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Benchtop Femtosecond/Picosecond Lasers and Amplifiers
The systems feature a portable design with user-friendly front panel control knobs for adjustment of output parameters, such as power, pulse width and repetition rate. With wavelength options of 780 nm, 850 nm, 1310 nm, and 1550 nm, pulse widths as low as < 0.3 ps, and GHz low-jitter synchronization signals, these systems provide ideal optical sources for high speed transceiver conformance testing and photodiode characterization.
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High Power Femtosecond Lasers
The Carmel series offers a very compact design with free-space delivery wavelengths of 780 nm, 1550 nm, and now 1750 nm, pulse widths as short as 90 fs and power levels up to 2.5 W. In contrast, the Cazadero offers high pulse energies (up to 3 µJ) with pulse widths of < 500 fs at 1550 nm and user-selected repetition rates from MHz down to single pulse.
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Flow Loggers
IM 1910 Serie
The IM 1910 Series Flow Loggers offered by us are micro controller based digital and highly versatile loggers. These can work with external flow sensors offering either electrical output like 4-20mA or 0-10 V or pulses and are used for measuring flow of different kinds of liquids, such as water, diesel & oils.
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Rebar Locator
Profometer PM-600
Profometer PM-600 is an advanced cover meter for the precise and non destructive measurement of concrete cover and rebar diameters and the detection of rebar locations using the eddy current principle with pulse induction as the measuring method.
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Pulse Current Generator Multi-Pulse Generator
Shanghai Guantu Technology Co., Ltd.
What is the difference between ordinary current and pulse current?The difference between ordinary current and pulse current: ordinary current is continuous and uninterrupted current.Pulse current is a current whose direction does not change and whose intensity changes periodically with time.
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Dual Timer
V993C
The Mod. V993C Dual Timer is a 2-unit VME module housing two identical triggered pulse generators. The module produces NIM/TTL (NIM/TTL selection is performed via an on-board switch) and ECL pulses whose width ranges from 50 ns to 10 s when triggered. Output pulses are provided normal and negated.
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Digitizers
2740 Family
The 2740 Digitizer is a 64-channel digital signal processor for radiation detectors available in VME64 (V2740), VME64X (VX2740), and Desktop (DT2740) form factor. It offers not only waveform digitization and recording but also Multi-Channel Analysis for nuclear spectroscopy using Silicon strip, segmented HPGe, Scintillation detector with PMTs, Wire Chambers, and others. The 2740 can perform pulse height measurements (PHA), constant fraction timing (CFD), charge integration (QDC) and pulse shape discrimination (PSD) independently for each of the 64 channels.
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Single And Dual 32k Digital MCA & Pulse Processor
Hexagon Family
Hexagon is a high precision 32k MCA available in single and dual input channel versions. This compact, high performance desktop MCA includes features such as an input stage for signal conditioning, a fast analog-to-digital converter (ADC), digital signal processing algorithms, High Voltage and Preamplifier outputs for detector bias and preamp power. Hexagon is ideally suited for applications using high energy resolution semiconductor detectors such as HPGe, Silicon, CZT as well as scintillation detectors such as NaI and LaBr3. It can manage both positive and negative signals from resistive feedback or transistor reset preamplifier detectors as well as signals coming from PMT anodes.
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16 Channel Constant Fraction Discriminator
V812
The Mod. V812 is a 1-unit wide VME module housing a 16 channel constant fraction discriminator. The module accepts 16 negative inputs and generates precise ECL pulses when the input signals exceeds a given threshold: constant fraction technique allows to precisely determine the timing of the discrimination.
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8 Channel 14 bit 100 MS/s Digitizer
VX1724
The VX1724 comes in a VME64X form factor with 8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces. The VX1724 is a digitizer able to record waveforms along with performing advanced algorithms for online digital pulse processing (DPP) of pulse height analysis and dynamic acquisition window.
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Standard Digitizer
725S Family
The 725S family is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP). Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window). The wide range of DPP algorithms supported by the 725S make it a “must-have” for any type of nuclear physics application.
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Dual Digital Aquisition System For Charge Integration And Pulse Shape Discrimination
DT5790
The DT5790 operates upon the DPP-PSD firmware, specially developed for Charge Integration and Pulse Shape Discrimination. DPP-PSD is based on an advanced on line Digital Dual Gate Charge Integration allowing an effective data analysis even at high count rate. It performs input signal baseline calculation, self-triggering and double-gate charge integration with programmable parameters, double integration of both prompt and total charge for Pulse Shape Discrimination and pedestal subtraction for energy calculation.
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Digitizers
2745 Family
The 2745 Digitizer is a 64-channel digital signal processor for radiation detectors available in VME64 (V2745), VME64X (VX2745), and Desktop (DT2745) form factor. It offers not only waveform digitization and recording but also Multi-Channel Analysis for nuclear spectroscopy using Silicon strip, segmented HPGe, Scintillation detector with PMTs, Wire Chambers, and others. The 2745 can perform pulse height measurements (PHA), constant fraction timing (CFD), charge integration (QDC) and pulse shape discrimination (PSD) independently for each of the 64 channels.
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Digitizer
730S Family
The 730S family is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP). Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window). The wide range of DPP algorithms supported by the 730S family make it a “must-have” for any type of nuclear physics application.
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Modular Pulse Processing Electronics
CAEN provides a complete and ever increasing set of instrumentation, from Preamplifiers to Data Acquisition to Triggering Electronics and Logic Functions. Most of the instrumentation is available in the most popular standard form factors and bus protocols, such as VME, NIM, CAMAC and Desktop.The Desktop is the stand alone form factor of the CAEN products. It provides the same performances of the other form factors and take the advantage of an easier and portable use, requiring no crates.
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16/8 Channel 14-bit 250 MS/s Digitizer
VX1725 / VX1725S
The VX1725S family comes in a VME64X form factor, with 16/8 input channels. The communication to and from the board is provided through the VMEBus and Optical Link interfaces. The VX1725S is a digitizer capable of recording waveforms along with performing advanced algorithms for online digital pulse processing (DPP). Utilizing DPP Firmware, users can acquire quantitative physical parameters (Integrated Charge, Pulse Shape Discrimination with very fine time resolution, Pulse Height Analysis) as well as read out waveforms with automatic pulse identification and baseline suppression on channel basis (Zero-Length Encoding and Dynamic Acquisition Window).
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Dual / Quad Digital Multichannel Analyzer
781 MCA Family
The 781 MCA family integrates advanced firmware algorithms operating Digital Pulse Processing for Pulse Height Analysis (PHA). The processing algorithms can be easily adapted to different detectors and application ensuring effective data analysis even at high count rates. It provides advanced tools for configuring baseline restoration and pile-up rejection. Thanks to the multiple input simultaneous acquisition, the module is able to manage coincidence and anti-coincidence logic between detectors, allowing the user, for example, to easily take advantage of background rejection or anti-Compton techniques.
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Wideband Pulse Profiling Sensors
LadyBug wideband Power Sensors feed power waveform samples into high speed A/D converters. The measured power is processed and then delivered as required by the user. These sensors are capable of delivering everything from basic power, to time domain scope-like profiles of the modulated waveform, such as the pulse shown at right. Multiple time gated measurements, crest factor, pulse power, and statistical measurements are all possible with these sensors.
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Peak, Pulse, and Average Sensors
These sensors provide quick and easy measurements of pulse power, continuous wave power and other signals. Many of our competitors claim to measure pulse power, however you must input your duty cycle and the power is calculated based on that. Our sensors offer trigger based measurements and the pulse itself is examined giving better measurement uncertainty. There is no need to input the duty cycle to calculate pulse measurements, our sensors measure it.
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Time Interval Counter Card
GC2200
The GC22x0 family of PCI universal time interval counters offer many of the measurement and timing functions of high-end stand-alone frequency counters, including accumulate, auto ratio, frequency, fast frequency (GC2220 and GC2230 only), period, ratio, single period, test clock, time interval, time interval delay, totalize, totalize gated, totalize gated once, and pulse width.
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Frequency-Resolved Optical Gating Pulse Analyzer
IQFROG
The IQFROG measures pulse intensity and phase in both spectral and temporal domains, yielding a complete pulse characterization. With its long delay arm and high resolution spectrometer, it measures chirped pulses up to 50 ps wide, or up to 10 ps wide if the pulse is transform limited. The IQFROG is available in 1.0 and 1.5 micron wavelengths.
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Pulser Sensor, Sent Signal, CNEX/ATEX Certificates
SK-S
Beijing SANKI Petroleum Technology Co., Ltd.
*convert the mechanical transmission signal of flow meter into electrical pulse signal* send the electrical pulse signal to main-board to realize the metrology function of the flow meter
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Combination Module: 2 Ch. MIL-STD-1553 & 12 Ch. Discrete I/O
CM8
The CM8 module is a combination of NAI's MIL-STD-1553B module, FTB, and Enhanced Discrete I/O module, DT4. The CM8 offers twelve channels of discrete I/O and two channels of MIL-STD-1553B communications. The twelve discrete I/O channels are programmable as either input (voltage or contact sensing with programmable, on-module pull-up/pull down current sources), or output (current source, sink, or push-pull) up to 500 mA per channel from an applied, external 3-60 VCC source. The discrete I/O channels also provide additional functionality modes such as Pulse Width Modulation (PWM) output mode and Pattern Generator output mode. The two MIL-STD-1553B communications channels feature a dual, redundant, balanced-line, physical layer; a (differential) network interface; time division multiplexing; half-duplex command/response protocol; and up to 31 remote terminals (devices).
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8 Channels, Differential Input
VR1
The VR1 provides eight isolated, wide voltage input range Variable Reluctance (VR) signal or general-purpose Pulse Counter measurement interfaces. Channels can be programmed to operate individually or combined in pairs.
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P104 LVDT/RVDT Measurement Board
73LD4
NAI’s 73LD4 is a PC104-compliant LVDT/RVDT Measurement Board with six separate transformer-isolated channels. The channels can incorporate up to six programmable LVDT/RVDT-to-Digital Tracking Converters in a stack-through module. Each channel is programmable for 2-, 3-, or 4-wire inputs that automatically range between 2.0 volts and 28 volts, so there is no need to purchase multiple boards set for specific inputs. Operating frequency between 360 Hz and 10 kHz can be specified. Each channel also produces differential incremental encoder (A & B) outputs with programmable resolution and a zero-degree marker pulse.
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P104 Synchro/Resolver Measurement Board
73SD4
NAI’s 73SD4 is a DSP-based, PC104-compliant Synchro/Resolver Measurement Board with six separate, isolated channels. These channels can incorporate up to six Synchro/Resolver-to-Digital Tracking Converters in a stack-through module. Each channel also produces differential incremental encoder (A & B) outputs (with programmable resolution) and a zero-degree marker pulse. Commutation outputs are available for 4-, 6-, or 8-pole brushless DC motors that eliminate the need for Hall Effect sensors, thereby reducing both processor time and bus traffic.
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YDFA Amplifier
a high-gain three staged polarization maintaining optical amplifier unit designed for applications requiring high efficiency optical amplification in the 1060 nm regime in both CW and pulse mode operations.
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Timer/Counter/Analyzer
TIC-8420
The TIC-8420 is a novel Timer/Counter/Analyzer based on digitization of time intervals in pulse trains with 2.8 ns resolution.
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CompactDAQ Chassis
CompactDAQ Chassis feature USB, Ethernet, or WiFi connectivity and come in multiple slot counts to provide the right amount of I/O for various applications. You use these models with a combination of C Series I/O modules to create a mix of analog I/O, digital I/O, and counter/timer measurements. CompactDAQ Chassis can include multiple general-purpose counters/timers that you can access through an installed, hardware-timed digital C Series module for applications that involve quadrature encoders, PWM, event counting, pulse train generation, and period or frequency measurement. CompactDAQ Chassis also offer multiple timing engines, which allow you to run multiple hardware-timed operations simultaneously with independent rates for analog input.
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C Series Counter Input Module
The C Series Counter Input Module features flexible, 32-bit counters. You can configure each channel to read a single pulse train or combine them to read up to four incremental encoders. You can also directly connect sensors with open-collector or push-pull outputs by using an internal, switchable pull-up resistor. Additionally, you can use the C Series Counter Input Module to perform encoder position and velocity measurements as well as to synchronize the counters with other analog, digital, and counter measurements in your chassis.The C Series Counter Input Module includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
