Force and mechanical measuring equipment
With advanced requirements for miniaturization and high frequency technology of coil products, DWX tester is designed to test other coils and low inductance used in high-end electronic components . Through the use of a pulse source with high-speed switching, a high-efficiency input circuit, and a high-speed A/D sampling circuit, the DWX tester can provide a new solution for inductor tests. short.
With the advanced requirement of miniaturization and high frequency technology of coil production, the DWX tester is designed to test other coils and low inductance coils used in high-end electronic components. Through the use of impulse power source with high-speed switch, highly efficient input circuit, and high-speed A/D sampling circuit, the DWX tester can offer a new solution to the low inductance coil tests.
The high performance voltage divider allows the DWX input circuit of impulse waveform to generate a complete wave pattern without any distortion. At the same time, it also helps improve the partial discharge sensitivity and detection capability
(The DWX's detection sensitivity is improved compared with that of our DW & DWS series, except for the DW-9505F).
Its high-speed A/D sampling helps to verify the extremely short impulse response of the low inductance coil. At the same time, the 8 kByte sampling, with highly refined data analysis, can accurately capture the subtle differences in the wave patterns.
The employed Laplacian method calculates the partial discharge (PD) generated by high voltage impulse. This PD, abstracted from the voltage wave, visually displays a bar graph in a separate sub-window, offering an easy and comfortable viewing.
All types of coils can be evaluated by choosing a combination of various test methods: Area Size Comparison, Differential Area Size Comparison, Flutter Value (Corona Discharge) Detection, and Laplacian Value and Laplacian Value (Corona Discharge) Detection. (* The Flutter Value Detection and the Laplacian Value Detection can only be selected alternatively.)
SPECIFICATION
DWX-01A | DWX-05A | DWX-10A | |
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Applied Voltage, Step, and Energy * At 1 kOhm Resistive Load |
50V~1000V (10V Step) Max 5 milli-Joules |
500V~5000V (100V Step) Max 0.12 Joules |
1000V~10000V (200V Step) Max 0.5 Joules |
Inductance Test Range | More than 10μH | More than 10μH | More than 50μH |
Sampling Speed | 8bit/10nano-sec.(100MHz) | ||
Sampling Memory | 8192- Bytes | ||
Sampling Range | 10 Ranges: -4、-3、-2、-1、0、1、2、3、4、5 (Width 0 to 5 is the Compatible Range with the DW Series) |
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Input Test Circuit (Impedance) | Resistive Voltage Divider(5MOhm) | ||
Screen Display Resolution Waveform Display Range | 640 x 480 Dots (VGA), 8.4″ TFT Color LCD, 4 Color Display 512 x 256 Dots |
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Detection Mode | Master Waveform Comparison Detection by Area Size Comparison, Differential Area Comparison and Corona Discharge |
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Master Waveform Memory | Internal Memory: 196 Types (14 Types per Page, 14 Pages) 700-Types by Compact Flash Memory (14 Types/50 Pages) |
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External Interface | Parallel I/O (Start, Reset, OK, NG, Busy, Master Numbers, etc.) RS-232C (Test Control, Test Data, etc.) Printer Port (Screen Hard Copy) Ethernet Adapter (Option) |
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Accessories | A Tester Cable (1.65m), A Power Cable (With 3P Adapter) A Parallel I/O Connector An Instruction Manual and Inspection Record |
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Environmental Conditions | 0℃-40℃, AC Voltage Upon Your Request:100V/115v/220v/240V±5% | ||
Dimension (Excluding the Handle)/ Weight | 345(W)×185(H)×370(D) Approx10Kg | 345(W)×325(H)×370(D) |
Maintenance and calibration :
► We also have calibration certificate attached ( optional )
► Please re-calibrate after use for a certain period through our purchase store.
DISTRIBUTED BY:
Semiki instrumentation Co., Ltd
Email: sales@semiki.com
Office tel: +84 28 2253 3522
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