Search Results for effective thermal conductivity
Solving Cooling Interconnects for Next-Gen Data Centers and AI Applications
Liquid cooling utilizes the greater thermal conductivity of water or other fluids and can be up to 3000 times more effective than air. The coolant fluid is cycled via active or passive heat exchangers, which are commonly installed at the rear of the rack.
SGX - Thermal-Conductive Sensors
By calibrating the sensor to the specific thermal conductivity properties of target gases, it can accurately identify and quantify their presence. Thermal conductive sensors are commonly used for detecting gases such as hydrogen, methane, and volatile organic compounds (VOCs).
Busbar Deisgn Guide - Amphenol Interconnect Product Corp
Metal Conductivity Thermal Coefficient of Resistivity (α) @ 20°C (10-2/°C) Specification Tin 13.6 .42 ASTM B545, MIL-T-10727 Nickel 11.8 .48 ... cost effective leveling Extra cross-section for localized ampacity reinforcement Pass-through connection Thick insulant closing for deep and limited area Semi rigid
THERMOPLASTIC SOLUTIONS - Amphenol PCD
Highly resistant to most chemicals and fluids, Carbon PEEK Thermoplastic solutions are suitable for fuel, cooling and heat pipe applications. And unlike TI, Carbon PEEK Thermoplastic does not suffer from Cold Dwell Fatigue, helping ensure more reliable operation over the life of the system.
h4-plus-cu-al-pv-connectors-amphenol-industrial
Amphenol’s H4 PlusTM Cu-Al PV connectors provide an advanced solution for integrating aluminum cables into photovoltaic systems. These connectors are specifically engineered to join copper and aluminum cables, addressing the conductivity and thermal challenges of mixed metal connections in solar installations.
Self-Adhering Surface Temperature Sensors
Pressure sensitive adhesive tapes loaded with ceramic powders provide high thermal conductivity and thus excellent heat transfer from the heat source to a NTC thermistor while maintaining appropriate levels of dielectric strength.
conductivity thermo | Amphenol Global Search | Amphenol
Liquid cooling utilizes the greater thermal conductivity of water or other fluids and can be up to 3000 times more effective than air. The coolant fluid is cycled via active or passive heat exchangers, which are commonly installed at the rear of the rack.
SGX - PRODUCTS - SGX Sensortech
Thermal Conductive sensors are effective for detecting a wide range of gases. They operate by measuring changes in thermal conductivity when gases come into contact with a heated sensing element. The presence of a gas alters the heat transfer, allowing for accurate gas detection.
Amphenol Aerospace
thermal limits for the following cases: a) -20°C at sea level b) 23°C at sea level c) 60°C at sea level d) 85°C at sea level e) -40°C at 31000 ft f) 32°C at 31000 ft. At 2 different power levels: a) Worst Case – Total Power of 118.046 W. b) Predicted Case – Total Power of 71.215 W
Thermometrics Self-Adhering Surface Temperature Sensors
Pressure sensitive adhesive tapes loaded with ceramic powders provide high thermal conductivity and thus excellent heat transfer from the heat source to a NTC thermistor while maintaining appropriate levels of dielectric strength.
nt | Amphenol Global Search | Amphenol
Thermal Conductive sensors are effective for detecting a wide range of gases. They operate by measuring changes in thermal conductivity when gases come into contact with a heated sensing element. The presence of a gas alters the heat transfer, allowing for accurate gas detection.
Thermometrics temperature sensor solutions - amphenol-sensors.com
Thermistors are thermally sensitive resistors with either a negative resistance/temperature coefficient (NTC) or positive resistance/temperature (PTC) coefficient. Thermometrics offers a wide range of both types of thermistors from component level through complete assemblies.
VQ6 Series Thermal Conductivity Gas Detector Elements
The thermal conductivity of a gas mixture is dependent on temperature and the individual thermal conductivity of the constituents of the mixture. The temperature of importance is the operating temperature of the sensing element (typically a maximum of 500 8C at the recommended bridge supply voltage). The sensor can be operated at any bridge ...
The Pros and Cons of Different Types of Filter Packaging - Q Microwave
Each type offers unique advantages, contributing to the overall functionality and success of the project. The wide array of available materials means meeting the specific needs of your project. That could be a demand for high thermal conductivity or specific dielectric properties.
Temperature Sensors | NTC Thermistors
NTC Thermistors are ideal for applications requiring a continuous change of resistance with temperature. They are known for their defined sensitivity to temperature, sensitivity to electrical power input and sensitivity to changes in thermal conductivity. Types of NTC Thermistors: Cryogenic; Epoxy; Glass; Harsh Environment; Leadless Chip ...
TC-1326-A/TC-1326-AS MEMS Thermal Conductivity Sensor Elements
TC-1326 MEMS thermal conductivity sensor is a low power, extremely robust device especially suited to detect hydrogen as hydrogen possesses the highest thermal conductivity of all known gases. It is therefore possible to detect low concentrations of hydrogen in air by the increase of thermal conductivity of hydrogen-
Pellistor Application Note 1 Pellistor Sensor Technology & Applications
Thermal Conductivity (TC) Sensors The main application for methane calibrated (TC) sensors is in coalmines and natural gas monitoring. Concentrations of methane well over 50% by volume can be found in fissures in coal seams.
Glass Type B | Glass-Coated Bead | Thermometrics NTC Thermistors
Fast thermal response times; Special thin glass coating provides hermetic seal; Unaffected by severe environmental exposures, including nuclear radiation; Intermittent operation to 600°C
SPF-2210 Data Sheet TC1326.doc - SGX Sensortech
TC-1326 MEMS thermal conductivity sensor is a low power, extremely robust device especially suited to detect hydrogen as hydrogen possesses the highest thermal conductivity of all known gases. It is therefore possible to detect low concentrations of hydrogen in air by the increase of thermal conductivity of hydrogen-air mixture.
VQ500 Series Datasheet - sgxsensortech.com
Within the VQ500 Series there are specific sensors that are able to detect most combustible gases and vapours and ammonia at LEL levels. The thermal conductivity version will detect most gases at % volume concentrations which have thermal conductivities different from that of air.