MX10160 Image Intensifier Tube

MX10160 Image Intensifier Tube - High-Performance Gen 2+/Gen 3 Solution for Professional Night Vision Systems

The MX10160 Image Intensifier Tube represents MHNV®'s advanced engineering in 18mm proximity-focused image intensification technology. Built on high-efficiency GaAs photocathode architecture, this Gen 2+/Gen 3 tube delivers exceptional signal-to-noise ratios between 25-32+ and Figure of Merit ratings from 1600+ to 2200+. With resolution capabilities of 64-72 lp/mm and photocathode sensitivity ranging from 500-750+ µA/lm, the tube provides reliable performance in ultra-low-light environments while maintaining an operational lifespan exceeding 10,000 hours.

Superior Low-Light Imaging Technology

The product incorporates Automatic Brightness Control (ABC) for seamless gain management. This eliminates manual adjustment complexities in dual-tube configurations. The GaAs photocathode technology ensures peak sensitivity across visible and near-infrared spectrums.

You'll benefit from Equivalent Background Illumination (EBI) values ≤ 0.25, minimizing background noise interference. The 18mm output window is available in both spherical and flat fiber-optic configurations. This versatility supports integration into compact binocular housings and aviation goggle systems where space constraints are critical.

Technical Specifications

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Advanced Auto-Gating Performance

The world's fastest auto-gated power supply protects your investment in high-light conditions. When operating in light-polluted urban settings or encountering sudden bright sources, the system responds instantly.

This Bright Source Protection prevents photocathode damage while maintaining image stability. You can transition between extreme low-light environments and brighter zones without manual intervention. The technology ensures consistent image quality across varying illumination levels.

Dual Phosphor Options for Versatile Applications

Choose between P43 green phosphor for traditional applications or P45 white phosphor for enhanced contrast perception. White phosphor configurations reduce eye fatigue during extended operations. Many professionals report improved depth perception and target discrimination with P45 technology.

The phosphor screen delivers crisp, detailed imaging that supports precise decision-making in critical situations. Both options maintain the same high-performance standards across resolution and sensitivity metrics.

Manufacturing Excellence and Quality Assurance

MHNV® manufactures each MX10160 Image Intensifier Tube in Class-10,000 cleanrooms following ISO 9001:2015 protocols. Our production facility integrates precision optical assembly with rigorous quality verification processes.

Every tube undergoes comprehensive testing including SNR measurement, FOM validation, halo assessment, and environmental reliability verification. MIL-STD-810 testing protocols ensure shock resistance, vibration tolerance, and humidity performance. You receive an individual serialized QC data sheet with each unit.

OEM and ODM Customization Services

Our engineering team supports complete customization across multiple layers. You can specify tube model selection, phosphor color preferences, and power supply integration requirements. We provide optical customization including magnification adjustment and field of view optimization.

Firmware modifications support user interface language changes, gain curve adjustments, and wireless streaming functions. Mechanical customization spans logo integration, housing redesign, and material selection from aluminum alloy to polymer options. Branded packaging and multilingual documentation complete your product identity.

Global Supply Chain and Fast Delivery

Stock products ship within 3-7 working days. Bulk orders deliver in 15-30 days. MHNV® maintains partnerships with DHL, FedEx, UPS, and EMS for reliable global logistics.

We serve customers across 60+ countries with comprehensive export documentation support. Our multilingual sales team provides technical consultation in English, Russian, Arabic, French, and Spanish. Each shipment includes commercial invoices, packing lists, certificates of origin, and compliance documentation.

FAQ

Q: What distinguishes the MX10160 from manual gain tubes in dual-tube night vision systems?

A: The MX10160 has Automatic Brightness Control built in, which eliminates the gain differences between the left and right tubes in binocular combinations, a typical problem with manual-gain alternatives such as the MX11769. This auto-gain architecture ensures that the two tubes are matched in brightness and contrast without any operator adjustment, which is crucial to depth perception accuracy in aviation goggles and tactical binoculars. The system automatically compensates for the changing illumination conditions from stars exclusively, i.e., 10-4 lux, to urban situations with intermittent artificial lighting.

Q: What is the advantage of the GaAs photocathode technology regarding the operating range?

A: The Gallium Arsenide photocathode structure produces peak quantum efficiency in the 800-900nm band of the near infrared spectrum where the energy of ambient moonlight and starlight is concentrated. This improved spectrum response results in a ~30-40% longer detection range than Gen 2 multialkali photocathodes under gloomy or new-moon conditions. Offshore professional users engaged in marine search and rescue or perimeter surveillance benefit from increased sensitivity to delicate thermal signatures and reflecting materials at maximum standoff ranges.

Q: Does the MX10160 sustain image resolution when suddenly exposed to intense light sources?

A: Yes, the Bright Source Protection system embedded into the system uses rapid power supply pulsing during high-light events to prevent photocathode saturation while keeping microchannel plate gain structure. This autogating technique maintains resolution integrity as you move from low-light monitoring to areas of car headlights, emergency flares or building illumination. Removal of a light source leaves the tube with full sensitivity in 1-10 milliseconds. It is thus possible to operate the tube continuously, without manual resetting.

Q: What maintenance schedules enhance service life beyond 10,000 hours?

A: Store tubes in controlled environments below 25°C with minimal humidity when not operational. Always fit protective caps on both input and output windows during storage to avoid exposure to ambient light, which can gradually reduce the sensitivity of the photocathode even when the power supply is turned off. Do not energise the tube in daylight situations as this causes faster breakdown of the ion barrier coating. FOM and SNR testing among professional users should be performed annually to evaluate performance degradation trends and plan replacement cycles prior to mission-critical failures.

Q: What phosphor colour choice optimises performance for particular operational profiles?

A: P43 green phosphor provides the most luminous efficiency for long duration viewing applications when battery life is an issue, typical of handheld monoculars and armament-mounted systems. The P45 white phosphor offers improved contrast discrimination for applications demanding rapid target acquisition in cluttered backgrounds, such as tracking targets in woodland or urban structure contexts. Many aviation applications specify white phosphor to prevent chromatic adaptation fatigue during multi-hour flight operations, however ultimate selection is based on end user visual choice and mission time constraints.

Contact MHNV® for Technical Consultation

Ready to integrate the MX10160 Image Intensifier Tube into your night vision system? Contact our engineering team at sarah@mh-elec.com for detailed specifications, volume pricing, and customization options.