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“FLO” Series will be ALTW’s new line of metal push-pull connectors equivalent to and intermateable with Fischer, Lemo and ODU. FLO has shorter lead time, High Customization and Flexibilities. Most important, FLO has Highly Competitively Price. “FLO” Series includes A, B, F, I, L, T, X and Y series. Available in 2~55pin. Waterproof Rating IP68.
This device is aimed to applications that need on-field arbitrary initial and final travel reference points calibration. Once these have been set, the A15-3P provides accurate position feedback output to the controller.
Designed to be a cost-effective replacement for absolute encoders, the A15-3P series offers an SMD, Vertical and Through Hole mount solution for the majority of Position/Angle Rotary Sensor and multi-purpose control applications such as garage door oppeners, gauges, rotary actuators and robotics.
Main features
- Electrical angle: 360º
- Designed for direct input to microprocessor.
- SMD, Horizontal or Through-hole Mount
- Endless Rotation
- Extended Mechanical Life
- Working Temperature Range (-40ºC to +120ºC)
- Low Profile (4.4 mm)
- Linearity (independent): ±2%
- Embossed Tape or Bulk packaging
- Reflow Soldering capability
- Plug-in shafts
- Shaft insertable from both sides
- Polarised "T" rotor (European Home Appliance standard)
- Ideal for Consumer Control and position sensing applications
- IP54 protection according to IEC 60529
The NovaSensor P330 Series of Absolute Pressure Sensor Die, or piezoresistive pressure die, offers the same superior stability and sensitivity as in larger chips, but in an extremely small footprint for invasive applications where small size is critical. It has excellent measurement accuracy, which is ideal for demanding applications with restricted dimensional profiles such as medical catheters and IC packages. NovaSensor’s proprietary SenStable® process provides excellent long term stability and repeatability.
Features
- Extremely small size: 330 x 180 µm cross section
- Stable accurate pressure measurement
- Low power consumption using high impedance
- Absolute pressure sensing
- Standard pressure range of 450 to 1050 mmHgA
- 4500 mmHgA burst pressure
- Gold wire bond pads
By Amphenol Advanced Sensors | NovaSensor
The Amphe-Lite™ Connector Series is designed for communications equipment manufacturers with signal, power, RF or fiber optic interconnect requirements in harsh environments such as communication towers, outdoor and roof-top applications. This commercial composite connector series is ideal for communications equipment, manufacturing process control and medical equipment. The Amphe-Lite™ series offers the highest performance capabilities for severe environment applications, yet is cost effective enough for general duty and non-environmental applications. Amphe-Lite™ also offers a non-magnetic variation. The non-magnetic Amphe-Lite™ is another option of the highly reliable industrial multi-pin interconnect that is ideal for an array of applications. It is one of the few 100% non-magnetic connectors available today.
The Amphe-PPM is a rapid mate, push/pull connector which provides positive mating in limited space and ease of us. The design features of the Amphe-PPM allow consumers to save cost in space savings and in installation.
MA100 | MA200 | MA300
The Thermometrics NTC Type MA Series of Biomedial Chip Thermistors is designed for use in applications involving both intermittent and continuous patient temperature monitoring with range of 32°F to 122°F (0°C to 50°C). Although low in cost, these highly stable, precision thermochips provide the reliability, tight interchangeable tolerances, geometries and fast response times that are often required in biomedical applications.
Features
- Field proven designs
- Highly stable and reliable
- Interchangeable tolerances in the range of 32°F to 122°F (0°C to 50°C)
- Tight geometries
- Fast response times
By Amphenol Advanced Sensors | Thermometrics, Inc.
Custom designed power conductor made from aluminum to reduce weight and cost
Benefits
- Approximately a 20% cost reduction relative to copper
- Cost stability
- Approximately 50% lighter than copper (includes the extra volume)
Features
- Variety of plating options available
- Can be designed to replace a copper busbar considering thermal & physical properties
- Powder coating for safety
- Single or multi-layer laminated
Custom designed power conductor made from copper
Benefits
- Space saving relative to aluminum
- Efficient thermal and electrical properties
- Lower Insulation Resistance (IR) drop
Features
- Industry standard material (commonly used/accepted)
- Versatile connection and configuration options
- Variety of plating options available
- Powder coating for safety
- Single or multi-layer laminated
M16 size with screw locking according to IEC 61076-2-106, Metal locking ring, Shieldable, 2-8, 12 and 14 positions for crimp and solder, up to 10A and 300 V, IP 40, Male and female cable connectors straight and angled, Male and female receptacles for front and rear panel mointing and PCB mounting, UL registred under file number E 63 093 UL
M16 size with Bayonet locking according to IEC 61076-2-106, Plastic Bayonet ring, Shieldable, 2-8, 12 and 14 positions for crimp and solder, up to A10 A and 300 V, IP 40, Male and female cable connectors straight and angled, Male and female receptacles for front and rear panel mounting and PCB mounting, UL registred under file number E 63 093 UL
Amphenol’s CFP2 (surface mount receptacle connector) is considered to be a candidate of future generation multi hundred Gbps systems. CFP2 is comprised of 104 position, 0.6mm pitch host and pluggable connectors. It is rated for 28 Gbps per channel with resonance dampening for improved signal integrity. The plug connector on the mating interface improves accuracy and aids in achieving high speed performance. The CFP2 interconnect system includes insert molding assemblies for top side contacts and press-fit cage assemblies complying with IEEE and ITU-T applications.
Amphenol’s CFP2 (surface mount receptacle connector) is considered to be a candidate of future generation multi hundred Gbps systems. CFP2 is comprised of 104 position, 0.6 mm pitch host and pluggable connectors. It is rated for 28 Gbps per channel with resonance dampening for improved signal integrity. The plug connector on the mating interface improves accuracy and aids in achieving high speed performance. The CFP2 interconnect system includes insert molding assemblies for top side contacts and press-fit cage assemblies complying with IEEE and ITU-T applications.
Amphenol Circular Metal Bayonet connectors are based on our popular PT/MIL-C-26482 Series 1 line of connectors. The CMB packs all the punch of a PT but with a commercial connector price tag. Just like with the PT the CMB offers twice the number of contacts in just half the size of a Standard connector. These miniature connectors are available in several shell styles, each with varying design characteristics and customizable options to provide maximum design flexibility.
The Thermometrics NTC Type RL of Cryogenics Thermistor Probes are designed for use in the range of 25°C/77°F (room temperature) to -196°C/-320.8°F (the boiling point of Liquid Nitrogen).
Cryogenic thermistor probes consist of a pressed disc thermistor attached to #27 AWG silver lead wires. These units are very stable, exhibit no hysteresis effects,and rapid temperature cycling from 77°F to -320.8°F (25°C to -196°C) has no measurable effect on electrical, thermal or mechanical properties. These units are well suited for Cryogenic control applications such as liquid level in the 77°F to -320.8°F (25°C to -196°C) range. They may be used at temperatures below the Nitrogen Point with suitable instrumentation.
Features
- Designed for use in the range of 77°F (room temperature) to -320.8°F (the boiling point of Liquid Nitrogen) (25°C to -196°C).
- Very stable, exhibiting no hysteresis effects.
- Rapid temperature cycling from 77°F to -320.8°F (25°C to -196°C) has no measurable effect on electrical, thermal or mechanical properties.
- Well-suited for cryogenic control applications, such as liquid level in the 77°F to -320.8°F (25°C to -196°C) range.
- May be used at temperatures below the Nitrogen Point with suitable instrumentation.
By Amphenol Advanced Sensors | Thermometrics, Inc.
Creating value by integrating technologies is one of our core competencies.
Leveraging the extraordinary breadth of technology found across the Amphenol portfolio as well as our strategic sourcing partners, we have unfettered access to the latest developments in design, materials and manufacturing methodologies of cable assemblies. We can simplify your development process and assist you in achieving your targeted product launch date by identifying an optimal solution for your application and verifying adherence to your requirements with our in-house testing capabilities. Combined, these services allow us to help you improve the user’s experience and differentiate your product.
Service Highlights Include:
- Extensive Application Knowledge: Our experienced engineers are well versed in the nuanced interconnect needs for many medical applications, providing us with unique insights when designing the ideal custom solution for your project
- Extensive Manufacturing Knowledge: Our knowledge of interconnects, cable bundles, termination techniques, and design-for-manufacturability methodologies allows us to create assembly processes which can help eliminate components and optimize your costed-BOM
- Materials Expertise: We have a broad and deep understanding of which materials provide the best value to you and are best suited to withstand the rigors of everyday use in medical environments
- In-House Testing: Our ever-expanding research and development labs feature all the equipment you need, including TDRs / VNAs, force measurements and flex cycling tools, and medical-grade disinfectant washers and sterilization equipment, to accelerate the design verification testing required for your custom solution
- Cable Bundle Optimization: Working from your performance requirements, we design custom bundles specifically suited to your needs and use our procurement expertise to identfy the sourcing partner best suited for the task
- Hybrid Connector & Cable Assemblies: By combining electrical, optical, fluidic, and/or pneumatic lines into a single assembly we are able to streamline the layout of the system’s interconnects and thereby reduce the likelihood of misconnections
ADCE (Amphenol DC Electronics) specializes in the design, engineering and manufacturing of custom wire harnesses, cable assemblies and related sub-assemblies. We serve the Medical, Heavy Equipment, Semiconductor and Industrial markets. All custom wire harnesses and cable assemblies produced at our world class manufacturing facility in Silicon Valley are ISO 13485 certified and UL/CSA safety-approved. Our site includes a Class 7, Class 5 Clean Work Area and an ESD Safe Manufacturing Area.
Contact us for a custom quote!: http://www.dcelectronics.com/contact
The Amphenol CXP connectors come in a one-piece press-fit assembly system with twelve channels of up to 20 Gbps, resulting in 240 Gbps of total bandwidth. This allows our CXP to go beyond the 100 Gigabit Ethernet IEEE 802.3b,a and the InfinibandCXP12x QDR standards. The CXP series is the fastest and most dense I/O on the market today. It enables pluggable copper or optical cables to increase the flexibility of system level hardware for end users, and offers reduced cross-talk. The CXP interconnect system offers plug-to-receptacle containment with the various EMI gasket and EMI spring finger options, and is ideal for network switches, routers, servers and storage devices.
The standard and high density D-Subminiature connectors are available in five shell sizes offering a wide choice of contact positions: 9, 15, 25, 37, and 50 in standard density and 15, 26, 44, 62, 78, and 104 positions in high density. We offer filtered, sealed and compliant tail designs as well as custom crimp type or other terminations
SGX has a proprietary MOS technology utilizing state of the art MEMS technology, combining a specialized nano-particle sensing layer with a patented poly-silicon heater. This unique design creates a highly sensitive and responsive semiconductor sensor, manufactured on an automotive production line for outstanding quality and performance. These sensors are easily capable to detect and measure combustible and pollution gasses in parts per billion (PPB) and are suitable for many environmental, automotive and industrial applications worldwide.
Main features of these sensors offer:
- Low power
- Parts per billion detection range
- Available in SMD packages
- High resistance to shocks and vibrations
- Miniature dimensions
- Long life expectancy
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The eQSFP interconnect system is comprised of a 38 position 0.8 mm pitch SMT connector, and a press-fit cage. With four channels of data in one pluggable, the system interface is capable of transferring data up to 28 Gbps / Channel, and replacing up to 4 standard SFP+ receptacles. These features result in greater port density and overall cost savings over traditional SFP+ products. Supporting standards include, Gigabit Ethernet, InfiniBand, and SONET/SDH with different data rate options. eQSFP includes cages in single and ganged configurations with multiple heat sink options supporting various thermal requirements and port status with light pipes options.
The Thermometrics NTC Type FP Series of Fastip Thermistor Probes are ideally suited for high speed measurement and control of fluid temperatures, fluid level or flow. They offer the ease of handling associated with large glass probe thermistors, as well as the ultra-fast response times of small glass-coated bead thermistors.
Features
- Ultra-Fast Response Time
- Rugged, Unaffected by Severe Environmental Exposures
- Relatively Flat Frequency Response
- Ease of Handling
By Amphenol Advanced Sensors | Thermometrics, Inc.
Flexible busbars are composed of several thin layers of copper or aluminum and are designed to efficiently distribute power across an AC or DC system. Amphenol power distribution busbars are an excellent replacement for power harness applications.
Benefits
- Ideal for thermal expansion environments
- Effective for tolerance mismatch applications
- Ideal for shock and vibration environments
Features
- Single Potential (PWR or RTN)
- Made of multiple thin sheets of copper or aluminum
- Welded ends
- Shrink tubing available
Polyimide flexible heaters provide excellent heat transfer to localized areas with a quick ramp and consistent hold of temperature. Applications include, but are not limited to ; medical lab equipment, respiratory equipment, frost protection, fluid warming, instrumentation, and fiber optic devices. The heaters can be turned on and off at specific temperatures as required.
Amphenol Sincere is a one stop shop for value added flexible circuits. We will work with your engineering team from the inception of the design through full turn-key tested circuit assemblies. Our services include design and gerber creation, DFM reviews, full in-house assembly, and testing of final product.
- SMT and Manual Assembly
- Wave Soldering
- Circuit Finishing including structural adhesives, epoxies, conformal coating, PSA adhesive, and Poron patches
- Passive and Active Component Testing
Amphenol Sincere provides high quality flexible printed circuit solutions for multiple markets including, but not limited to the Industrial, Medical, Instrumentation, and Automotive markets . By utilizing a manufacturing center of excellence in a low cost region, we offer the customer a great value at a low cost. Our products include:
- Single Sided Flex - Type I
- Double Sided Flex - Type II
- Multilayer Flex - Type III
- Rigid-Flex - Type IV
The Thermometrics MA400X Series of Fully Autoclavable Temperature Probes has been designed for steam autoclave sterilization temperatures up to 134°C (or 273°F).
Features
- CE certified
- Interchangeable to
- ±0.36°F (±0.2°C), 32°F to 77°F (0°C to 25°C)
- ±0.18°F (±0.1°C), 77°F to 122°F (25°C to 50°C)
- Steam autoclavable to 273°F (134°C)
- Fast response
- Pediatric and adult models
By Amphenol Advanced Sensors | Thermometrics, Inc.
The Thermometrics GC Series (GC11/GC14/GC16) of Glass-Encapsulated NTC Chip Thermistors consists of small glass-encapsulated chip thermistors on fine diameter platinum alloy lead wires. Suitable for temperature measurement, control and compensation applications, as well as self-heated applications, such as liquid level sensing or gas flow measurement.
Features
- Fast thermal response times
- Unaffected by severe environmental exposures, including nuclear radiation
- Intermittent operation up to 450°C
- Improved beta tolerance with respect to glass-encapsulated beads
- RoHS compliant to 2002/95/CE
By Amphenol Advanced Sensors | Thermometrics, Inc.
The CR-1 Harsh Environment Chip Thermistors are Sn-coated Alloy 52 leads with high performance acid and moisture resistant coating.Our NTC chip thermistors are ideal for harsh environment applications and high volume assembly.
By Amphenol Advanced Sensors | Thermometrics, Inc.
Features:
- AEC Q200 Rev D Qualified
- Suitable for automotive, EGR, SCR, TMAP, OAT, HVAC & white goods applications
- Operation up to 190°C with excellent stability
- Small body diameter
- Fast response
- High thermal shock resistance
- Automotive/Aerospace fluids resistance
- Water immersion
- Flexible – coated leads can be formed
- Insulation resistance to 1kV d.c.
- Designed for accurate temperature measurement, control & compensation
- Tight tolerances on resistance and B value
- Available on bandolier to IEC 286-2RoHS 2011/65/EC / REACH compliant