|
|
||
Welcome to GlobalSpec!
Find parts, products, suppliers, datasheets, and more for:
Phase Detector
Product Announcements
Analog Detector (DACP18001)
from Teledyne Cougar, Inc.
from Teledyne Cougar, Inc.
KRYTAR 10 MHz-40 GHz Zero Bias Schottky Detector
from Krytar, Inc.
from Krytar, Inc.
Teledyne Cougar Acquires Tindall Technologies
from Teledyne Cougar, Inc.
from Teledyne Cougar, Inc.
Find Suppliers by Category
RF phase detectors and comparators are circuits or instruments that provide a DC output voltage proportional to the difference in phase between two RF signals.
Search by Specification |
Learn More
Products & Services
See also: Technical Articles-
Description: Twilight Technology, Inc. is the leading manufacture of various obsolete semiconductor products which are made available in Commercial, Industrial and Military Grade Levels. These products range from the relatively simple 2-terminal discrete devices to complex Application Specific Integrated Circuits (ASIC's). Twilight is exclusively licensed to support DPAC Technologies, Inc. previously Dense-Pac Microsystems, Inc. obsolete products. We hope you enjoy our new look and enjoy visiting our Internet site. Our Mission Twilight Technology, Inc. is committed to manufacturing products that meet or exceed the customers specifications. Diligent attention to the needs of each customer is our number one priority. Documentation, training, education, innovation, teamwork and experience lead to providing our customers with quality products. Company Profile Twilight Technology, Inc.quality system, meets the requirements of MIL-I-45208A, IPCA class 3, and we are currently pursuing ISO 9001 registration. We also extensively utilize MIL-STD-883, MIL-PRF-38535 and the JEDEC Standards as guides. Die used in the manufacturing of our products is typically fabricated by a wafer foundry that has been approved by Twilight Technology, Inc In certain cases, however, Twilight may elect to use die that has either been supplied or recommended for purchase (from a specific vendor) by our end customer's. In all cases, however, we only utilize die that has been 100% electrically probed at the wafer level.
-
Supplier: Krytar, Inc.Description: 1.0-26.5 GHz DIRECTIONAL DETECTORS SPECIFICATIONS FREQUENCY RANGE 1.0-26.5 GHz FREQUENCY SENSITIVITY (with respect to output) ± 1.0 dB DIRECTIVITY > 14 dB MAXIMUM VSWR (any port) 1.40 INSERTION LOSS < 1.2 dB LOW LEVEL SENSITIVITY > 4 μV/μW DETECTOR OUTPUT
- Package Type: Connectorized
- RF Connector: BNC, SMA, Other
-
Supplier: Teledyne Cougar, Inc.Description: and threshold detectors. Our designs incorporate either planar gemanium tunnel diodes or silicon Schottky diodes with video amplifiers and comparators to provide analog or threshold detector functional blocks. The tunnel detector provides excellent temperature stability in a simple, unbiased configuration while the biased or unbiased Schottky designs are offered for the most demanding temperature environments. Precision video components offer low-level detection with low output offset voltage...
-
Supplier: Teledyne Cougar, Inc.Description: Model DAQ6103 is one of many analog detectors Cougar offers. This model operates from 0.1-6.0 GHz guaranteed, and from 0.1-8.0 GHz, typical. This detector comes standard in the 0.250-in.sq. hermetic surface mount package. The DAQ6103 produces an analog output voltage as a function of input RF power. Average power detection is below –13 dBm and peak power detection is above –10 dBm (power at the diode). Power Flatness is ±0.5 dB typical and temperature stability is ±0.25 dB typical...
-
Supplier: Anaren, Inc.Description: Phase discriminator without video amplifier.
-
Supplier: Teledyne Cougar, Inc.Description: The UTD-1000 has an input impedance of 50 ohms. The UTD-1001 has an input impedance of greater than 300 ohms. In all other respects the detectors are similar. The level detector consists of an amplifier stage that drives a Schottky-barrier detector diode. Matched back-to-back silicon diodes which
- Package Type: Surface Mount Technology (SMT), Flat Pack, Through Hole Technology (THT), Connectorized
- RF Connector: SMA
-
Supplier: Hensley Technologies, Inc.Description: The Agilent 85025C waveguide detector adapter offers a frequency range up to 110 GHz and is for use with the Agilent 8757 only in either AC or DC detection mode.
-
Supplier: Synergy Microwave CorporationDescription: Package type 136, negative output polarity, maximum RF input power 100mW
- Package Type: Through Hole Technology (THT)
-
Supplier: Micronetics, Inc.Description: Ideal for high volume applications, this threshold detector pinpoints RF power and allows the user to program an acceptable/unacceptable power level. APPLICATIONS Radio receivers / transmitters: Cellular systems Video systems
- Package Type: Surface Mount Technology (SMT)
-
Supplier: Avago TechnologiesDescription: The VMMK-3113 is a small and easy-to-use, broadband, directional detector operating in various frequency bands from 2 to 6 GHz with typical insertion loss of 0.3 dB. It is housed in the Avago Technologies' industry-leading and revolutionary sub-miniature WaferCap chip scale package (GaAsCap wafer
- Package Type: Surface Mount Technology (SMT)
-
Supplier: Krytar, Inc.Description: Specifications include: Low Level Sensitivity: 0.5 Mv/Mw. Output Capacitance: 30 Pf. Maximum Input: 100 Mw. Operating Temperature: -54º To +100º C. Output Polarity: Negative (for positive output, add "P" to the end of the model number). Input Connectors: Models 201a, 201b, 201s, 202a, 202b, 202s = 3.5mm Male. Models 203a, 203b, 203s = 2.4mm Male. Models 203ak, 203bk, 203sk = 2.92mm Male
-
Supplier: Emhiser Research, Inc.Description: Applications Phase Comparator Image Reject Mixer IQ Mod/Demod SSB Mixer
- Product Type: I/Q Modulator / Demodulator
- Package Type: Through Hole Technology (THT)
-
Supplier: Teledyne Cougar, Inc.Description: June 21, 2007 - Teledyne Technologies Incorporated (NYSE:TDY) announced today that its subsidiary, Teledyne Cougar, Inc., has completed the acquisition of Tindall Technologies, Inc., a designer and supplier of microwave subsystems for defense applications. Terms of the transaction were not disclosed. Tindall designs and manufactures high performance Instantaneous Frequency Measurement (IFM) based systems and subsystems, including integrated frequency locked sources and set-on receiver-jammers...
-
Supplier: Avnet ExpressDescription: RF/IF GAIN AND PHASE DETECTOR 14TSSOP
-
AD8302ARU from Avnet ExpressManufacturer: Analog DevicesProduct Category: RF ICsDescription: RF/IF GAIN AND PHASE DETECTOR 14TSSOP
-
MCK12140DGOS-ND from Digi-KeyManufacturer: ON SemiconductorProduct Category: Integrated Circuits (ICs)Description: IC DETECTOR PHASE-FREQ 8-SOIC
-
MCK12140DR2G-ND from Digi-KeyManufacturer: ON SemiconductorProduct Category: Integrated Circuits (ICs)Description: IC DETECTOR PHASE FREQ 8-SOIC
-
MCH12140DGOS-ND from Digi-KeyManufacturer: ON SemiconductorProduct Category: Integrated Circuits (ICs)Description: IC DETECTOR PHASE FREQ 8SOIC
-
EVAL-ADF4002EBZ1 from E-ElectronicsManufacturer: Analog DevicesDescription: EVALUATION BOARD FOR ADF4002 PHASE DETECTOR/FREQUENCY SYNTHESIZER
-
3129-10 from Tequipment.NetManufacturer: HiokiDescription: Large Clip Non-Metal Contact Phase Detector
-
Supplier: Lansdale Semiconductor, Inc.Description: Motorola/Freescale - CMOS 145000 This family of CMOS PLL devices is designed to perform phase-locked loop functions and includes phase detectors, dividers, encoders, decoders, and oscillators, which use the lower power consumption of the CMOS process.
- Package / Form Factor: Surface Mount Technology (SMT)
-
AD8302ARUZ-REEL from Newark / element14Manufacturer: ANALOG DEVICESDescription: ANALOG DEVICES - AD8302ARUZ-REEL - TSSOP LF-3GHz Gain Phase Detector
-
9350292 from Allied Electronics, Inc.Manufacturer: NTE ELECTRONICSDescription: IC-PHASE/FREQ DETECTOR
-
Supplier: Electro Rent CorporationDescription: Hioki USA 3126-01 HIO-3126-01 Phase Rotation Detector Basic Specifications Voltage range 110 to 480 V AC Time limit Continuous /110 V AC, 30 minutes /220 V AC, 4 minutes /480 V AC Frequency 40 to 70 Hz Cord length 1.2 m(3.94 ft) Dimensions, mass 70 mm(2.76 in)W 95 mm(3.74 in)H 55 mm(2.17 in)D, 280
-
MCH12140DG from PLC RadwellManufacturer: On SemiconductorDescription: PHASE-FREQUENCY DETECTOR; TRANSISTOR TYPE:MOSFET;
-
MC100LVEL40DWG from PLC RadwellManufacturer: On SemiconductorDescription: PHASE-FREQUENCY DETECTOR; LOGIC TYPE:DETECTOR; LOG
-
MC100EP140DG from PLC RadwellManufacturer: On SemiconductorDescription: PHASE-FREQUENCY DETECTOR; LOGIC TYPE:CLOCK DISTRIB
-
6977262 from RS Components, Ltd.Manufacturer: Analog DevicesProduct Category: RF ICs MiscDescription: Category:RF/IF Gain and Phase Detector; Supplier Package:TSSOP; Pin Count:14; Product Length:5mm; Maximum Operating Temperature:85C; Product Width:4.4mm; Mounting:Surface Mount; Minimum Operating Temperature:-40C; Product Height:1mm
-
Description: Sensitive and universal detection in isocratic and gradient analysis The Agilent 1260 Infinity Evaporative Light Scattering Detector (ELSD) is a powerful tool for sensitive detection of any compound that is less volatile than the mobile phase. It provides an essentially universal measurement
- Instrument Type: Fixtured or Permanent
- Detection Method: Light Scattering Detector
- Local Interface: Digital Front Panel
- Computer Interface Options: Serial Interface
-
MC100LVEL40DWG from Newark / element14Manufacturer: ON SEMICONDUCTORDescription: ON SEMICONDUCTOR - MC100LVEL40DWG - IC, PHASE FREQUENCY DETECTOR, WSOIC-20
-
MC100EP40DTG from Newark / element14Manufacturer: ON SEMICONDUCTORDescription: ON SEMICONDUCTOR - MC100EP40DTG - IC, PHASE FREQUENCY DETECTOR, 20-TSSOP
-
MCK12140DG from Newark / element14Manufacturer: ON SEMICONDUCTORDescription: ON SEMICONDUCTOR - MCK12140DG - IC, PHASE FREQUENCY DETECTOR, 8-SOIC
-
9350458 from Allied Electronics, Inc.Manufacturer: NTE ELECTRONICSDescription: INTEGRATED CIRCUIT PHASE FREQUENCY DETECTOR 14-LEAD DIP
-
MCH12140DG from NewarkManufacturer: ON SEMICONDUCTOR(MARKET PRICE)Description: ON SEMICONDUCTOR - MCH12140DG - IC, PHASE FREQUENCY DETECTOR, N8-SOIC
-
Supplier: Skyworks Solutions, Inc.Description: . The crystal frequency is divided down by independent programmable dividers (1 to 32) for the main and auxiliary synthesizers. The phase detectors can operate at a maximum speed of 25 MHz, which allows better phase noise due to the lower division value. With a high reference frequency, the loop
Conduct Research Top
-
Phase Coherent Multi-Channel RF Synthesis (.pdf)
between these signals is output to an integrating filter and back. to the VCO. This is a very effective method for achieving long term stability, but. short term phase stability can suffer. When a phase (frequency) variation within. the VCO occurs, an error must first be generated in the phase detector
-
Infrared Detector Basics (.pdf)
suppresses fluctuations effectively. Sinusoidal signals, however, are phase-shifted by 90°. by this electrical lowpass filter (f > fT). 4.2 Circuit. diagram. In the simplest case the preamplifier is formed as a JFET source follower. The gate resistor and the JFET. are integrated into the detector housing
-
Dynamic Phase-Shifting Electronic Speckle Pattern Interferometer
. Polarization. Interferometer. T. Sensor. Mask. Array. matched to. 0. 90. detector array. Unit Cell. 180 270. pixels. Figure 2: Pixelated Phase Mask Operation. Some of the advantages for ESPI applications of the pixelated approach to phase shifting are that the spatial. interference pattern is fixed
-
Pixelated Phase-Mask Dynamic Interferometer
We demonstrate a new type of spatial phase-shifting, dynamic interferometer that can acquire phase-shifted interferograms in a single camera frame. The interferometer is constructed with a pixelated phase-mask aligned to a detector array. The phase-mask encodes a high-frequency spatial interference
-
Application of Fast Response Dual-Colour Pyroelectric Detectors with Integrated Op Amp in a Low Power NDIR Gas Monitor (.pdf)
). ·. there is no signal and signal/noise-ratio loss when using the parallel compensation in thermal. compensated detectors. ·. there is a very low power consumption and therefore a short warm-up phase and fast recovery time. 3. Detector. In order to guarantee optimum operation in the current and voltage mode
-
Trixell to Fabricate Flat-Panel Digital Detectors for OEMs Thermoplastic Specified for Reusable Petri Dish Bayer Introduces Materials Selection on the World Wide Web Indentec Meets European Hardness Calibration Standard
, began working on amorphous silicon digital technology in the mid-1980s. Not only did the partnership with Siemens, which joined the project in 1991, and Philips, which came on board in 1995, reduce costs and increase efficiency during the product development phase, it will continue to pay dividends
-
Building a Microwave Frequency Synthesizer-Part 5: Advanced Techniques (.pdf)
to PLL components (e.g., phase detector,. fast switching speed) encourage the use of VCO-based. dividers, etc.) residual noise limitations. Outside the loop. technologies, which, however, normally exhibit higher. filter bandwidth the noise follows the YIG oscillator free-. phase noise. running curve
-
Building a Microwave Frequency Synthesizer-Part 4: Improving Performance (.pdf)
phase. sizer characteristics are discussed. detector comparison frequencies that lead to. improved performance, e.g., faster tuning. PLL Design Trade-offs. speed or better spur rejection. Besides, it can. The main PLL synthesizer parameters,. potentially provide better phase noise charac
-
Optical Shaft Encoders
the disk and detectors, increasing the tolerance for phase error and edge jitter between channels. The key developments that make maskless encoders feasible are miniaturized LEDs and detectors and the use of special lenses. Eliminating the mask entails drawbacks as well. The biggest drawback
-
Analysis of Barrier Metal Layers of SI-Devices (HD-2000 5)
permits observation of crystalline specimens at high phase contrast, a dark field detector which permits observations of slight composition or density differences at high atomic number contrast, and a secondary electron detector which permits 3-dimensional observation from surface to inner
