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Gain: 25dB Input Power: 35dBm Supply Voltage: 48V Band width: 88-108 MHz Transistor: BLF178XR

Infomips Medical Isolation Power Systems

The new strain gage amplifier with IO-Link interface enables digitalization of the measurement technology right from the sensor. Its compact design and high degree of protection allow the instrumentation amplifier to be used practically anywhere in the field. Strain gage sensors typically have an output voltage of a few millivolts. In industrial environments, e.g. in the vicinity of electric motors or frequency converters, interference can affect the measurement result when transmitting analog signals. This is reliably avoided using the new strain gage amplifier with IO-Link interface. The analog link between the sensor and instrumentation amplifier is kept as short as possible, the standardized IO-Link communication is fully digital and interference-free. The amplifier is powered directly via the IO-Link interface – a standardized 5-wire cable with M12 socket. Strain gage sensors can be connected via a 4-pin M8 connector.

Simultaneous speed / torque display universally applicable sufficient for many measuring tasks 11 torque range from ± 0 - 0,5 Nm to ± 0 - 1000 Nm Very short Broad input voltage range Current output and voltage output Measurement accuracy: ≤ 0,5% of full scale Torque ranges from 0,5 to 1000 Nm Contactless transfer of measurement signal Proven strain gage technology Integrated signal amplifier Single power supply Multipurpose use Simultaneous speed/torque indication 4-segment display with sign Peak mode (clockwise only) Indication area on LCD display 30 x 11 mm Speed indication updated 1x sample/second Torque updated 1,000 samples/second

Series DRVL torque transducers are suitable for lab and industrial applications because of their small size and multiple mounting options. As supply voltage and output signal are transmitted without contact, the device can operate continuously with low wear and no maintenance. These transducers are also available with optional speed and angular measurement for a host of applications. The integrated signal amplifier is powered with 10 - 28,8 V DC and outputs an electrically isolated analog signals of 0 ± 10 V and 10 kHz ± 5 kHz. The standard version has smooth shaft ends, several types are available with optional keyways

Torque range from ± 0 - 0,01 Nm to ± 0 - 1500 Nm with speed or angle detection waterproof (IP67) contactless integral torque amplifier single supply voltage wide range of application small form low moment of inertia speed measurement (option) angle measurement (option) DRWPL series torque transducers are fitted with a number of gaskets in compliance with international protection IP67. The devices are also available with optional speed or angle detection for a host of applications. The integrated signal amplifier is powered with 12 V DC and outputs an electrically isolated analog signal of 0 to ± 10 V.

Series DRDL torque transducers are suitable for lab and industrial applications because of their small size and multiple mounting options. As supply voltage and output signal are transmitted without contact, the device can operate continuously with low wear and no maintenance. These transducers are also available with optional speed and angular measurement for a host of applications. The integrated signal amplifier is powered with 12 V DC and outputs an electrically isolated analog signal of 0 to ± 10 V per torque range. Simultaneous measurement of peak torque and operating torque Torquesensor with speed or angle measurement High accuracy with 100% overload protection 16 measurement range from ± 0 - 0,5 Nm up to ± 0 - 5000 Nm 2 torque ranges (1/10 - 1/2 of the 1st measuring range) Integral signal amplifier Low moment of inertia Single supply voltage Wide range of applications Multipurpose use Contactless output signals Compact Speed measurement (option) Angular measurement (option)

11 torque range from ± 0 - 0,5 Nm to ± 0 - 1000 Nm current and voltage output measurement accuracy ≤ 0.25% contactless signal transmission proven strain gauge technology built-in signal amplifier simple power supply universally applicable RPM measurement optional The new features: more versatile mounting options torsion shaft stainless mistake-proof installation oriented mounting large coupling selection The torque sensors of the DRBL series are a further development of our DRBK series and are suitable for use in the laboratory and for industrial environments with their compact dimensions and diverse mounting options. A factory calibration certificate with 25% increments (left, right) is included in the scope of delivery. The non-contact transmission of the measurement signal and the supply energy enables low-wear and m aintenance-free continuous operation.

Our Master Oscillator Power Amplifier - MOPA for short - series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power - just as your application requires. Due to the special technical design of the laser system, it works in transverse single-mode operation with high peak-to-peak pulse power stability, good average power stability and a short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The MOPA355-500mW is a quasi-CW MOPA with a maximum repetition rate of 20 kHz. It delivers 25 µJ single pulse energy and an average power of up to 500 mW. The pulse energy can be set via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technologies.

Our Master Oscillator Power Amplifier – MOPA for short – series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power – whatever your application requires. Due to the special technical design of the laser system, it works in transversal single-mode operation with high peak-to-peak pulse power stability, medium medium power stability and short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The MOPA355-200 is a high-peak power MOPA with a peak pulse power of over 140 kW. It delivers 250 µJ single pulse energy and can operate at repetition rates up to 1 kHz. The pulse energy is adjusted via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technology.

Our Master Oscillator Power Amplifier – MOPA for short – series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power – whatever your application requires. Due to the special technical design of the laser system, it works in transversal single-mode operation with high peak-to-peak pulse power stability, medium medium power stability and short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The MOPA532-250 is a high-peak power MOPA with a peak pulse power of over 180 kW. It delivers 250 µJ single pulse energy and can operate at repetition rates up to 1 kHz. The pulse energy is adjusted via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technology.

Our Master Oscillator Power Amplifier – MOPA for short – series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power – whatever your application requires. Due to the special technical design of the laser system, it works in transversal single-mode operation with high peak-to-peak pulse power stability, medium medium power stability and short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The MOPA1064-650 is a high-peak power MOPA with a peak pulse power of over 400 kW. It delivers 650 µJ single pulse energy and can operate at repetition rates up to 1 kHz. The pulse energy is adjusted via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technology.

Our Master Oscillator Power Amplifier - MOPA for short - series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power - just as your application requires. Due to the special technical design of the laser system, it works in transverse single-mode operation with high peak-to-peak pulse power stability, good average power stability and a short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The MOPA1064-2000 mW is a quasi-CW MOPA with a maximum repetition rate of 20 kHz. It delivers 140 µJ single pulse energy and an average power of up to 2 W. The pulse energy can be set via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technologies.

Our Master Oscillator Power Amplifier – MOPA for short – series contains a diode-pumped power amplifier in addition to a DPSS laser. High peak or high average power – whatever your application requires. Due to the special technical design of the laser system, it works in transversal single-mode operation with high peak-to-peak pulse power stability, medium medium power stability and short pulse duration of around 1 to 2 ns. The laser can be triggered either via an external signal source or via an internal oscillator using software commands. The DUV MOPA266-50 is a high-peak power MOPA with a peak pulse power of over 50 kW. It delivers 50 µJ single pulse energy and can operate at repetition rates up to 1 kHz. The pulse energy is adjusted via simple terminal or software commands. The laser system is suitable for laser marking and processing as well as for applications in analytical measurement technology.

The eMOPA product series is based on a diode-pumped, passively Q-switched solid-state laser as the master oscillator and a downstream diode-pumped power amplifier with a patented optical design. Wavelengths from the DUV to the green spectral range can be generated for this series: 213 nm, 266 nm, 355 nm and 532 nm. The eMOPA532-200 emits pulses with a pulse width of around 1 ns and 200 µJ pulse energy. The average output power is 200 mW in transverse single-mode operation at a wavelength of 532 nm and peak pulse powers of >130 kW. The repetition rate can be adjusted from single shot to a maximum of 1 kHz by external triggering or the supplied software. The eMOPA is ideal for 24/7 industrial use and is primarily used in ophthalmology. By adapting the lasers to the requirements of our customers, a wide range of applications is possible, such as photoacoustics and ophthalmological markings.

The eMOPA product series is based on a diode-pumped, passively Q-switched solid-state laser as the master oscillator and a downstream diode-pumped power amplifier with a patented optical design. Wavelengths from the DUV to the green spectral range can be generated for this series: 213 nm, 266 nm, 355 nm and 532 nm. The eMOPA355-100 emits pulses with a pulse width of around 1 ns and 100 µJ pulse energy. The average output power is 100 mW in transverse single-mode operation at a wavelength of 355 nm and peak pulse powers of >80 kW. The repetition rate can be adjusted from single shot to a maximum of 1 kHz by external triggering or the supplied software. The eMOPA is ideal for 24/7 industrial use and is primarily used in ophthalmology. By adapting the lasers to the requirements of our customers, a wide range of applications is possible, such as photoacoustics and ophthalmological markings.

The eMOPA product series is based on a diode-pumped, passively Q-switched solid-state laser as the master oscillator and a downstream diode-pumped power amplifier with a patented optical design. Wavelengths from the DUV to the green spectral range can be generated for this series: 213 nm, 266 nm, 355 nm and 532 nm. The eMOPA213-20 emits pulses with a pulse width of around 1 ns and 20 µJ pulse energy. The average output power is 20 mW in transverse single-mode operation at a wavelength of 213 nm and peak pulse powers of >30 kW. The repetition rate can be adjusted from single shot to a maximum of 1 kHz by external triggering or the supplied software. The eMOPA is ideal for 24/7 industrial use and is primarily used in ophthalmology. By adapting the lasers to the requirements of our customers, a wide range of applications is possible, such as photoacoustics and ophthalmological markings.

The eMOPA product series is based on a diode-pumped, passively Q-switched solid-state laser as the master oscillator and a downstream diode-pumped power amplifier with a patented optical design. Wavelengths from the DUV to the green spectral range can be generated for this series: 213 nm, 266 nm, 355 nm and 532 nm. The eMOPA266-40 emits pulses with a pulse width of around 1 ns and 40 µJ pulse energy. The average output power is 40 mW in transverse single-mode operation at a wavelength of 213 nm and peak pulse powers of >50 kW. The repetition rate can be adjusted from single shot to a maximum of 1 kHz by external triggering or the supplied software. The eMOPA is ideal for 24/7 industrial use and is primarily used in ophthalmology. By adapting the lasers to the requirements of our customers, a wide range of applications is possible, such as photoacoustics and ophthalmological markings.

You always know what is going on in your plant: Gas detection system Statox 505 compliant to SIL 2 Standard Intelligent Gas Sensors for AsH 3, Cl 2, ClO 2, CO, COCl 2, H 2, H 2S, HCl, HCN, HF, N 2H 4, NH 3, NO 2, O 2, O 3, PH 3 and SO 2 The Statox 505 new 4 – 20 mA Transmitter for toxic gases and oxygen features everything that a new gas detection instrument of the latest generation needs: State of the Art components (hardware and software), smart sensor technology, “heartbeat” sensor control and complete system diagnostics on board. What makes the Statox 505 so reliable? In process monitoring, the status of plant components in case of a failure is becoming more and more a critical issue. The standards DIN EN 61508 as well as the product standard DIN EN 50402 are powerful tools to calculate the probability of a failure on demand. The Statox 505 complies with all of the requirements of these standards. It obtained the safety integrity level SIL 2. This provides a reliable database for the user to calculate the safety standard of his plant. If the Statox 505 is operated as a SIL 2 component, a so called “proof test” in certain time intervals is mandatory. All OK All important parameters such as sensor „heartbeat“, signal output, calibration, zero, sensitivity, temperature, sensor memory, amplifier, CPU, power supply etc. are continuously monitored for proper function. In case of a failure, an alarm will be triggered. Thus the system cannot fail without the error being noticed. A green LED signalizes the system status. The display and the controls are located at the inside of the housing - well protected from the elements. Minimum time and work in the field The sensors of the Statox 505 are plug and play technology. Each sensor has a F-RAM on board which communicates all relevant parameters to the sensor head: Gas, measuring range, last calibration, ex works calibration, response time etc. The sensors can easily be calibrated in the shop. For the user this means that he never ever will have to do calibration work in the harsh elements (wind, rain, cold, heat). No more lugging heavy test equipment and gas cylinders into the field. All the user has to do in the field, is plug the sensor back in. To do that, you don`t even need a tool! While the sensor is getting calibrated in the shop, the sensor cartridge stays in place and protects the sensor head from dust and rain. Trouble- free wall - or pipe mounting The Statox 505 comes with a mounting plate for either wall - or pipe mounting. No need to open the sensor head for plant installation Storage temperature

The BoosTA pro, TOPTICA’s new stand-alone optical amplifier, increases the output power of a DL pro or any other linearly polarized master laser by up to 20 dB (x100). Following TOPTICA’s well-established pro-technology, the TA chip is mounted in a compact unit with optimized heat management and beam-shaping optics. A compact, external power supply (DC HP) drives the amplifier head and allows effortless operation - even of current-hungry TA chips at wavelengths with lower gain. Researchers thus benefit from output power levels up to 3.5 W.

The FemtoFiber ultra series is TOPTICA's third generation of ultrafast fiber lasers. These lasers provide powerful femtosecond pulses with a ultra-high reliability. The systems use SESAM-mode locked ring fiber oscillators (patented design), followed by a high-power fiber amplifier. For reaching highest reliability levels, only polarization-maintaining fibers are used. All of this is integrated in a unit with a footprint of 25 x 38 cm². The laser systems are easily controlled via Ethernet or USB. A simple graphics user interface (GUI) enables user-friendly access to all laser parameters.

The TA-FHG pro is a tunable, diode-based laser source in the deep UV spectral range. The system consists of an external cavity diode laser, a high power semiconductor amplifier (TA), and two cascaded second harmonic generation stages (SHG pro). Alternatively, it can be equipped with a fiber amplifier (FA) or Raman fiber amplifier (RFA). It provides tunable laser radiation for spectroscopy, laser cooling, holography and interferometry.

Main Features Measurement and display of the transmitter’s working parameters Excellent audio performance Direct to channel digital exciter with built in RDS encoder Reliable and durable thanks to microstrip technology Forward power, reflected power, heatsink temperature, transistor current and voltage protections Built in silence detector, failover to integrated audio player or IP audio (Adjustable time and threshold) Default audio input can be set between transmitter audio input, IP audio or internal audio player Event logging (Notificaton over e-mail, SMS and Onair Service Center) Remote Control over Internet, TCP/IP and Onair Service Center Internal IP Audio Decoder (Shoutcast, Icecast, Mpeg TS, Mpeg2 TS, Flacstream, PCM Stream) 1+1 Redundancy system ready (N+1 Redundancy System on –D Series) Automatically determines the operating parameters for maximum efficiency when frequency or output power is changed A clean start can be made by returning to factory settings