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Amplitude Detection
DLVA
BSC have full design and manufacture expertise in house to offer high reliability mixed technology Microwave and RF modules such as Successive Detection Log Video Amplifiers (SDLVA).
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Amplitude Detectors
Amplitude detection, which eliminates the carrier (or the subcarrier) at the Doppler filter output
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Amplitude Detectors with Isolators
Full band waveguide detectors are GaAs beam lead Schottky diode-based detectors that are specially designed for millimeterwave network analyzer applications. With a proprietary circuitry design and careful diode selection, these zero-biased detectors exhibit high sensitivity and extremely flat output characteristics. The below standard offering covers the frequency range of 18 to 170 GHz and offers a 1 MHz video bandwidth and 1 MΩ video output impedance. The standard models also have the capacity to handle a maximum RF input power of up to +17 dBm. The RF interface of these detectors is a standard waveguide with an integrated Faraday isolator to improve the port VSWR. The output voltage polarity is negative and the connector type is a female SMA. Other configurations are offered as custom models.
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Time to Amplitude Converters and Calibrator
A Time-to-Amplitude Converter (TAC) can achieve exceptional precision by using an analog technique to convert small time intervals to pulse amplitudes. When a timing application demands picosecond precision, a time-to-amplitude converter is a prime candidate. A time-to-amplitude converter is a productive solution for measurements less than 10 μs when time resolutions from 10 ps to 50 ns are required.
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0.3Hz-3MHz Amplitude Display Functional Generator
MFG-8303
Features:*Max. frequency up to 15MHz*Single-chip function generating module provides high stability and low distortion waveforms*5 digit frequency display, 3 digit amplitude display.*Built-in frequency meter for testing external signal up to 20MHz*Linear and Logarithmic sweep function.*AM/FM function optional(Models with suffix “A”)*5W Power Output function optional(Models with suffix “W”)
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0.3Hz-6MHz Amplitude Display Functional Generator
MFG-8306
Features:*Max. frequency up to 15MHz*Single-chip function generating module provides high stability and low distortion waveforms*5 digit frequency display, 3 digit amplitude display.*Built-in frequency meter for testing external signal up to 20MHz*Linear and Logarithmic sweep function.*AM/FM function optional(Models with suffix “A”)*5W Power Output function optional(Models with suffix “W”)
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Countermeasures Sequential Timing & Amplitude Tester
C-STAT
C-STAT, or Countermeasures Sequential Timing and Amplitude Tester, is a Firing Pulse Interval Test Set, a suite of test components designed to analyze firing pulse timing and amplitudes from a CMDS system such as ALE-47.
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Two Channel Phase and Amplitude Noise Analyzer
DCNTS -190
The DCNTS is a two channel Phase and Amplitude noise analyzer. Its dual demodulator architecture allows the system to use cross-correlation to cancel its internal noise and limitation; it is like comparing the outputs of 2 systems and only display the similarities while rejecting differences. Its main extension is the Residual Noise measurement front-end which includes all necessary hardware to automatically measure residual noise on 2-ports devices either in RF frequencies or microwave. It could be a frequency multiplier or divider, an amplifier or any other phase coherent input to output device.
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IRIG Amplitude Modulated Time Code Distribution Amplifier
1205A / 1205A-MC
Precise Time and Frequency, Inc.
The ptf 1205A is a 12-channel IRIG amplitude modulated time code distribution amplifier housed in a 1U high, 19″ rack package. The ptf 1205A uses an RF design combining the latest technology in low noise components to minimize input/output delays which are of the order of nano seconds.The unit uses two stages of input signal buffering to distribute the input signal to 12 separate outputs, and insure maximum isolation between individual output signals.
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9KHz-2.1GHz, Spectrum Analyzer, Phase Noise<-98dBc/Hz, Amplitude Accuracy<0.7dB, 10.1" Color Display
T3SA3100
9KHz-2.1GHz, Spectrum Analyzer, Phase Noise<-98dBc/Hz, Amplitude Accuracy<0.7dB, 10.1" Color Display.
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9KHz-3.2GHz, Spectrum Analyzer, Phase Noise<-98dBc/Hz, Amplitude Accuracy<0.7dB, 10.1" Color Display
T3SA3200
9KHz-3.2GHz, Spectrum Analyzer, Phase Noise<-98dBc/Hz, Amplitude Accuracy<0.7dB, 10.1" Color Display.
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Rack Mount, 1U, Switchable Dual 2x4/1x8, LL/UL/S Bands, Programmable Amplitude Balance
LS-16A-R1-24SLUS
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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Multicoupler, Rack Mount, 1U, Switchable Dual 2×4/1×8, LL/S , Programmable Amplitude Balance
LS-16A-R1-24SLS
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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Multicoupler, Rack Mount, 1U, Switchable Dual 2×4/1×8, LL/S/C , Programmable Amplitude Balance
LS-16A-R1-24SLSC
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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Multicoupler, Rack Mount, 1U, Switchable Dual 2×4/1×8, LL/UL/S/C , Programmable Amplitude Balance
LS-16A-R1-24SLUSC
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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Multicoupler, Rack Mount, 1U, Switchable Dual 2×4/1×8, P/LL/UL/S , Programmable Amplitude Balance
LS-16-R1-24SPLUS
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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Multicoupler, Rack Mount, 1U, Switchable Dual 2×4/1×8, P, LL/UL/S/C, Programmable Amplitude Balance
LS-16A-R1-24SPLUSC
High Performance rack mount 1U x 12” deep switchable Multicouplers are available in multiple IN X OUT configurations, such as 1×8, dual 2×4, 1×4 and 1×6. The LS-16 product line covers 300 MHz to 6000 MHz. High output/output isolation and Ethernet / USB controllable gain adjustments for each channel are available as options.
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1 Or 2 Stream MIL-STD-1553 PMC Test And Simulation Modules With Prog. Coupling,onboard Bus Network And Variable Output Amplitude
AMCX1553-xT
MIL-STD-1553 Test and Simulation modules for PMC with 1 or 2 Dual Redundant streams plus 8 Discrete I/O’s (on Rear-I/O).
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0.1Hz-5MHz Functional Generator
MFG-3005
*Frequency range: 0.1Hz~5MHz*Output waveforms: Sine ,triangle, square, positive and negative pulse, positive and negative ramp*Output impedance: 50Ω±10%*Output Amplitude: Not less than 20Vp-p(open circuit)*DC voltage: 0~±10V continuously adjustable*Symmetry range: 90:10—10:90*Rising edge of square: Less than 100ns
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10G DPSK Demodulator
Optoplex’s Optical DPSK Demodulator, also known as Delay Line Interferometer (DLI), converts phase modulation to amplitude modulation over the entire C+L band in support of data transmission rates of 2.5,10 or 40 Gb/s. The DPSK demodulator is designed for phase modulated optical communication systemsutilized in commercial, defense and space exploration markets. The device plays a key role in improvingsignal quality and performance to meet the expanding demand for higher data rates and more complextransmission formats within current and next generation systems without major capital expenditure.Optoplex’s DPSK Demodulator is based on a patented free-space optical design, which is compact, athermal and polarization-independent. The measured frequency drift over temperature is only ~0.02 GHz/°C for our standard passive device. Further, this DPSK Demodulator exhibits a total polarization-dependent phase shift of less than 2 degrees over the entire operating temperature range with a high extinction ratio. Optoplex’s DPSK Demodulators can be configured to be fully tunable, colorless tunable or purely passive. Dual-Rate DPSK Demodulator is also available.
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16 Bit DDS Generator Up To 200 MHz
96xx series
The 96xx series DDS generators deliver the highest performance in both speed and resolution. The series includes produts between one and 24 synchronous channels. DDS – Direct Digital Synthesis – is a method for generating sine waves from a single, fixed-frequency reference clock and is widely used in signal generation applications. The DDS functionality implemented on Spectrum Instrumentation’s AWG platform is based on the principle of adding multiple “DDS cores” to generate a mul?ti-carrier (multi-tone) signal, with each carrier having its own well-defined frequency, amplitude and phase. In addition to these static parameters, there are also build in dynamic parameters like frequency slope and amplitude slope to allow for intrinsic linear changes for multiple cores.
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16 Channel Dual Range Multievent QDC
V965
The Mod. V965 is a 1-unit wide VME 6U module housing 16 Charge-to-Digital Conversion channels with current integrating negative inputs (50 Ohm impedance). For each channel, the input charge is converted to a voltage level by a QAC (Charge to Amplitude Conversion) section.
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16 Channel Multievent QDC
V792N
The Model V792N is a 1-unit wide VME 6U module housing 16 Charge-to-Digital Conversion channels with current integrating negative inputs (50 Ohm impedance). For each channel, the input charge is converted to a voltage level by a QAC (Charge to Amplitude Conversion) section. Input range is 0 ÷ 400 pC. The Model V792N features LEMO 00 connectors for both input and control signals. The outputs of the QAC sections are multiplexed and subsequently converted by two fast 12-bit ADCs.
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170MHz 4-Channel DDS Signal Generator
409B
The 409B generates four independent, phase synchronous sine wave output signals and is programmable in 0.1 Hz steps from 0.1 Hz to 171 MHz. Programming is via an RS232 serial interface. Phase is 14-bit programmable and amplitude is 10-bit programmable. Internal memory can store a sequence of settings. The -AC option is available to enable users to step through settings using an external trigger. It is accurate to 1.5 ppm using the on board TCXO timebase or you can use an external timebase, There is also a /R option that provides a way to lock to and track an external 10MHz frequency input. A line powered AC adapter and SOF8_409 windows software on a CD are included.
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17 To 19 GHz QPSK Modulator
CCM19001
The CCM19001 is a Differential Drive Digital QPSK (Quadrature Phase Shift Keying) modulator operating across the 17.0 to 19.0 GHz frequency range. The modulator utilizes differential drive digital inputs (180º apart) to drive both of the bi-phase modulators (mixers) integrated into the assembly. The modulator is a combination of a matched pair bi-phase modulators, which are in quadrature (90º) to each other. It is modulated by switching polarities of the DC voltage controls in 4 different logic states ("0,0", "0,1", "1,0" & "1,1") for 4 phase states. The QPSK modulator provides constant amplitude, 90º vector: 0 (ref.), 90º, 180º, 270º and operates across the -55º to 85º C temperature range.
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20 GHz Signal Source
VCO Series
The SC5510A and SC5511A are VCO-based, synthesized signal sources with very low phase noise and an amplitude control of 0.01 dB throughout its -30 dBm to +15 dBm output power range. By utilizing a unique multiple phase-locked loop architecture, phase spurs are kept below -70 dBc across the entire tuning range, even at 1 Hz step resolution. Download the data sheet to see how the impressive features and specifications of these modules make them stand out when compared to other small modular synthesizers. These 20 GHz signal sources include an additional, independent RF2 channel with a tunable frequency range from 100 MHz to 3 GHz and a tuning resolution of 25 MHz. The extra channel makes the modules suitable for either single-stage RF conversion systems or dual-stage image suppression up/down converter systems. Both modules make great general-purpose laboratory signal sources where demanding low phase noise and signal purity are required. They are both ideal choices as an integrated clock source for fast DAC and ADC applications, especially those that require variable sampling rates. Full implementation instructions, GUI, driver software, and example code are provided with each module.
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2.5G DPSK Demodulator
Optoplex’s Optical DPSK Demodulator, also known as Delay Line Interferometer (DLI), converts phase modulation to amplitude modulation over the entire C+L band in support of data transmission rates of 2.5, 10 or 40 Gb/s. The DPSK demodulator is designed for phase modulated optical communication systems utilized in commercial, defense and space exploration markets. The device plays a key role in improving signal quality and performance to meet the expanding demand for higher data rates and more complex transmission formats within current and next generation systems without major capital expenditure. Optoplex’s DPSK Demodulator is based on a patented free-space optical design, which is compact, athermal and polarization-independent. Themeasured frequency drift over temperature is only ~0.02 GHz/°C for our standard passive device. Further, this DPSK Demodulator exhibits a total polarizationdependent phase shift of less than 2 degrees over the entire operating temperature range with a high extinction ratio. Optoplex’s DPSK Demodulators can be configured to be fully tunable, colorless tunable or purely passive. Dual-Rate DPSK Demodulator is also available.
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2 Channel 1GSPS 8 Bit ADC Card in FMC
FM582
Sundance Multiprocessor Technology Ltd.
The offset adjustment does not clip the signal at the highest range (+/- 5V). That is why the “max input signal amplitude” has been specified as 10V, even though the selection of signal ranges only goes up to 5V. This way, a +10V pulse with -5V offset could still be digitised without clipping.
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32 Channel Multievent Individual Gate QDC
V862
The Model V862 is a 1-unit wide VME 6U module housing 32 Charge-to-Digital Conversion channels with current integrating negative inputs. Each channel has an independent gate input (GATE i) logically ANDed with a COMMON GATE input; the input charge on the i-th channel is converted to a voltage level by a QAC (Charge to Amplitude Conversion) section when both the GATE i and COMMON GATE signal are active.
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32 Channel Multievent QDC
V792
The Mod. V792 is a 1-unit wide VME 6U module housing 32 Charge-to-Digital Conversion channels with current integrating negative inputs (50 Ohm impedance).For each channel, the input charge is converted to a voltage level by a QAC (Charge to Amplitude Conversion) section. Input range is 0 ÷ 400 pC.
