MX 10160 Tube

MX 10160 Tube | High-Performance 18mm Gen 2+/Gen 3 Image Intensifier for Tactical Night Vision Systems

The MX 10160 Tube represents MHNV®'s precision-engineered 18mm image intensifier solution designed specifically for demanding low-light observation applications. Manufactured at our ISO 9001:2015 certified facility in Xi'an, this Gen 2+/Gen 3 tube delivers exceptional performance with FOM ratings spanning 1600+ to 2200+, SNR values between 25–32+, and resolution reaching 64–72 lp/mm. Built on advanced GaAs photocathode technology with integrated Automatic Brightness Control (ABC), it eliminates manual gain adjustment complexity while maintaining consistent image quality across variable lighting conditions. Each unit undergoes rigorous testing including MIL-STD-810 environmental validation, shock resistance verification, and individual serialized quality certification before shipment.

What Makes the MX 10160 Tube Essential for Night Vision Applications?

The product serves as a proximity-focused, vacuum-sealed electro-optical amplifier converting ambient photons into electron streams and back to visible light imagery. This 18mm format addresses three fundamental challenges: weight optimization in head-mounted systems, electrical simplification through internal ABC circuits, and standardized integration across multiple housing platforms.

Unlike traditional pigtail designs requiring external gain control, this tube incorporates self-regulating brightness management. Your night vision device maintains optimal performance whether transitioning from starlight conditions to urban light pollution without manual intervention.

The compact architecture supports dual-tube binocular configurations where synchronized gain control would otherwise create operational complexity. Aviation systems benefit from reduced cockpit clutter, while tactical operators gain faster target acquisition through hands-free operation.

Technical Specifications and Performance Parameters

Core Advantages That Set MHNV® MX 10160 Tube Apart

Superior Low-Light Sensitivity

The Gen 3 GaAs photocathode architecture delivers photocathode sensitivity ratings from 500 to 750+ µA/lm. Your observation range extends significantly beyond conventional Gen 2+ systems, especially in sub-lunar starlight conditions where ambient illumination drops below 10⁻⁴ footcandles. This translates to earlier threat detection and improved situational awareness during nocturnal operations.

Integrated Auto-Gating Protection

Advanced auto-gating circuitry responds within microseconds to sudden light transitions. When your operational environment shifts from countryside darkness to illuminated urban zones, the tube automatically adjusts electron multiplication to prevent blooming and extend photocathode lifespan. This protection mechanism operates continuously without user input.

High-Resolution Imaging Capability

With resolution specifications reaching 72 lp/mm in premium FOM configurations, the tube resolves fine details at extended distances. You can identify personnel features, read signage, and distinguish terrain variations that lower-resolution systems cannot render clearly. This clarity proves essential when positive target identification matters most.

Extended Operational Lifespan

Rigorous adherence to MIL-STD-810 environmental standards ensures continuous operation exceeding 10,000 hours. The MX 10160 Tube withstands shock loads, vibration exposure, humidity extremes, and altitude variations while maintaining photocathode integrity. Your investment delivers years of reliable field performance with minimal degradation.

Phosphor Flexibility

Choose between P43 green phosphor for traditional night vision aesthetics or P45 white phosphor for enhanced contrast discrimination. White phosphor options provide better detail recognition in mixed-light scenarios and reduce eye fatigue during prolonged surveillance missions.

Real-World Application Scenarios

Aviation Night Vision Systems

The tube powers AN/AVS-6 and AN/AVS-9 aviator goggles where weight reduction and automatic brightness control prove critical. Pilots navigate complex cockpit environments and low-contrast terrain features while the ABC system compensates for instrument panel illumination and external light sources without manual adjustment.

Tactical Binocular Platforms

Elite operational units deploy dual-tube systems including RNVG and Sentinel configurations. The absence of manual gain wires enables ruggedized, water-tight housing designs capable of submersion and high-impact scenarios. Your binocular system maintains left-right image synchronization automatically.

Specialized Surveillance Integration

Compact footprint and low power consumption make the tube ideal for stabilized gimbal payloads on reconnaissance drones. Long-range nocturnal surveillance missions benefit from high-fidelity imagery in environments where digital sensors struggle with thermal noise limitations.

Law Enforcement and Security Operations

Urban patrol teams utilize devices built around this tube for perimeter security, surveillance operations, and search-and-rescue missions. The auto-gating feature handles streetlights, vehicle headlamps, and building illumination without operator distraction.

Quality Control and Testing Protocols

Multi-Stage Inspection Process

Every product undergoes comprehensive quality verification designed to exceed industry standards:

Spot Defect Mapping: Technicians catalog black spots across Zone 1, Zone 2, and Zone 3 regions. Only tubes meeting strict MIL-SPEC tolerances for spot size and density distribution advance to final assembly.

Signal-to-Noise Testing: Performance validation occurs at 10⁻⁴ footcandles illumination. Measured SNR values confirm the tube's ability to distinguish signal content from background scintillation noise.

Halo Measurement: Bright source halo diameter testing ensures minimal blooming around point light sources—critical for urban operational environments.

Environmental Stress Screening: Tubes endure shock testing up to 500G and thermal cycling from -51°C to +49°C. This validation guarantees reliable operation across extreme climatic conditions.

Burn-In Verification: A minimum 100-hour continuous operation test identifies premature photocathode darkening or vacuum seal failures before shipment.

Each unit ships with serialized test reports documenting all measured parameters.

MHNV® Manufacturing and Customization Capabilities

As a vertically integrated manufacturer, MHNV® controls the entire production chain from optical design through final assembly. Our 12 years of specialized experience serving customers across 60+ countries ensures you receive tubes optimized for your specific application requirements.

OEM and ODM Services

We provide complete customization options including tube performance tier selection, phosphor color specification, power supply integration, and optical system matching. Your project benefits from direct engineer collaboration rather than multi-tier distributor communication delays.

In-House Engineering Teams

Multidisciplinary specialists cover optical design, FPGA processing, embedded firmware, mechanical engineering, and quality testing. This integration enables rapid prototype development and efficient modification cycles when your application demands custom solutions.

Production and Delivery

Global logistics partnerships with DHL, FedEx, and UPS ensure secure delivery with complete export documentation including CE/RoHS certificates and performance test reports.

FAQ

Q: What's the product and how's it different from other image intensifiers?

A: The product is an 18mm vacuum-sealed, proximity-focused image intensifier that employs photocathode electron multiplication and phosphor screen conversion to turn low-level ambient light into magnified visual imagery. The MX-11769 kind of pigtail style tubes are different from this one as this one has Automatic Brightness Control (ABC) built in and does not need separate manual gain adjustment leads. This all-in-one design streamlines electrical interfaces, decreases mechanical complexity in dual-tube binocular systems, and allows for speedier deployment under dynamic lighting conditions. Its standard form factor allows it to be employed in several housing platforms like the AN/PVS-15, AN/PVS-31 and ANVIS-9 systems.

Q: What performance parameters should I prioritize when selecting a product?

A: There are three main criteria that you should be looking at, and they are SNR, FOM and resolution. SNR values of 25–32+ show that the tube is capable of producing high-resolution images in low light circumstances with very low background noise. FOM ratings (resolution x SNR) of 1600+ to 2200+ give overall performance comparison. Higher FOM tubes offer better clarity at longer ranges. Resolution Specifications of 64–72 lp/mm Determine Your Ability to Distinguish Fine Details Also check the photocathode sensitivity (500–750+ µA/lm) for your unique operating light levels and phosphor type (P43 green vs P45 white) depending on user preference and mission profile.

Q: How does the automatic brightness control system protect the tube during sudden light exposure?

A: The ABC integrated circuitry continuously monitors the photocathode current and adjusts the electron multiplication voltage in microseconds to compensate for increased light input. When moving from dark to bright locations, the system automatically adjusts gain to minimise photocathode saturation and blooming phenomena that could damage the tube or momentarily blind the user. This auto-gating protection reduces stress on the photocathode during unavoidable exposure to artificial lighting, car headlights or muzzle flash, aiding in tube life extension. The technology works transparently and without any need for operator intervention, keeping the image brightness in the optimum level for illumination fluctuations of several orders of magnitude.

Q: What quality testing and certifications does MHNV® do for each tube?

A: Each tube is put through a rigorous inspection process and is compliant with MIL-STD-810 environmental standards, including stress testing up to 500G, vibration, thermal cycling from -51°C to +49°C and humidity resistance validation. Electro-optical testing includes SNR at nominal low light levels, spot defect mapping in 3 zones, halo diameter measurements around bright sources and EBI background noise level measurements. There is a 100 hour burn in period to catch early failures before shipping. All units provide serialised documentation of measured FOM, SNR, resolution, photocathode sensitivity and spot pattern mapping. MHNV® is ISO 9001:2015 certified and includes CE, RoHS, and FCC compliance documents for every order.

Q: Can MHNV® tailor the product for specialised applications?

A: Yes, our vertically integrated manufacturing allows full customisation including performance tier (1600+, 1800+, or 2200+ FOM), phosphor type (P43 green or P45 white), output window design (spherical or flat fiber-optic) and integration with power supply to match your housing design. Our engineering teams work directly with you in optical system matching, mechanical interface adaptation and firmware integration for full nite vision systems. We provide both tube supply on the component level and turnkey ODM solutions with custom housings, optics and electronics. Minimum order quantities start at 10 pieces for tube-only purchases, with volume discounts for larger programs. We protect your confidential designs using NDA protection and non-compete agreements.

Contact MHNV® for MX 10160 Tube Solutions

Ready to integrate high-performance night vision technology into your systems? Contact our technical team at sarah@mh-elec.com for detailed specifications, customization options, and volume pricing for MX 10160 Tube.