supplier: Bacharach, Inc.
Description: Detects all CFC, HFC and HCFC refrigerants as low as 0.006 oz/yr, including R-410a and R-507 Dual power options allow battery operation for the best mobility or wall power for uninterrupted usage Visual and audible indicators include an incremental flashing LED in the probe tip, an
- Operating Temperature: 32 to 104 F
- Computer Interface Options: Other
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Supplier: Richardson RFPD
Description: Single Diode Configuration: This family of Zero Bias Detector (ZBD) diodes is designed for use in video detectors and power monitors eliminating the need to provide external DC Bias to the diode. These diodes offer good output sensitivity and low
- CT: 0.25 pF
- Features: Other, Single
- Diode Type: RF Diodes, Schottky Barrier Diodes
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Supplier: Broadcom Inc.
Description: input signals, and internal clamping diodes to protect the buffer and LED from a wide range of over-voltage and over-current transients. Because threshold sensing is done prior to driving the LED, variations in optical coupling from the LED to the detector will have no effect on the
- Isolation Voltage: 5,000 volts
- Rise Time: 25 to 27 µs
- Operating Temperature: -40 to 105 C
- Input: AC, DC
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Supplier: InspectorTools
Description: LED displays and loud tick rate indicates relative concentration levels Detects all halogens and scores of hydrocarbon gases Response time is two-tenths of one second Probe length adjustable from 3" to 20" Lifetime warranty available Specifications: Sensing Elements: - Refrigerant - Heated
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Supplier: Newport MKS
Description: top of it, improves the maximum measurable power specifications. Please refer to Newport Power Meter and Detector Legacy and Compatibility for a complete list of meters that are compatible with this model.
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Supplier: Knight Optical (UK) Ltd
Description: Knight Optical's Redshift NIR I high performance mini spectrometer is designed to cover the NIR wavelength range from 0.9-1.7μm. Boasting an InGaAs (indium gallium arsenide) detector with a high quality “Sensors Unlimited” linear photo diode array comprised of 512 pixels, 25μm by 500μm
- Wavelength Range: 1,250 to 1,575 nm
- Spectral Resolution: 3.1 nm
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Supplier: Knight Optical (UK) Ltd
Description: Knight Optical's Redshift NIR I high performance mini spectrometer is designed to cover the NIR wavelength range from 0.9-1.7μm. Boasting an InGaAs (indium gallium arsenide) detector with a high quality “Sensors Unlimited” linear photo diode array comprised of 512 pixels, 25μm by 500μm
- Wavelength Range: 900 to 1,600 nm
- Spectral Resolution: 3.1 nm
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Supplier: Knight Optical (UK) Ltd
Description: Knight Optical's Redshift NIR I high performance mini spectrometer is designed to cover the NIR wavelength range from 0.9-1.7μm. Boasting an InGaAs (indium gallium arsenide) detector with a high quality “Sensors Unlimited” linear photo diode array comprised of 512 pixels, 25μm by 500μm
- Wavelength Range: 1,150 to 1,475 nm
- Spectral Resolution: 3.1 nm
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Supplier: ERSAELECTRONICS PTE. LTD.
Description: replacement parts, BOM lines, package options, lifecycle status, and procurement availability. Key searchable attributes include Schottky. Search-friendly keywords include diode, rectifier, Schottky, switching diode, Diode and Rectifier, RF Detectors. This listing
- Features: Other
- Diode Applications: Rectifier Diode
- Diode Type: Schottky Barrier Diodes
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Supplier: ERSAELECTRONICS PTE. LTD.
Description: parts, BOM lines, package options, lifecycle status, and procurement availability. Key searchable attributes include key electrical ratings, package details, and application requirements. Search-friendly keywords include diode, rectifier, Schottky, switching diode, Diode and
- Features: Other
- Diode Applications: Rectifier Diode
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Supplier: Newport MKS
Description: internal 50 Ω termination. As the responsivity data is applicable to the diode only, the detector output should be determined based on 1/2 the responsivity of that shown on graph. It is a low-cost solution for ultra-fast measurements up to a 12.5 GHz bandwidth. These detectors
- Receiver Rise Time: 0.03 ns
- Bandwidth: 0 to 12,500 MHz
- Features: Other
- Receiver Type: PIN
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Featured Products Top
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switching applications and topologies Requirements for power rectifier in switching applications How rectifier contribute to overall switching losses of SMPS Different diode technologies & performance data In application benchmarking results (read more)
Browse Diodes Datasheets for Nexperia B.V. -
Modern electronic systems require semiconductor components that deliver high efficiency, fast response, and reliable operation while minimizing power loss and space requirements. Traditional diodes may introduce higher voltage drops and switching losses, limiting performance in power (read more)
Browse Diodes Datasheets for Win Source Electronics -
HL67203HD LASER DIODE HL67203HD is a high power (1.3W) 670nm laser diode operating at high efficiency opening up applications in skin treatment and photo (read more)
Browse Diode Lasers Datasheets for World Star Tech -
Power 405 nm 400 mW Violet Laser Diode HL40213MG is a single-mode high power violet laser diode by Ushio available in a compact 5.6 mm CAN package. HL40213MG boasts the industry’s highest optical power of 400 mW in the 405 nm (read more)
Browse Diode Lasers Datasheets for World Star Tech -
WLD-100-685 laser diode has Single Mode. WLD-100-685 is ideal for measurement applications applications demanding reliable operations with a long lifetime and stable output power. Features Good FFP Performance High Power High Efficiency 5.6 mm (read more)
Browse Diode Lasers Datasheets for World Star Tech -
The latest additions include 32 planar Schottky diodes and eight hyperfast recovery rectifiers housed in the CFP15B package. They are available as standard and Q-types that meet AEC-Q101 automotive qualification standards. By bringing multiple versions of these devices to the market (read more)
Browse Diodes Datasheets for Nexperia B.V. -
and fast measurement speed, makes it ideal for source calibration, defense, SATCOM, and general-use applications. The RMS responding, two-path diode-based power sensor accurately measures signals with any modulation bandwidth. Its measurement speed is many times faster than that of thermal (read more)
Browse RF Power Detectors Datasheets for LadyBug Technologies LLC -
LadyBug Technologies’ LB5900 Power Sensors span onerational frequencies up to 50Ghz and are available with a variety of connectors and options. In addition to the sensors USB connection, optional direct TTL connectivity, utilizing either SPI (Serial Peripheral Interface) or I2C (Inter (read more)
Browse RF Power Detectors Datasheets for LadyBug Technologies LLC -
, SATCOM, and general-use applications. The RMS responding, two-path diode-based power sensor accurately measures signals with any modulation bandwidth. Its measurement speed is many times faster than that of thermal power sensors, and the LBSF09 is thermally stable. Furthermore, it offers superior (read more)
Browse RF Power Detectors Datasheets for LadyBug Technologies LLC -
characteristics that make thermocouple power monitors a reliable choice for radar, communications, and laboratory measurement systems. Temperature Stability While other technologies such as square-law diode detection can be accurate, they vary dramatically over temperature and (read more)
Browse RF Power Detectors Datasheets for LadyBug Technologies LLC
Conduct Research Top
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Optimizing Averaging for Better Power Measurements
What is averaging? Modern power sensors use a detector circuit coupled to analog to digital converters to measure signal power. The sample conversion occurs at a very rapid pace, often over a million times per second on any input signal including CW signals. This rapid conversion of the signal
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Considerations When Selecting A RF Power Sensor
Most power sensors now available fall into one of three design categories: thermistor, thermocouple, and diode detector. In a thermistor design, RF power is measured through DC substitution of RF energy heating the thermistor. In a thermocouple design, absorbed microwave power causes heating
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Impedance Matching Techniques for Mixers and Detectors - App Note (.pdf)
to know the admittance of the diode in the frequency band of interest. As an example, the Agilent Technologies 5082-2709 mixer diode will be matched from 8 GHz to 12 GHz. A common local oscillator power level is one milliwatt, but it is not useful to measure the diode admittance at this level
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Characterization Techniques for Miniature Low Power X-Ray Tubes
An X-ray shielded test chamber has been designed and built that includes a CCD-pinhole. camera and energy-dispersive silicon PIN-diode detector for spectrum collection. The. use of this chamber is an innovative approach that allows rapid imaging of the electron. beam spot on the anode, as well
More Information Top
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Diode power detector DC operating point in six-port communications receivers
Thus the DC operating point of the power detector diode is determined by the constant term I0(B).
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http://dspace.mit.edu/bitstream/handle/1721.1/34447/70691527-MIT.pdf?sequence=2
There is no external output from the cabinet for the reflected power, so the signal coming from the reflected power detector diode is split and one of the signals is run to the digitizer to be analyzed and recorded, the same way…
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I/Q-channel regeneration in 5-port junction based direct receivers
These three ports are connected to three power detector diodes , each followed by a SQRC filter.
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Adaptive I/Q-regeneration in 5-port junction based direct receivers
These three ports are connected to three power detector diodes , each followed by a SQRC filter.
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Compact low frequency six-port design for wireless communication devices
This system consists of single SP followed by power detector diodes and differential amplifiers.
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Performance evaluation of six-port receivers with simplified interface to amplifier and filter
Because the six- port correlator is a passive device, the maximum input power is limited by the power detector diodes and the baseband am- plifiers, whereas the minimum input power and the sensitivity in a receiver mainly is set by the noise…
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E-Band Microwave Transceiver using MWgSP technology for PtP radio equipment
MWgSP are suitable for flip-chip assembly also; this technique does not suffer from the abovementioned problem, but due to heat dissipation constraints it can be used only for low power devices (like, for example, output power detector diode ).
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European Microwave Week 2006
High amplitude stability is also required for the noise source and transmitter power detector diodes , in order to provide accurate calibration of the overall cloud radar.
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36th European Microwave Conference
High amplitude stability is also required for the noise source and transmitter power detector diodes , in order to provide accurate calibration of the overall cloud radar.
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EuMC 2006 Abstracts Cards
High amplitude stability is also required for the noise source and transmitter power detector diodes , in order to provide accurate calibration of the overall cloud radar.