PZT Attosecond-level Optical Delay Line 100um 150v 14k
The PZT attosecond-level optical delay line 100um 150v 14k is an optical delay device based on lead zirconate titanate (PZT) piezoelectric material, mainly used for precisely controlling the propagation time of optical signals. The axial displacement generated by the PZT-driven fiber is 100um, the driving voltage range is 150V, and the resonance frequency is 14KHz.
Specification Snapshot
Operating Temperature [25℃]
-25 to 130 ℃
Request a Quote
Download Datasheet
Overview
The PZT attosecond-level optical delay line 100um 150v 14k is an optical delay device based on lead zirconate titanate (PZT) piezoelectric material, mainly used for precisely controlling the propagation time of optical signals. The axial displacement generated by the PZT-driven fiber is 100um, the driving voltage range is 150V, and the resonance frequency is 14KHz.
Specifications
| Parameter | Value |
|---|---|
| Delay Range [Coarse Adjustment] | 0~100 ps |
| Delay Range [Coarse Adjustment] | 0~330 ps |
| Delay Range [Coarse Adjustment] | 0~700 ps |
| Delay Range [Coarse Adjustment] | 0~1500 ps |
| Delay Range [Coarse Adjustment] | 0~3000 ps |
| Delay Range [Coarse Adjustment] | 0~6000 ps |
| Drive Voltage Range [25℃] | 0 to 150 V |
| Displacement at 150V (Free Stroke) [Free Stroke; 150V; ± 15%; 25℃; displacement under different loads may vary slightly; the maximum displacement occurs when used with the recommended load.] | 100.0 µm ± 15 % |
| Hysteresis [See Graph on Next Page;25℃] | <15 % (See Graph on Next Page) |
| Load (Recommended) [Recommended; 25℃] | 785 N (177 lbs) |
| Blocking Force at 150V [150V;25℃] | 1960 N (441 lbs) |
| Resonant Frequency [No Load;25℃] | 14 kHz (no load) |
| Impedance at Resonant Frequency [25℃] | 95 mΩ |
| Dissipation Factor [25℃] | <2.0 % |
| Capacitance [± 15%;25℃] | 16.0 µF ± 15 % |
| Operating Temperature [25℃] | -25 to 130 ℃ |
| Curie Temperature [25℃] | 230 ℃ |
| External Electrode [25℃] | Screen-Printed Silver |
Applications
Fiber optic communication systems; wide-range optical path modulation; special communication scenarios; low-frequency radar systems; wide-range scanning radar; special environment radar; wide-range optical scanning systems; low-frequency optical testing; medical imaging diagnosis
Key Features
Multi-layer stacked structure design; large-stroke optical path control; attosecond-level fast response design; low power consumption design; compact package, easy to integrate; good low-frequency stability; large deformation response; adapts to different working environments; high reliability design
Datasheet
Please provide your email to download the datasheet.
Your name
Email Address
Invalid email format. Please try again.
Send Request
Supplier Information
Sichuan Ziguan Photonics Technology Co., Ltd. was established in March 2015, located in Mianyang, the Science and Technology City of China. It is mainly engaged in the R&D, design, production, and sales of optical communication equipment and optical communication chips; it is a high-tech enterprise in optical communication with independent R&D capabilities and large-scale production capacity.
Since its establishment, Ziguan Photonics has continuously invested in R&D and attracted technical talents in the communication industry. The company's projects are led by PhDs, with masters and bachelors collaborating in research and development. The company's products are increasingly diversified, including optical switches, optical attenuators, fiber delay lines, silicon-based optical chips, polarization controllers, MEMS optical switches, high-speed photodetectors, silicon-based high-speed devices, pulsed fiber lasers, femtosecond fiber lasers, semiconductor lasers, and optical path protection equipment (OXC). At the same time, the company also provides core high-precision optical components for lidar systems, quantum communication systems, laser fusion imaging transmission systems, etc. Among them, fiber delay lines, optical switches, and optical attenuators are mass-produced products with core technologies, and the product technologies have obtained multiple patent certifications, including 6 invention patents, and a total of 16 appearance, software copyright, and utility model patents.
In 2024, the Xi'an Technology Center was established, focusing on three major fields: radio frequency, radar, and high-speed optoelectronic systems, dedicated to the industrialization of cutting-edge technologies. In the field of RF technology, it has full-chain capabilities from chip design to system integration. Its self-developed RF transceiver modules support ultra-wide frequency bands such as 0.1GHz~18GHz, and the innovative adaptive interference suppression algorithm can dynamically optimize signals to ensure communication stability in complex environments. In the field of radar technology, products cover industrial surveying (clearance radar), security (phased array), meteorology (wind measurement radar), etc., providing key data and early warning efficiency for wind power generation and regional security. Currently, it is exploring the integration of radar and AI, using machine learning to improve target recognition accuracy and response speed. In the field of high-speed optoelectronic systems, in response to the urgent demand for high-speed data transmission in scenarios such as data centers and supercomputing centers, we have developed high-speed acquisition card series, high-speed optical attenuation matrices, and other products, using silicon photonics technology to achieve low-loss, high-stability, and high-speed transmission, breaking through the bottleneck of traditional optoelectronic conversion.
In 2026, the Wuhan Optoelectronics R&D Center was established, dedicated to breakthroughs in ultrafast and high-power laser technologies such as high-speed fiber lasers and femtosecond lasers, as well as the R&D and production of fiber amplifiers. In the same year, the Jiaxing Optical Chip R&D Center was established, focusing on the potential needs of future AI computing centers, drones, robots, medical equipment, microwave photonic radar, etc., specializing in the process R&D and manufacturing of silicon-based optical chips, ferroelectric crystal (thin-film lithium niobate, poled electro-optic polymer, PZT) modulation chips, III-V (GaAs/InP) chips, and subsequent chip packaging processes, consolidating the core chip foundation.
The company has more than 150 customers and has established long-term stable strategic cooperation with well-known enterprises and institutions such as Huawei, AVIC, CETC, CAEP, universities, and aerospace. The company has successively obtained honorary titles such as "Technology-based Small and Medium-sized Enterprise", "National High-tech Enterprise", "Mianyang Civilized Youth", "2016 Honest Entrepreneurial Youth", "Military-Civilian Integration Enterprise", "2019 Outstanding Unit in Intellectual Property Work", etc.
Sichuan Ziguan Photonics Technology Co., Ltd. adheres to the principle of technological innovation and has always integrated innovation into the core values of the enterprise. The company emphasizes a harmonious corporate innovation atmosphere and provides a broad development platform for every employee; in internal management, it attaches great importance to team spirit, promotes the development of the enterprise with the team's collective creativity, and is more systematic and professional, continuously providing customers with high-quality and comprehensive services, making Ziguan Optical Communication's products at the forefront of the industry.
Contact Us
Loading...
GetExperimental Plan
Name
Phone
+86
Organization
Use Case

Global Photonics Products
Database Platform
Database Platform
With 16 years of experience, we provide high-quality products and services to universities, research institutes, and industry.
50+ Detailed Categories · 3,000+ Global Brands · 100,000+ Photonics Products
1 Million+
In-depth analysis of professional academic resources in photonics
300,000
ProductsDatasheets Available Free
We will keep your personal information strictly confidential.
Product Quote
+86
* Select the quoting party:
By submitting, you agree to the User Service Agreement and Privacy Policy