- Introduction
- Feedback
H80K1T35 features manual deflection and piezo-drive linear motion. The linear displacement is controlled by DC voltage signal and has displacement of about 0.7 μm@150 V, which can be used for fast step phase shifting applications. Max of driving voltage is 800V, and the displacement is ~3.73 μm. H80K1T35-B is designed for image shifting applications and can be ultrafast (μs-level) step-bystep adjustment by voltage control. At the same time, the angle of θx, θy deflection can be adjusted manually with deflection range up to ±4°.
H80K1T30 features manual deflection and piezo-drive linear motion. The linear displacement is controlled by DC voltage signal and has displacement of about 0.65μm@150 V, which can be used for fast step phase shifting applications.
H80K1T30 is designed for image shifting applications and can be ultrafast (μs-level) step-by-step adjustment by voltage control. At the same time, the angle of θx, θy deflection can be adjusted manually with deflection range up to ±3°.
Characteristics
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Driving Voltage and Displacement Curve 
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Applications
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| Technical Data | |||
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Types |
H80K1T30 |
Units |
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Active axes |
Piezo drive |
Z |
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Manual |
θx θy |
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Travel (piezo) |
0.65 |
μm±10% |
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Manual θx θy tilt angle |
±3 |
°/axis |
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Unloaded resonant frequency |
47.8 |
kHz±20% |
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El.capacitance |
40 |
nF±20% |
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Standard loadable lens diameter |
Φ35
(or 1 inch version is available)
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mm |
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Max.driving voltage |
0~150 |
V |
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Mass |
270 |
g±5% |
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Address：1F, Building I2, No.191 Xuefu Road, Nangang District, Harbin, China
Tel：0451-86268790
Piezo · Nano · Motion
