2313255-1 [TE]
EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI;
| 型号： | 2313255-1 |
| 厂家： | 
TE CONNECTIVITY |
| 描述： | EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI |
| 文件： | 总4页 (文件大小：4901K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
EB16 OPTICAL SINGLE MODE AND
MULTIMODE PIN AND SOCKET TERMINI
DURABILITY AND RUGGEDNESS OF EXPANDED BEAM OPTICS
USING SPRINGLESS MATING AND CRIMPLESS CABLE RETENTION
AEROSPACE, DEFENSE & MARINE / EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI
EB16 Optical Single Mode and Multimode Pin and Socket Termini
Rugged Single Mode and Multimode Optical
Performance for Harsh Environments
Leveraging our industry accepted PRO BEAM Expanded Beam technology, TE
Connectivity (TE) has developed its newest rugged expanded beam optical termini —
Single Mode (SM) and Multimode (MM) EB16. The EB16 termini are size 16 optical
contacts, fit-form compliant with MIL-DTL-38999 Series I and Series III and MIL-
STD-1760 lanyard release size 16 AWG cavity. These termini are drop-in replacements for
the MIL-PRF-29504 /4 and /5 physical contact termini used in many ruggedized circular
connector systems and can also be used in a hybrid combination with power contacts.
Non-Contacting Interface
DURABLE
Contrary to the physical contact 29504 termini, the springless EB16 does not
• No wear on the optical interface
require mating by a spring force. This feature is particularly useful in reducing the
substantial mating force required when using high-count connector inserts. The
expanded beam optical, non-contacting interface prevents wear and tear on the light
carrying elements of the termini, especially in high-mating cycle, high-vibration
and/or high shock applications.
• Shock and vibration resistant
• Highly resistant to dirt and debris
REPEATABLE, LOW-LOSS
PERFORMANCE
The ball lenses of the pin and socket termini expand and collimate the optical signal
into a beam size well beyond its original size to provide easier optical alignment, low
sensitivity to contamination and consistent performance over thermal changes. The
beam traverses the interface airgap from the transmission side and is then refocused
back into the core of the receiving fiber.
• Low sensitivity to thermal
fluctuations and interface
contamination
The beam area is expanded approximately 150 times between lenses with limited
signal deterioration by airborne contamination particles of the same size that affect
the performance of the PC connection. The termini’s end-face is easily cleaned.
• Consistent, overall optical “link budget”
• Stable operation over life of
the system
EASY TO USE
• Drop-in replacement for the 29504 /4
and /5 physical contact termini
• Durable, non-contacting interface
assists with ease of use/cleaning
• Installed with standard 29504
insertion/removal tools
VERSATILE
• Fits standard D38999 size 16 cavity
• SM: AR coated at 1310nm & 1550nm
• MM: AR coated at 850nm & 1300nm
AEROSPACE, DEFENSE & MARINE / EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI
PAGE 2
INDUSTRIES
MATERIALS
• Military Ground and Aviation
• Commercial Aviation
• Space
• Metal Components: Nickel-plated brass
• Ferrule and Split Sleeve: Zirconia
• Ball Lens: Glass, with anti-reflection coating
• Protective Cap: Vinyl
• Harsh Environment Industrial
APPLICATIONS/MARKETS
• Radar and Sensor Systems
OPTICAL
• Insertion Loss (Random Mate):
Single Mode: 1.60 dB max. (mean 0.78 dB) @ 1310
and 1550 nm
Multimode: 1.10 dB max (mean 0.78 dB) @ 850 and 1300 nm
• Rugged Communications Networks
• Fixed Wing and Rotary Aircraft
• Unmanned Aerial Vehicles
• Return Loss:
• Commercial Avionics and Sensing
• Military Avionics, Sensing and Ordnance
• Military Ground Vehicles
Single Mode (Mated): > 30 dB (Mean 37 dB)
Multimode (Mated): > 25 dB (Mean 36 dB)
• Operating Temperature: -65˚C to +165˚C
The performance data reflects the qualification test results using Tight
Toleranced 38999 connectors (the results may vary with different
manufacturers connector products and cable type used)
MECHANICAL/ENVIRONMENTAL
• Terminus Durability: >1000 mating cycles
STANDARDS AND SPECIFICATIONS
• Sinusoidal Vibration: TIA/EIA-455-11D, Test Condition IV, 60 g
• Industry Standards: SAE AS3 AS8438 (AS6250), AS6251 and
ARINC 845
• Random Vibration: TIA/EIA-455-11D, Test Condition VI-J,
37.8 g(rms)
• Mechanical Shock: TIA/EIA-455-14A, Test Condition D, 300 g
TERMINATION PROCEDURE*
• Thermal Cycling: TIA/EIA-455-3B, Test Condition C-2,
-65˚C/+165˚C
• 408-163020
• Thermal Shock: TIA/EIA-455-1A, Schedule C-0, -55˚C/+125˚C
• Humidity-Temperature Cycling: TIA/EIA-455-5C, Method B
• Altitude Immersion: EIA/TIA-455-15A, 100,000 ft
• Cable Pull: TIA/EIA-455-6-B/SAE-AS13441, 66.7N
(15.0 lbf)
PART NUMBERS
Fiber Hole [um]
Description
Part Number
(Nominal)
EB16-SM Pin
2313255-1
2313255-2
2313256-1
2313256-2
2332897-1
2333899-1
2828502-1*
2828502-2*
126
126.5
126
EB16-SM Pin
EB16-SM Socket
EB16-SM Socket
EB16-MM Pin
126.5
126.5
126.5
N/A
Expanded Beam Technology
EB16-MM Socket
Socket Curing Fixture
Pin Curing Fixture
N/A
Mated EB16 Pin and Socket Termini
AEROSPACE, DEFENSE & MARINE / EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI
PAGE 3
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EB16 OPTICAL SINGLE MODE
AND MULTIMODE PIN AND
SOCKET TERMINI
te.com/eb16-termini
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TE Connectivity
The information given herein, including drawings, illustrations and schematics which are intended for illustration
purposes only, is believed to be reliable. However, TE Connectivity makes no warranties as to its accuracy or
completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be
as set forth in TE Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will
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use or misuse of the product. Users of TE Connectivity products should make their own evaluation to determine
the suitability of each such product for the specific application.
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2372454-1ꢀꢀ05/20 ꢀꢀOriginal
AEROSPACE, DEFENSE & MARINE / EB16 OPTICAL SINGLE MODE AND MULTIMODE PIN AND SOCKET TERMINI
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