Nanosecond
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Nanosecond Pulsed Lasers
Our nanosecond pulsed lasers feature pulses in the ns range. For picosecond and femtosecond lasers please see Ultrafast Lasers.
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Air-Cooled Nanosecond DPSS Laser Head
BH9206-80
The BH9206‐80 laser series is a compact, air‐cooled nanosecond DPSS laser designed for industrial, scientific and military applications. Utilizing diode pumped, air‐cooled technologies, the BH9206‐80 is capable of producing 80mJ at 1064nm with repetitions rates up to 30Hz with a 6ns pulse width.
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Jitter Free I/O Access Fast Data Acquisition
TiCoBasic
Shortest available reaction time for fast data acquisition, open- and closed-loop control! This focus of Jger Messtechnik is greatly intensified by the new TiCo processor, which enables real-time processing in the scale of nanoseconds. The TiCo (Timing Controller) being implemented into a Xilinx FPGA enhances the approved ADwin systems by a close-to-I/O, extremely fast pre-processing.
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Ka-band Power Amplifier (33-37 GHz, 10 Watt Output Power)
*Frequency band, GHz: 33-37 *Output power, typical, W: 10 (40 dBm) *Gain, dB, typical: 30*Gain flatness: 2 dB Max *Pulse width, Max.: 100 nanoseconds - 60 microseconds *Pulse reptition frequency: up to 100 KHz *Oprating temparture: -40 deg. Celsius to 60 deg. Celsius *Dimensions: 245 mm x 124 mm x 30 mm
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Intensified Cameras - Ultra-Sensitive CMOS Cameras from Deep UV to NIR Spectrum
iCameras
The cameras are equipped with a high-resolution sensor with high frame rate for excellent quality of image production, which is well‐suited to detect high speed moving objects or ultra-fast phenomenon.The mechanical architecture of the iCamera is small, compact and light-weight, especially designed for easy integration into any system.The iCamera features an exceptional sensitivity based on high QE image intensifier - ultra-fast gating technology down to a few nanoseconds, which allows it to be coupled with a laser source to perform high fidelity active imaging.
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GPS Master Clock
Signals & Systems India Private Limited
GPS Master Clock System – MCS-GPSMC-1010 is a 3U Card rack type, 19” Rack-mountable Redundant GPS Time Server which synchronizes and maintains the timing and frequency requirement of power and process industry equipment using a signal obtained from any one of the sources like GPS or GLONASS or Time protocols such as NTP and IRIG. It distributing the same time signal through several types of interfaces. It provides redundancy for Power and GPS receiver to increase reliability and offers protection against time synchronization failure. The system is field-upgradeable and an extremely flexible system, designed to handle time synchronization requirements today and in the future. It provides nanosecond accuracy when external time references are not available. It has a storage facility to store the system log file. It delivers NTP, SNTP, IRIG-B, PFC-Pulse, DCF77, BCD parallel data, Ethernet Fiber Optic & RS485/RS232 outputs. System enables configuration and monitoring through Web-based application. It supports a wide range of power supply either 90V-260V AC/DC or 18-36VDC or 36V-72VDC. Power supply model can be mixed and matched as required by the user, depending upon power supply options available at the installation site.
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Manage Power, Thermal & Control Planes In Real Time
Platform Manager 2 & L-ASC10
*Full fault coverage – monitor all rails and temperature nodes*Manage from 10 to 80 supplies using just the required number of L-ASC10 hardware management expanders*Minimize fault propagation by enabling individual hardware management sub-blocks (power, thermal & control path) to respond to faults in other blocks within nano-seconds*Save CPLD I/O pins by eliminating the need to monitor power-good signals of DC-DC converters*Reliable power & thermal fault detection in hardware, as opposed to software routines
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Pulse generator
9355-1
Solar Model 9355-1 Pulse Generator is designed to provide impulse excitation by means of an injection probe placed around interconnecting cables or power wires. The unit uses a charged transmission line (50 ohms) to generate a pulse with less than 2 nanoseconds rise and fall time, and duration of approximately 30 nS, calibrated in a 50 ohm fixture to deliver up to 5 amperes at a rate of 30 p.p.s. for one minute as required by MIL-STD-461D/E, test method CS115.
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High Level of Customization at an Affordable Price
TLP
The Impulse transmission line pulser (TLP) discharge networks are easily integrated with other instruments for a custom system matched for your device and process applications. Specifications include 1-10 nanosecond rise times, up to 40 amps peak, for 10-500 nanosecond pulse widths. It is a proven design incorporating 15 years of hardware and device development experience. Reliable performance over hundreds of processes, and thousands of products. All TLP systems are built by special request, contact us with your specifications or application.
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Motor Termination Units
Since the rise time of IGBTs are in the range of a few tens of nanoseconds (between 50ns-200ns), even short cables between PWM motor drives and motors cause voltage doubling at the motor terminals due to Travelling Wave Phenomenon as in transmission lines. The insulation of motor windings are prone to failure due to high voltage spikes if necessary precautions are not sufficiently taken. RC Type Output Filter Modules reduce these high voltage spikes to protect motors by connecting to stator terminals.
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Intermittent Fault Detection & Isolation System
IFDIS
The IFDIS™ uses patented Intermittent Fault Detector technology that simultaneously and continuously monitors every circuit path within a Unit Under Test (UUT) - such as a Line Replaceable Unit (LRU) chassis' interconnects - for intermittent continuity failures that occur for as short as 50 nanoseconds. This state of the art technology is combined with an environmental chamber and vibration table, which simulate the UUT’s operational environment and cause intermittent faults to manifest, creating a system that is unsurpassed in intermittent fault detection.
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GPS NTP Time Server - SYNTIME
Signals & Systems India Private Limited
Your product description goes hGPS NTP Time Server (SYNTIME) for Network Time Synchronization is a highly accurate time server. It generates time protocols to synchronize NTP/SNTP clients (Simple Network Time Protocol)/PTP clients (Precision time protocol IEEE 1588) over the network and operates at a speed of 10/100/1000Mbps. The NTP server accepts the time and frequency signals from sources like GPS or GLONASS. It achieves nanosecond accuracy and the system clock operates at stratum 1 when synchronized with time sources. It is a sleek, rack-mountable unit that synchronizes and maintains equipment/device time and avoiding any time drifts due to local RTCs. NTP output from time server supports unicast, broadcast, and multicast methods based on selection and behaves like a reference clock for the network. Apart from time synchronization protocols, it supports MD5 (Security key), SNMP, SSH, HTTP (Configuration), TELNET, FTP, and SYSLOG. IP address of the LAN ports can be field configurable.
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High Current / High Voltage Pulsers
DEI Division
Berkeley Nucleonics Corporation
is optimized for high impedance capacitive loads, driving extraction grids and deflection plates, and pulsing or gating power tube grids. It generates an output voltage of 6,000 volts with rise and fall times less than 60ns, with very flat voltage pulses from 160 nanoseconds to DC into a capacitive load.
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Dual Channel Driver Card
40461
Two channels of 8 to 10 MHz drivers (25 V amplitude). The output voltage range is ±25V, with independent high and low voltage settings. The inputs to the Card are optically isolated. The card also contains voltage and current sense capability, which allows muxing of the current or voltage output measurements from all the Driver Channels in the system to a single DVM. The card allows independent programming of the rise and fall time of each channel as low as one nanosecond increments.
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Frequency and Phase Agile 120 MHz Signal Generator.
DDS8p
The DDS8p generates cosine, sine and ACMOS/TTL output signals. The frequency is programmable in 1µHz steps from 100Hz to 120MHz. The phase is 14-bit programmable. The DDS8p is controlled by a binary parallel interface that allows frequency and phase changes as fast as 600 nanoseconds. It is accurate to 1ppm and requires 5 VDC power.
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UV Nanosecond Lasers
355 nm wavelengthPower: 0.5W* to 5W*Air-cooled design, water cooled optionAll-in-one (AIO) single box design for 0.5 & 1W modelPatented intracavity UV generationCompact, rugged, monolithic laser headTotal pulse controlTEM00 beam with typical M² < 1.2Pulse rates from 1Hz to 300kHzRS232 computer controlField replaceable pump diodes
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Ultrasonic Bolt Meter - Bolting System
Mini-MAX-Series
The MINI-MAX, Ultrasonic Bolt Tension Monitor, defines the state of the art in the measurement of the actual elongation produced by tightening a threaded fastener. The MINI-MAX can measure the elongation very accurately in fasteners of virtually any material from 1/2 inch to 4 feet in length. The measurement is achieved by determining the change in the transit time, of an ultrasonic shock wave along the length of the fastener as the fastener is tightened by any method. The on-board microcomputer automatically interprets this time measurement to display the time(nanoseconds), elongation, load, stress, or %strain from stretching a fastener. Through the use of high speed digital signal processing and automated diagnostics, the MINI-MAX minimizes the requirement for extensive operator training. With built in data recordation and reporting through an RS232 interface, the MNI-MAX offers an easy to use and reliable solution to the most difficult bolting problem.
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Flashlamp Pumped Actively Q-switched Lasers
NL300 Series
NL300 series electro-optically Q-switched nanosecond Nd:YAG lasers provide up to 800 mJ per pulse at 1064 nm. A wide range of harmonic generator modules for generation up to a 5th harmonic (213 nm) is available. The NL300 series nanosecond lasers are an excellent choice for many applications, including laser ablation and marking, OPO pumping and other critical tasks.
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- RS-232 DB9 Lightning Suppressor
Model 29
FEATURES: PC 386/486 Pentium Com Ports; Nanosecond Response; DB9 Connectors; Protects All 9 Lines; Ground Stud & Wire Included. The Model 29 contains avalanche diodes, one for each line. All diodes are returned to a ground stud. The Model 29 is provided with a 2-foot ground wire and has male and female DB9 connectors.
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SPDT PIN Diode Switches
Fairview offers a comprehensive selection of 23 different models of SPDT PIN diode switches that cover frequencies ranging from 10 MHz to 67 GHz. The high isolation levels up to 80 dB ensure that unwanted signals will not leak into the desired signal path. Other critical performance features include low insertion loss as low as 1.1 dB and fast switching speed performance as low as 50 nanoseconds. Both absorptive and reflective designs are available and every model utilizes integrated TTL compatible high speed driver logic circuitry. These SPDT switches are constructed using MIL-Grade rugged coaxial packages and several models support field replaceable connectors. All models are EAR99.
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*Tunable Wavelength
*Wide range of OPO and OPA systems*Ultra-broad tuning from 192 to 16 000 nm*Femtosecond, picosecond & nanosecond pulse durations*Narrow bandwidth models
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GPS Time Synchronization Unit
Signals & Systems India Private Limited
GPS Time Server – GPS-DRM-1010 is a compact DIN rail mountable unit that synchronizes and maintains the timing and frequency requirement of power and process industry equipment using a signal obtained from different external sources such as GPS and GLONASS. It provides nanosecond accuracy when external time references are not available. It has a storage facility to store the system log file. It delivers NTP, SNTP, IRIG-B, PFC-Pulse, RS232 & RS485 outputs. The system enables configuration and monitoring through a Web-based application.
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Single Photon Detector System For Near-Infrared (0.7 - 2.3 Um Wavelength)
*Frequency range includes coverage into higher frequencies than other photon counters on the market.*Short dead time (10 nanoseconds) compared to long dead time (microseconds) of alternatives. Therefore rapid repeition rate of 10s of MHz possible, whereas alternative have maximimum repetition rate of 1-10 kHz.*Very small dark counts (10/second) compared to high dark count (1,000s / second) of alternatives. Does not require gated mode unlike alternatives. Operates in continuous operation mode.
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Binary BCD Converters
Computer Conversions Corporation
The BCD Series of BCD to Binary Converters will convert 4 digits of scaled BCD angle data with a full scale of 359.9degrees into 12 Bits of binary angle data (MSB=180degrees). These units are entirely digital, require no timing or control signals and do this conversion in less than 500 nano-seconds. Logic levels are TTL/DTL compatable and +5V DC power is required. They are packaged in a 2.6 x 3.1 x .82" H PC board mounting module.
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Synchronization And ASOPS Systems
The asynchronous optical sampling (ASOPS) technique allows high-speed scanning over some nanoseconds of time delay without a mechanical delay line. The SYNCRO-RRE, also available as stand-alone unit, provides state-of-the art phase lock electronics.
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Pulse Characterization Sensors
Pulse Characterization Sensors provide the ability to see and measure the temporal characteristics of pulsed and CW laser beams. Ophir Fast Photodiode Detectors are designed to convert optical signals into electrical signals which are then measured with third-party instrumentation such as oscilloscopes and spectrum analyzers. Accessories are available to connect to IS6 integrating spheres or fiber optic cables. Attenuating filter accessories are also available to increase their dynamic range. Different models offer silicon, UV enhanced silicon and InGaAs PIN photodiodes, covering a combined spectral range of 193 nm to 1700 nm. Rise times range from 25 picoseconds to 3 nanoseconds. The fast rise times are achieved by an internal reverse bias voltage circuit. Power is supplied by internal batteries and/or an external power supply depending on the model. Detectors should be connected to a 50Ω impedance in order to maintain their nominal rise times. They can be connected to higher impedance loads, but this will result in a significant increase in the rise time. If higher output voltage is required, it is recommended to connect the detector to a trans-impedance amplifier with an Input impedance of 50Ω
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SparkFun GNSS Timing Breakout
ZED-F9T (Qwiic)
The SparkFun GNSS Timing Breakout offers a unique entry into SparkFun's geospatial catalog featuring the ZED-F9T GNSS receiver from u-blox. The ZED-F9T provides up to five nanosecond timing accuracy under clear skies with no external GNSS correction making it perfect for applications where timing accuracy is imperative. Need an extremely accurate time reference to maximize the efficiency of your IoT network of 5G devices? The ZED-F9T GNSS Timing Breakout could be the perfect solution.
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Hawk - E Co Processor
9322 E
Basic Hawk Co-Processor card set with 2.0 Mbyte memory and microcoded instructions for Nova 4X and Eclipse S280. Executes ALU instructions in 275 nanoseconds. ISA bus compatible, two slots required. Approximate CPU performance of actual S280.
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Pulse Laser
Is a variable, pulsed high power laser source, a building block ideal for MOPA, LIDAR, OTDR laser systems development and applications. This fully integrated compact module contains a Distributed Feedback (DFB) laser and built-in optical amplifier stage, and a variable nanosecond pulse generation circuits. It provides up to 200 mW optical peak power in 1064 nm wavelength region, with a programmable pulse width from 10 ns to 1000 ns, and a selectable pulse repetition rate from 100 Hz to 1 MHz The optical pulse generation can alternatively be controlled via an external electrical trigger. In a compact design, NPL-CWDM-M is applicable for OEM integration or as a stand alone pulsed laser source. Contact Optilab for more information.
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SP2T RF Pin Diode Switches To 18 GHz
Pulsar Microwave's 2-way switches are available in absorptive and reflective designs from 20 MHz to 18 GHz. They are also referred to as single pole, double throw and abbreviated SPDT or SP2T. These switches have a typical VSWR performance of 1.6:1 or better and input power handling of 200 milliwatts maximum. Switching time is 100 nanoseconds, and isolation of 60 dB or greater for most models. Supply voltages are +5V and -5V, with TTL logic control voltage of 0 to 5 volts.Both absorptive and reflective SPDT switches are packaged into Pulsar Microwave's SW2 outline. Configuration is standard with SMA female connectors. Voltage is applied with wire wrap feed thru terminals. The housing serves as electrical ground, and two turret terminals are installed for wiring.
