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Load dump pulse generator - 60 V, 30 - 200 A | EM Test LD 200N
Load Dump pulses simulate the sudden disconnection (e.g. by corrosion) of the battery from the alternator while the alternator is generating current to load the battery. Such Load...
Load dump pulse generator - 60 V, 30 - 200 A | EM Test LD 200N
Load Dump pulses simulate the sudden disconnection (e.g. by corrosion) of the battery from the alternator while the alternator is generating current to load the battery. Such Load Dump pulses are high energy pulses with a high potential of destruction. The LD 200N simulates these high energy pulses having a duration time in the range of hundreds of milliseconds.
The LD 200N generates the Load Dump pulses as per ISO 7637, SAE J1113, SAE J1455, JASO and many more manufacturer specification, e.g. Ford, Chrysler, Renault, PSA, NISSAN etc. By means of a built-in clipping circuit (optional) the LD 200N also generates clipped load dump pulses as per international standards as well as manufacturer requirements.
The LD 200N generates the Load Dump pulses as per ISO 7637, SAE J1113, SAE J1455, JASO and many more manufacturer specification, e.g. Ford, Chrysler, Renault, PSA, NISSAN etc. By means of a built-in clipping circuit (optional) the LD 200N also generates clipped load dump pulses as per international standards as well as manufacturer requirements.
Load dump pulse generator - 60 V, 100 A | EM Test LD 200N100
Load Dump pulses simulate the sudden disconnection (e.g. by corrosion) of the battery from the alternator while the
alternator is generating current to load the battery. Such pulses...
alternator is generating current to load the battery. Such pulses...
Load dump pulse generator - 60 V, 100 A | EM Test LD 200N100
Load Dump pulses simulate the sudden disconnection (e.g. by corrosion) of the battery from the alternator while the
alternator is generating current to load the battery. Such pulses have high energy with a high potential of destruction. These
pulses having duration time in the range of hundreds of milliseconds. The LD 200N100 generates the Load Dump pulses as
per ISO 7637, ISO 16750-2, SAE J1113, SAE J1455, JASO and many more manufacturer specification, e.g. Ford, Chrysler,
Renault, PSA, NISSAN etc. By means of a built-in clipping circuit and battery switch, the LD 200N100 also generates
negative- and clipped load dump pulses as per international standards as well as manufacturer requirements
alternator is generating current to load the battery. Such pulses have high energy with a high potential of destruction. These
pulses having duration time in the range of hundreds of milliseconds. The LD 200N100 generates the Load Dump pulses as
per ISO 7637, ISO 16750-2, SAE J1113, SAE J1455, JASO and many more manufacturer specification, e.g. Ford, Chrysler,
Renault, PSA, NISSAN etc. By means of a built-in clipping circuit and battery switch, the LD 200N100 also generates
negative- and clipped load dump pulses as per international standards as well as manufacturer requirements
Micro-pulse generator - 1 100 V, 2max. 200 Ω | EM Test MPG 200S20
MPG 200S20 - Automotive Micropulse Generator
Micropulses occur on the battery supply system when an inductive load is disconnected from the DC supply. These...
Micropulses occur on the battery supply system when an inductive load is disconnected from the DC supply. These...
Micro-pulse generator - 1 100 V, 2max. 200 Ω | EM Test MPG 200S20
MPG 200S20 - Automotive Micropulse Generator
Micropulses occur on the battery supply system when an inductive load is disconnected from the DC supply. These pulses are of a medium energy content having a rise time in the low microsecond range and a duration of several tenth or hundreds/thousands of microseconds. Their polarity depends on whether the inductive load is of a passive (e.g. a heater) or an active type (e.g. a DC motor).
The MPG 200S20 has a built-in battery switch to interrupt the DC supply voltage as required by the standards. It is designed to generate pulses 1b and 6 as per GOST standard 28751-90 as well as pulse 6 as per ISO 7637-1:1990.
Micropulses occur on the battery supply system when an inductive load is disconnected from the DC supply. These pulses are of a medium energy content having a rise time in the low microsecond range and a duration of several tenth or hundreds/thousands of microseconds. Their polarity depends on whether the inductive load is of a passive (e.g. a heater) or an active type (e.g. a DC motor).
The MPG 200S20 has a built-in battery switch to interrupt the DC supply voltage as required by the standards. It is designed to generate pulses 1b and 6 as per GOST standard 28751-90 as well as pulse 6 as per ISO 7637-1:1990.
Micro-pulse generator - 60 V, 25 A | EM Test MPG 200S5
Micropulse Generator
Highlights
Standalone...
Highlights
Standalone...
Micro-pulse generator - 60 V, 25 A | EM Test MPG 200S5
Micropulse Generator
Highlights
Standalone test generator
Test Voltage up to 1,100V
6 different source impedance values
Built-in electronic battery switch
Built-in CDN 60V/25A DC
Highlights
Standalone test generator
Test Voltage up to 1,100V
6 different source impedance values
Built-in electronic battery switch
Built-in CDN 60V/25A DC
Pulse generator - 1 THz | Tera-AX
THz non-linear spectroscopy is expected to provide new information about atom, molecular, and solid-state fundamental resonances. Obviously THz non-linear measurements demand high power THz sources. So far only a few studies on THz nonlinear spectroscopy have been done. Most of these studies were performed...
Pulse generator - 1 THz | Tera-AX
THz non-linear spectroscopy is expected to provide new information about atom, molecular, and solid-state fundamental resonances. Obviously THz non-linear measurements demand high power THz sources. So far only a few studies on THz nonlinear spectroscopy have been done. Most of these studies were performed with THz pulses generated by Free Electron Lasers (FEL). However, extremely high cost of FEL's significantly limits its wide use for the THz non-linear spectroscopy.
We offer a generator of ultra-short THz pulses Tera-Ax providing nJ pulse energy level. The Tera-Ax requires pumping by a femtosecond Ti:S amplifier such as our Regulus or Multus products. Other commercial femtosecond laser amplifiers also can be used for Tera-Ax pumping. Tera-Ax can be used for THz non-linear spectroscopy, large area THz imaging and other THz photonics purposes demanding high-energy ultra-short THz pulses. THz generation in Tera-Ax is based on phase-matched optical rectification in MgO:LiNbO3. The phase-matched condition is reached by tilting of femtosecond laser pulse fronts. Currently optical rectification with tilted femtosecond pulses provides the highest rate of optical-to-THz conversion efficiency.
We offer a generator of ultra-short THz pulses Tera-Ax providing nJ pulse energy level. The Tera-Ax requires pumping by a femtosecond Ti:S amplifier such as our Regulus or Multus products. Other commercial femtosecond laser amplifiers also can be used for Tera-Ax pumping. Tera-Ax can be used for THz non-linear spectroscopy, large area THz imaging and other THz photonics purposes demanding high-energy ultra-short THz pulses. THz generation in Tera-Ax is based on phase-matched optical rectification in MgO:LiNbO3. The phase-matched condition is reached by tilting of femtosecond laser pulse fronts. Currently optical rectification with tilted femtosecond pulses provides the highest rate of optical-to-THz conversion efficiency.