MX10160 Intensifier Tube

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

The MX10160 Intensifier Tube represents the industry-standard 18mm non-inverting image intensifier technology, engineered by Xi'an MH Electronics And Technology Co., Ltd. (MHNV®) for professional night vision applications. Built with high-efficiency GaAs photocathode technology and Automatic Brightness Control (ABC), this tube delivers exceptional resolution of 64–72 lp/mm, signal-to-noise ratios up to 32+, and Figure of Merit ratings from 1600+ to 2200+. Designed for aviation-grade goggles, binocular systems, and observation equipment, the product provides consistent performance across dual-tube configurations without manual adjustment, addressing critical operational requirements in ultra-low-light environments below 10^-4 lux.

What Makes the MX10160 Intensifier Tube Essential for Professional Night Vision Systems?

The product is a proximity-focused, non-inverting vacuum-sealed optical device that amplifies residual light into visible images through Generation 2+ or Generation 3 photocathode technology. This tube solves core industry challenges: excessive weight in head-borne equipment, inconsistent performance in dual-tube systems, and the need for high-fidelity imaging in extreme darkness.

Unlike manual-gain alternatives, this intensifier utilizes sophisticated auto-gating technology. It maintains optimal brightness automatically, eliminating operator adjustment errors during critical operations. The fixed-gain architecture reduces system complexity while ensuring stable image output across varying light conditions.

MHNV® manufactures each unit in ISO 9001:2015-certified facilities with Class-10,000 cleanrooms. Every tube undergoes signal-to-noise ratio testing, resolution verification, halo measurement, and environmental stress screening to meet international standards. This vertical integration enables precise quality control from photocathode fabrication through final assembly.

Technical Specifications

​​​​​​​Five Core Advantages Driving Performance Excellence

Exceptional Low-Light Detection Capability

The Gen 3 GaAs photocathode achieves sensitivity ratings from 500 to 750+ µA/lm, enabling clear imaging in starlight-only conditions. Combined with SNR values exceeding 32, this tube extends detection ranges significantly compared to Gen 2+ alternatives. Your observation systems gain reliable target identification at distances where competing technologies produce only noise.

Advanced Auto-Gating Protection System

MHNV®'s auto-gated power supply responds in microseconds to sudden brightness changes. This protects the photocathode from damage while maintaining image stability in urban light-polluted environments or when transitioning between dark and illuminated areas. You benefit from extended tube lifespan and consistent operational readiness.

Superior Resolution for Tactical Clarity

Minimum resolution of 64 lp/mm ensures crisp detail recognition at center and peripheral fields. High-FOM variants reach 72 lp/mm, meeting demanding requirements for facial recognition or small object identification. This optical precision translates directly to improved situational awareness in your applications.

Extended Operational Lifespan

With Mean Time To Failure (MTTF) exceeding 10,000 hours, the MX10160 Intensifier Tube delivers long-term cost-effectiveness. MHNV® constructs each unit following MIL-PRF-49428F environmental standards, including shock resistance, vibration tolerance, and humidity protection. Your equipment investment maintains performance across years of continuous deployment.

Flexible Phosphor Configuration Options

Choose between P43 green phosphor for traditional night vision compatibility or P45 white phosphor for enhanced contrast perception and reduced eye fatigue. Both options integrate seamlessly with existing optical assemblies, allowing you to optimize system performance for specific user preferences or operational scenarios.

Primary Application Sectors

Aviation Nite Vision Imaging System

The tube powers AN/AVS-6 and AN/AVS-9 aviator goggles when high-G vibration resistance and weight are required. Its non-inverting design simplifies housing while retaining image alignment during flying manoeuvres. The automatic brightness control means you don't have to manually adjust as you rapidly change altitude or lighting conditions.

Ground Observation and Reconnaissance Equipment

The 18mm size is light weight and is used in dual-tube binocular systems such as BNVD-1431 setups for long mission comfort. Both tubes exhibit consistent auto-gain performance, enabling balanced pictures without human calibration. This reliability is important for protracted observation assignments in different ambient light conditions.

Search and Rescue Operations at Sea

High sensitivity in the 800-900nm near-infrared spectrum permits detection of minor thermal fingerprints and reflective materials in salt-fog and high-humidity coastal conditions. Auto-gating technology ensures visual contrast despite emergency flare brightness and also allows reliable target identification during rescue operations at sea with starlight only.

Industrial Inspection and Monitoring

Night-shift infrastructure inspection teams employ this tube's better resolution for structural anomaly detection, or animal monitoring or perimeter security applications. The tube's long life and environmental robustness eliminate the need for maintenance at remote installation sites, while ensuring consistent imaging performance over the seasonal temperature range.

Quality Control and Certification Standards

MHNV® implements comprehensive inspection protocols aligned with MIL-PRF-49427 performance specifications. Each product undergoes:

Signal-to-Noise Ratio Testing: Verification at 1×10^-4 foot-candles ensures image clarity exceeds noise floor thresholds across operational light levels.

Resolution and MTF Analysis: Center and peripheral modulation transfer function measurements confirm edge-to-edge optical clarity meeting specification requirements.

Spot Mapping and Halo Inspection: Zone-specific defect analysis ensures black spots remain below 0.003-inch diameter limits in Zone 1. Halo diameter measurement verifies minimal light bloom around bright sources.

Equivalent Background Illumination (EBI): High-temperature testing confirms dark current noise stays below 0.25, preventing image obscuration during prolonged operations.

Environmental Stress Screening: Vibration and shock testing validates microchannel plate integrity and photocathode bond durability under field conditions.

All units ship with individual serialized quality control data sheets, CE compliance documentation, RoHS certification, and FCC test reports. This documentation provides full traceability for your procurement and maintenance records.

Manufacturing Excellence Through Vertical Integration

MHNV® operates complete in-house production capabilities covering optical design, photocathode fabrication, tube assembly, and electronic integration. This vertical structure ensures:

• Faster Development Cycles: Direct engineering communication accelerates custom specification implementation and reduces modification lead times.
• Consistent Quality Standards: Single-facility production eliminates supplier variation risks and maintains uniform performance across production batches.
• Flexible Customization: In-house optical coating, phosphor selection, and power supply integration enable tailored solutions for your specific system requirements.

With 12+ years of intensifier tube manufacturing experience, MHNV® serves customers across 60+ countries. The company's multidisciplinary engineering team includes specialists in optical design, FPGA processing, embedded firmware, and precision assembly—all collaborating under one production management system.

FAQ

Q: How does the MX10160 differ from manual-gain intensifier tubes like the MX11769?

A: The MX10160 has an internal automated brightness control circuit and no external pigtail connections. The MX11769 uses a ribbon cable to permit manual gain control. The fixed-gain architecture reduces the weight of the system by eliminating adjustment devices and guarantees the same performance in the dual-tube assemblies without any calibration differences by the operator. For head-borne applications where ergonomics and ease of use are important, the auto gain design gives substantial advantages in terms of comfort and reliability compared to manual solutions.

Q: Will this tube fit into existing PVS-14 monocular housings?

A: Yes, the 18mm standard format allows for physical installation in PVS-14 and equivalent housings designated for this tube diameter. Any manual gain adjustment controls on the housing will not function, however, as the tube operates only via its internal automated brightness control system. The tube automatically maintains its optimum gain levels in all light conditions without external adjustment input from housing-mounted controls or user engagement.

Q: How does the white phosphor (P45) perform compared to the old green phosphor (P43)?

A: White phosphor P45 generates greyscale images that many operators say minimises eye fatigue during long missions over green P43 output. The black-and-white presentation typically enhances perceived contrast and depth perception, particularly in the detection of hidden items or small differences in topography. Green phosphor is compatible with typical training procedures and may offer some sensitivity benefits at certain near-infrared wavelengths. Both alternatives have the same resolution and FOM ratings within the same tube generation.

Q: What is auto-gating technology and how does it protect the MX10160 during operation?

A: Auto-gating is a quick variation of the voltage supplied to the tube, essentially pulsing the electron multiplication process at microsecond intervals. If the system senses strong ambient light levels (e.g. from streetlights or car spotlights), the gating circuit shortens the gain period to avoid saturation of the photocathode and preserve resolution. This protective method decreases ion feedback damage to increase tube lifetime while keeping the image quality under mixed illumination conditions when dark shadows and brilliant sources coexist in a field of vision.

Q: What maintenance storage methods should be followed to avoid degradation of tubes?

A: Store tubes in a climate-controlled environment (20–25°C) with limited exposure to humidity. Always install protective caps on input windows when tubes are removed from their housings, even if they are powered off, since exposure to ambient sunshine can induce photocathode ion burns that permanently reduce sensitivity. Storage periods with temperature cycling over 60°C or below -40°C are to be avoided. If storing for more than 6 months use desiccant sealed containers and check the protective seals weekly for integrity and to prevent moisture leakage

Contact MHNV® for MX10160 Intensifier Tube Solutions

Contact our technical team at sarah@mh-elec.com for MX10160 Intensifier Tube specifications, customization options, and delivery schedules tailored to your project requirements.