List of Logic Analyzer products
- classification：Logic Analyzer
46～60 item / All 108 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Powerful cursor analysis function! Adopts wideband self-zero point automatic balance bridge technology.
- Logic Analyzer
I-V curve tracer compatible with various new types of solar cells! Measurement results displayed in about 1 second! Demo units and rental units available. *Catalog available.
- Logic Analyzer
Due to the requests of many customers, we have started renting out the PV analyzer "Epsilon 1500" for completion inspections and spot inspections of solar power plants!
- Other measurement, recording and measuring instruments
- Logic Analyzer
Our new I-V curve tracer can measure "high-efficiency solar cells" such as N-type, half-cut cells, and N-type back contact.
In recent years, there have been reports of cases where high-efficiency solar cells (such as N-type and half-cut cells) cannot measure I-V curves using competitor products or the old Epsilon 1000 (PVA14300). However, measurement is possible with the current Epsilon 1000 (PVA14300R) and Epsilon 1500 (PVA18340). Both the current and old models of Epsilon have a built-in overcurrent detection circuit, which prevents equipment failure by cutting off the current and stopping I-V curve measurement if the measurable current exceeds 30 [A] (when overcurrent is detected). High-efficiency solar cells tend to have a large inrush current flowing into the Epsilon, leading to a higher frequency of measurement stoppages due to overcurrent detection with the old Epsilon. Even if the catalog value of the solar cell is around 15 [A], the actual output current can momentarily exceed 30 [A] significantly. The current Epsilon is equipped with an inrush current prevention circuit that performs gradual short-circuit processing. This suppresses the occurrence of overcurrent during short circuits, making measurement possible even when the capacitive component of the PV is large. Measurement is also possible with the Gamma series and Delta.
Solar cell strings with a system voltage of up to 400V can be measured. Reliable I-V measurement with a linear sweep within 200[ms]. [Demo units available for loan.]
- Other measurement, recording and measuring instruments
- Logic Analyzer
The email newsletter "Epsilon Communication No. 46" has been distributed.
Thank you for your continued support. This is Nippon Kernel System Co., Ltd. The person in charge of the newsletter, who is relieved after overcoming the challenges of preparing school lunches during summer vacation, is sending you Epsilon News No. 46. ─▼──────────────────────────────────── Table of Contents [1] The MPPT electronic load device is being renewed [2] Announcement of the Epsilon measurement software version upgrade [3] Editor's Note ─▲──────────────────────────────────── You can read more on our company website.
PV strings with a system voltage of up to 1500V can be measured. Reliable I-V measurements with a linear sweep within 200 ms!
- Logic Analyzer
- Other electronic measuring instruments
Our new I-V curve tracer can measure "high-efficiency solar cells" such as N-type, half-cut cells, and N-type back contact.
In recent years, there have been reports of cases where high-efficiency solar cells (such as N-type and half-cut cells) cannot measure I-V curves using competitor products or the old Epsilon 1000 (PVA14300). However, measurement is possible with the current Epsilon 1000 (PVA14300R) and Epsilon 1500 (PVA18340). Both the current and old models of Epsilon have a built-in overcurrent detection circuit, which prevents equipment failure by cutting off the current and stopping I-V curve measurement if the measurable current exceeds 30 [A] (when overcurrent is detected). High-efficiency solar cells tend to have a large inrush current flowing into the Epsilon, leading to a higher frequency of measurement stoppages due to overcurrent detection with the old Epsilon. Even if the catalog value of the solar cell is around 15 [A], the actual output current can momentarily exceed 30 [A] significantly. The current Epsilon is equipped with an inrush current prevention circuit that performs gradual short-circuit processing. This suppresses the occurrence of overcurrent during short circuits, making measurement possible even when the capacitive component of the PV is large. Measurement is also possible with the Gamma series and Delta.
Short-term measurements that display results in about 1 second are possible! Ideal for completion inspections and regular inspections of power generation systems! Available for both sale and rental. *...
- Logic Analyzer
- Other electronic measuring instruments
Our new I-V curve tracer can measure "high-efficiency solar cells" such as N-type, half-cut cells, and N-type back contact.
In recent years, there have been reports of cases where high-efficiency solar cells (such as N-type and half-cut cells) cannot measure I-V curves using competitor products or the old Epsilon 1000 (PVA14300). However, measurement is possible with the current Epsilon 1000 (PVA14300R) and Epsilon 1500 (PVA18340). Both the current and old models of Epsilon have a built-in overcurrent detection circuit, which prevents equipment failure by cutting off the current and stopping I-V curve measurement if the measurable current exceeds 30 [A] (when overcurrent is detected). High-efficiency solar cells tend to have a large inrush current flowing into the Epsilon, leading to a higher frequency of measurement stoppages due to overcurrent detection with the old Epsilon. Even if the catalog value of the solar cell is around 15 [A], the actual output current can momentarily exceed 30 [A] significantly. The current Epsilon is equipped with an inrush current prevention circuit that performs gradual short-circuit processing. This suppresses the occurrence of overcurrent during short circuits, making measurement possible even when the capacitive component of the PV is large. Measurement is also possible with the Gamma series and Delta.
Multi-compatible for tests of dielectric strength, insulation resistance, earth continuity, leakage current, and partial discharge!
- Logic Analyzer
Supports new and old harmonic/flicker standards of IEC/EN and JIS! Measurement, analysis, and report creation can be done with the main unit alone.
- Logic Analyzer
Atmospheric environment analyzer for continuous monitoring of chemical weapons and toxic industrial chemicals.
- Logic Analyzer
Easy calibration! Analyzer for oil and moisture analysis of seeds and nuts.
- Logic Analyzer
It can be used continuously for 6 hours outdoors! It contributes to reducing the burden on workers and improving work efficiency.
- Logic Analyzer
It is possible to obtain measurement data without stress! It is quick at 1.0ms per point.
- Logic Analyzer
Ideal for field measurements! Supports signal mask channel power and adjacent channel power.
- Logic Analyzer
[Application Example] Capturing intermittent signals and frequency hopping signals of BLE.
- Logic Analyzer
[Application Example] Introduction to Identifying the Source of Noise Generation
- Logic Analyzer