Multi-channel low noise arbitrary waveform generation system
Multi-channel precision low noise DC voltage source
Multi-channel low noise amplification system
Multi-channel low noise arbitrary waveform generation system
Multi-channel precision low noise DC voltage source
Multi-channel low noise amplification system
PBZ Series Intelligent Bi-Polar Power Supplies
The PBZ series is a bipolar type DC regulated power source that can continuously change both + and – polarities passing through 0 without changing the output terminal.
By adopting a “Switching + Linear” system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4 quadrants, power can be both supplied (source) and absorbed (sink). The PBZ can also drive inductive or capacitive loads. The unit also equips a signal generator function which enables waveform and sequence creation. The PBZ is also capable of synchronized operation which is required for voltage variation tests, and it can also be expanded for large current applications through master-slave parallel operation.
Inspect solar panel bypass diodes for opens and shorts in broad daylight without covering panels
INSPECT SOLAR PANEL BYPASS DIODES FOR OPENS AND SHORTS IN BROAD DAYLIGHT WITHOUT COVERING PANELS
Traditionally, bypass diodes can only be inspected for good working condition at night or when power is not being generated by the solar panels in order to verify that any applied current is guided past the solar cells.
With the FT4310, you can detect for open faults even when the sun is out without covering the panels.
Testing can also be performed at night.
*Testing for short-circuit faults can only be performed during the day.
DP800 series includes single output, two output and three output programmable linear DC power supply. They have pure output, excellent performance indicators, multiple analysis functions, rich interfaces, and can meet the diverse testing needs.
The TD-9000T is a digital indicator for load management that supports two inputs, load (load cell) and stroke (displacement gauge).
High-speed A/D conversion of 25,000 times/sec and equipped with a 4.3-inch touchscreen monitor in DIN1/4 (92 x 92) size. While being high-end, it is a high-performance model that realizes a low price.
Waveforms during measurement can be checked in real time. Widely usable from daily monitoring to verification of processing data.
BATTERY HiTESTER
BT3561A, BT3562A, BT3563A
Renewal of HIOKI's world-leading battery tester
The de facto standard for accurate
measurement of large battery packs up
to 300V
The de facto standard for accurate
measurement of large xEV and ESS battery
cells, as well as 72V and 96V packs
For high-performance battery cell applications
in electric bikes and power tools.
Ideal for battery packs of up to 60V
Designing automatic battery testing systems is
easier and faster than ever before
• Double the total line resistance, so measurement errors are less
likely to occur when using long measurement cables
• Stable operation regardless of increased total line resistance due to
probe and relay degradation
• LAN is equipped as a standard for easy system design and layout,
and excellent noise resistance for stable operation
• Improved electrostatic resistance as a countermeasure against
electrostatic charges during battery transport on a production line
The PW8001 sets a new benchmark for complete power analysis solutions with HIOKI being the only manufacturer that offers industry-leading power analyzers and a wide portfolio of high-accuracy current sensors both developed and manufactured by HIOKI. This enables to align their performance and results in more accurate and stable measurements from DC to high frequencies and low power factor measurements thanks to functions like the automatic phase shift correction.
Upcoming industry challenges are anticipated with the ability to measure even large currents at voltages up to 1500 V, 15 MS/s sampling rate and multi-channel measurement target applications using SiC/GaN semiconductors from automobile electrification, smart grids and reactors to renewable energy supply sources.
The 6247C/6247G is a DC voltage current source/monitor designed for evaluating high voltage semiconductors and LED luminaires that demand high efficiency and low power consumption, capable of outputting voltage up to +250 V and current up to ±320 mA. It provides high accuracy of ±0.02 % with 4½-digit source resolution and 5½-digit measurement resolution.
The 6247C/6247G features the well-established VSIM, ISVM, sweep and pulse generation functions. Also, leak current measurement up to 10 pA is possible. In addition, it is equipped with the various types of sweep functions such as linear, fixed, random and two slope linear sweep functions, the pulse measurement function with the minimum pulse width of 50 μs, the micro voltage and current measurement function with the minimum resolution of 10 μV or 10 pA, and the suspend function that controls the optimized output status. By using these functions, the 6247C/6247G can be widely used for evaluating or testing semiconductor and other electronic components in R&D fields and production lines.
http://www.n-denkei.com/singapore/
●Records data in the USB drive
●Battery Powered Handheld Troubleshooter for Field Testing
●5.7-inch TFT color display
●Supports TTL, I2C, SPI, IrDA,
●CAN, LIN, FlexRay, LAN and USB
●Mega Speed Mesurement
●Supports Logic Analyzer Analysis and Analog Waveform Analysis
●Outputs edited digital waveform.
The LE-8200A is the top-level model of battery-powered communications protocol analyzer. The LE-8200A has an enlarged display in response to an increasing demand without degrading the excellent portability of the LE Series. It is ideal for development tests of communications systems and industrial equipment, as well as for after-sale services and communication trouble analysis. LE-series have been used in the industries of railways, aviation, and a variety of manufactures for few decades where reliability is very important. With optional kits, it can be used for developing network, in-vehicle, PC peripheral, embedded devices. Unlike the software based analyzers, it cannot be affected by the capability of PC and can be used in the place where PC is not allowed.
ESD Simulators Product Overview
Static electricity is generated along objects moving and the objects consist of electric configuration of plus and minus. When this configuration falls into disorder and inclines to the one polarity, the static electricity is generated and this phenomenon is called as electrification. The electrification is generated as result of contact, rubbing and exfoliating mainly. Also, there is one another phenomenon which is called as induced electrification in the meaning of the static electricity.
In addition, although sometime, spark phenomena which may be generated when taking a sweater off and touching onto a door knob of a vehicle in dry condition are called as static electricity as well, it should be called as “Electrostatic discharge (ESD)” correctly. In our ordinary lives, 30kV electricity can be easily generated only with putting shoes on and walking on a carpet.
“NoiseKen” ESD simulators can reproduce and simulate the ESD from a charged human body intentionally for testing whether electronic equipments become malfunctioned or work correctly with the ESD influence, and the simulators conform to IEC61000-4-2 Standard which is standardized by International Electrotechnical Committee (IEC).
PBZ Series Intelligent Bi-Polar Power Supplies
The PBZ series is a bipolar type DC regulated power source that can continuously change both + and – polarities passing through 0 without changing the output terminal.
By adopting a “Switching + Linear” system, the PBZ is able to realize both drastic weight reduction as well as high speed and low noise operation. Since operation covers 4 quadrants, power can be both supplied (source) and absorbed (sink). The PBZ can also drive inductive or capacitive loads. The unit also equips a signal generator function which enables waveform and sequence creation. The PBZ is also capable of synchronized operation which is required for voltage variation tests, and it can also be expanded for large current applications through master-slave parallel operation.
Inspect solar panel bypass diodes for opens and shorts in broad daylight without covering panels
INSPECT SOLAR PANEL BYPASS DIODES FOR OPENS AND SHORTS IN BROAD DAYLIGHT WITHOUT COVERING PANELS
Traditionally, bypass diodes can only be inspected for good working condition at night or when power is not being generated by the solar panels in order to verify that any applied current is guided past the solar cells.
With the FT4310, you can detect for open faults even when the sun is out without covering the panels.
Testing can also be performed at night.
*Testing for short-circuit faults can only be performed during the day.
DP800 series includes single output, two output and three output programmable linear DC power supply. They have pure output, excellent performance indicators, multiple analysis functions, rich interfaces, and can meet the diverse testing needs.
The TD-9000T is a digital indicator for load management that supports two inputs, load (load cell) and stroke (displacement gauge).
High-speed A/D conversion of 25,000 times/sec and equipped with a 4.3-inch touchscreen monitor in DIN1/4 (92 x 92) size. While being high-end, it is a high-performance model that realizes a low price.
Waveforms during measurement can be checked in real time. Widely usable from daily monitoring to verification of processing data.
BATTERY HiTESTER
BT3561A, BT3562A, BT3563A
Renewal of HIOKI's world-leading battery tester
The de facto standard for accurate
measurement of large battery packs up
to 300V
The de facto standard for accurate
measurement of large xEV and ESS battery
cells, as well as 72V and 96V packs
For high-performance battery cell applications
in electric bikes and power tools.
Ideal for battery packs of up to 60V
Designing automatic battery testing systems is
easier and faster than ever before
• Double the total line resistance, so measurement errors are less
likely to occur when using long measurement cables
• Stable operation regardless of increased total line resistance due to
probe and relay degradation
• LAN is equipped as a standard for easy system design and layout,
and excellent noise resistance for stable operation
• Improved electrostatic resistance as a countermeasure against
electrostatic charges during battery transport on a production line
The PW8001 sets a new benchmark for complete power analysis solutions with HIOKI being the only manufacturer that offers industry-leading power analyzers and a wide portfolio of high-accuracy current sensors both developed and manufactured by HIOKI. This enables to align their performance and results in more accurate and stable measurements from DC to high frequencies and low power factor measurements thanks to functions like the automatic phase shift correction.
Upcoming industry challenges are anticipated with the ability to measure even large currents at voltages up to 1500 V, 15 MS/s sampling rate and multi-channel measurement target applications using SiC/GaN semiconductors from automobile electrification, smart grids and reactors to renewable energy supply sources.
The 6247C/6247G is a DC voltage current source/monitor designed for evaluating high voltage semiconductors and LED luminaires that demand high efficiency and low power consumption, capable of outputting voltage up to +250 V and current up to ±320 mA. It provides high accuracy of ±0.02 % with 4½-digit source resolution and 5½-digit measurement resolution.
The 6247C/6247G features the well-established VSIM, ISVM, sweep and pulse generation functions. Also, leak current measurement up to 10 pA is possible. In addition, it is equipped with the various types of sweep functions such as linear, fixed, random and two slope linear sweep functions, the pulse measurement function with the minimum pulse width of 50 μs, the micro voltage and current measurement function with the minimum resolution of 10 μV or 10 pA, and the suspend function that controls the optimized output status. By using these functions, the 6247C/6247G can be widely used for evaluating or testing semiconductor and other electronic components in R&D fields and production lines.
http://www.n-denkei.com/singapore/
●Records data in the USB drive
●Battery Powered Handheld Troubleshooter for Field Testing
●5.7-inch TFT color display
●Supports TTL, I2C, SPI, IrDA,
●CAN, LIN, FlexRay, LAN and USB
●Mega Speed Mesurement
●Supports Logic Analyzer Analysis and Analog Waveform Analysis
●Outputs edited digital waveform.
The LE-8200A is the top-level model of battery-powered communications protocol analyzer. The LE-8200A has an enlarged display in response to an increasing demand without degrading the excellent portability of the LE Series. It is ideal for development tests of communications systems and industrial equipment, as well as for after-sale services and communication trouble analysis. LE-series have been used in the industries of railways, aviation, and a variety of manufactures for few decades where reliability is very important. With optional kits, it can be used for developing network, in-vehicle, PC peripheral, embedded devices. Unlike the software based analyzers, it cannot be affected by the capability of PC and can be used in the place where PC is not allowed.
ESD Simulators Product Overview
Static electricity is generated along objects moving and the objects consist of electric configuration of plus and minus. When this configuration falls into disorder and inclines to the one polarity, the static electricity is generated and this phenomenon is called as electrification. The electrification is generated as result of contact, rubbing and exfoliating mainly. Also, there is one another phenomenon which is called as induced electrification in the meaning of the static electricity.
In addition, although sometime, spark phenomena which may be generated when taking a sweater off and touching onto a door knob of a vehicle in dry condition are called as static electricity as well, it should be called as “Electrostatic discharge (ESD)” correctly. In our ordinary lives, 30kV electricity can be easily generated only with putting shoes on and walking on a carpet.
“NoiseKen” ESD simulators can reproduce and simulate the ESD from a charged human body intentionally for testing whether electronic equipments become malfunctioned or work correctly with the ESD influence, and the simulators conform to IEC61000-4-2 Standard which is standardized by International Electrotechnical Committee (IEC).