Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
1～6 item / All 6 items
Ultra-high precision small size design using thin film technology.
TFT (Thin Film Technology) has released a chip resistor capable of voltage division, measuring 1.55mm x 1.55mm, using ultra-high precision thin film resistor technology as detailed below.
Better than TC 10ppm/°C! A high-voltage divider network that optimizes the voltage gradient with a patented V-notch structure, boasting high precision and stability.
**High Voltage Divider that Balances Precision and Space Saving** The 'Type THV' from Cadock, USA, is a precision high voltage divider network in a single in-line package that supports continuous operating voltages of 10kVDC and 15kVDC. **Main Features** - **Patented V-Notch Structure**: Optimizes the potential gradient on the resistor surface through laser-processed V-Notch Geometry, achieving twice the voltage withstand capability of conventional designs. - **High Divider Ratio Accuracy**: Excellent accuracy with a temperature coefficient of 10 ppm/°C (or 25 ppm/°C) and a tolerance of ±0.25% to ±1.0%. - **Compact SIP Design**: Reduces the footprint on the circuit board, contributing to the miniaturization of high voltage measurement sections. - **Applications**: Radar equipment, X-ray generators, TWT power supplies, high-resolution CRT display devices. **Main Specifications** - **Maximum Operating Voltage**: 10kVDC (THV10) / 15kVDC (THV15) - **Total Resistance Values**: 100MΩ / 150MΩ - **Standard Divider Ratios**: 1,000:1 / 100:1 - **Tolerance**: ±0.25% / ±0.5% / ±1.0% - **Temperature Coefficient**: 10 ppm/°C / 25 ppm/°C (-55℃ to +125℃)
Unmatched precision at 450V to 2,000VDC! The combination of USF300 resistors achieves outstanding temperature stability and low load drift.
**Ultra-Precision High-Voltage Divider that Maximizes the Limit Accuracy of DC Voltage Measurement Instruments** The 'Type USVD' from Cadock, USA, is an ultra-precision divider that offers industry-leading accuracy in the range of 450VDC to 2,000VDC. **Main Features** - **Top-Level Divider Accuracy**: Boasting a maximum ratio tolerance of 0.01% and a ratio temperature coefficient of 2 ppm/°C, it eliminates deviations in the division ratio caused by environmental changes and current flow to the utmost extent. - **Carefully Selected Element Structure**: By optimally pairing and coupling ultra-precision resistors from the 'USF300 series', it ensures outstanding matching performance. - **Long-Term Stability**: The aging change (shelf ratio stability) is exceptionally low, at less than 10-20 ppm/year in the first year. - **Applications**: Ultra-high-precision digital multimeters, standard calibration devices, medical precision measuring instruments, and research and development measurement equipment. **Main Specifications** - **Maximum Operating Voltage**: 450V / 650V / 1,400V / 2,000VDC - **Total Resistance Values**: 1MΩ / 2MΩ / 10MΩ / 20MΩ - **Division Ratios**: 100:1 / 1,000:1 - **Ratio Tolerance**: 0.01% / 0.025% - **Ratio Temperature Coefficient**: 2 ppm/°C (-40℃ to +85℃)
The high voltage divider inherits the features of our high voltage meter, allows you to utilize your existing multimeter, and enables remote monitoring via cable.
The high voltage divider inherits the features of our high voltage meter, excluding the display section, allowing you to utilize your existing multimeter, and it is also possible to monitor from a distance using cables.
Auxiliary products for use with DC meters! Output voltage in DC current! Please use it first. Meters for distribution boards, control panels, distribution panels, and panels.
KBV-□ is our pressure regulator. It can convert 300V to 3000V to DC 1mA or 4-20mA. It is composed of a simple resistive combination, so there is no insulation between input and output. For inquiries, please contact "lightstar_1979@yahoo.co.jp".
It's easy to handle!
In the calibration work of alternating current voltage, a small voltage that cannot be output by the calibrator is combined with the calibrator to achieve high-precision output.
