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AGILTRON, a manufacturer of fiber optic and photonic components, is featured on GoPhotonics for its portfolio of electro-optic modulator drivers, acousto-optic modulator drivers, polarization extinction ratio meters, fiber optic isolators, and fiber optic circulators designed for optical signal control, modulation, polarization analysis, and fiber optic networking. Its solutions support applications requiring precise optical modulation, stable RF signal generation, accurate polarization measurement, efficient optical isolation, and low-loss signal routing, making them suitable for electro-optic device control, AOM systems, optical fiber amplifiers, test and measurement, fiber optic sensing, instrumentation, metropolitan area networks, and other advanced scientific and industrial photonics applications.
HVED Series - Electro-Optic Modulator Driver for Electro-Optic Device Control Applications
The HVED Series is an electro-optic modulator driver designed for precise control of electro-optic devices. It delivers fast rise and fall times, low pulse jitter, and high-speed pulse operation for accurate timing and reliable signal modulation. Its stable pulse generation and high-voltage drive capability make it well suited for electro-optic device control and other precision photonics applications.
Acousto-Optic Modulator Drivers - 80MHz Acousto-Optic Modulator Driver for AOM Applications
The Acousto-Optic Modulator Drivers - 80MHz is an acousto-optic mdulator driver designed to provide stable and efficient RF drive signals for acousto-optic modulators. They offer high-speed modulation, fast rise and fall times, excellent frequency stability, and temperature-insensitive operation for reliable performance. The compensated linear response ensures accurate modulation control, making these drivers well suited for AOM applications and other precision photonic systems.
PERM-800 - Polarization Extinction Ratio Meter for Laboratory Applications
The PERM-800 is a polarization extinction ratio meter that operates over a wavelength range of 357 nm - 2400 nm. It provides high-resolution and accurate polarization extinction ratio measurements with a wide dynamic range for precise polarization analysis. Its high measurement speed, fine polarization angle resolution, and RS-232C interface enable efficient testing and easy system integration. It is well suited for component fabrication, quality control, laboratory use, and connector fabrication applications.
OISM - Fiber Optic Isolators for Instrumentation Applications
The OISM is a fiber optic isolators operate at center wavelengths from 1310 nm - 1900 nm with a broad wavelength bandwidth of 160 nm. They provide high optical isolation, low insertion loss, low polarization-dependent loss, and high return loss to minimize back reflections and ensure stable optical signal transmission. Supporting both single-mode and polarization-maintaining fibers with compatibility across multiple fiber optic connectors, they are well suited for optical fiber amplifiers, pump laser sources, fiber optic sensors, and instrumentation applications.
OCPI - Fiber Optic Circulator for Instrumentation Applications
The OCPI is a fiber optic circulator that operates over a wavelength range of 1295 nm - 1610 nm. It provides low insertion loss, high isolation, high directivity, low polarization-dependent loss, and low polarization mode dispersion for efficient and reliable optical signal routing. Its high return loss and compatibility with Corning SMF-28 fiber ensure stable performance in demanding fiber optic systems. It is well suited for optical fiber amplifiers, metropolitan area networks, dispersion compensation, test and measurement, fiber optic sensors, and instrumentation applications.
With its portfolio of electro-optic modulator drivers, acousto-optic modulator drivers, polarization extinction ratio meters, fiber optic isolators, and fiber optic circulators, AGILTRON enables precise optical modulation, stable RF signal control, accurate polarization analysis, and efficient optical signal routing across advanced photonic systems. Its focus on low-loss optical transmission, measurement accuracy, and reliable signal control makes it a trusted solution provider for electro-optic device control, AOM systems, optical fiber amplifiers, fiber optic sensing, test and measurement, instrumentation, optical communication, and photonics research.
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