Rue Emile Francqui, 3
B1435 Mont-Saint-Guibert
Belguim
Phone
T : +32 10 48 92 10
Fax
F: +32 10 48 92 19
Web Address
www.cissoid.com
Cissoid Company Details
CISSOID Joins PRIMES
CISSOID, the leader in high-temperature and high-reliability semiconductor solutions, announced today it has joined PRIMES, the research center for power electronics based in Tarbes, France. Founded in 2001, PRIMES is a research and innovation platform gathering tier-1 players of the industry and five academic research laboratories.
An Extreme Temperature Binary Counter 74-4040 is Now Available from CISSOID
CISSOID is launching CHT-74-4040, a new member of its GALAXY digital product family. CHT-74-4040 is a 12-stage asynchronous binary counter, that can be used for instance as a frequency divider with a division rate up to 4096. Like other CHT products from CISSOID, it is guaranteed for operation from -55°C up to +225°C. It can also operate with a supply voltage in the range 3.3 to 5V (±10%).
Introducing VEGA, a 225°C Adjustable 500mA LDO Voltage Regulator in a Ceramic Package
CISSOID introduces VEGA, a new low dropout, linear, voltage regulator for embedded power supply needs in applications that must sustain high-temperature, harsh environments or that simply require extended lifetimes. Part of the STAR family of products from CISSOID, the voltage regulator CHT-VEGA delivers a regulated output with up to 500mA from a standard 5V ±10% voltage input. Output voltage can be adjusted anywhere between 1.2V and 3.3V. It is packaged in a tiny SMD ceramic package TDFP 5x5.5mm, guaranteed for operation from -55°C up to +225°C.
CISSOID Releases HADES, a High Temperature and High Reliability Isolated Gate Driver for High Density Power Converters
CISSOID launched HADES, the first isolated gate driver solution designed to drive high temperature power transistors, specifically (but not exclusively) Silicon carbide (SiC) and Gallium nitride (GaN) fast-switching devices. With HADES, system engineers can develop power converters that are 5 times smaller and lighter than before, with better efficiency. They will also get power converters able to operate in high temperature ambiance if required. No matter what the ambient temperature is, the life time of the system will be an order of magnitude longer than traditional solutions.
CISSOID - High-Temperature small-signal diode
CISSOID just released CHT-GANYMEDE, a high-temperature 80V dual series small-signal diode in a small hermetically sealed metal can TO-18 package. This new device includes two diodes connected in series that can sustain a reverse voltage of 80V, have a maximum forward current of 300mA at 225°C and are suitable for operation from -55°C up to +225°C. This dual diode is a general purpose discrete component which and can be used in a variety of applications, including clamping, low-current rectification and sensing, among others.
CISSOID launches High-Temperature Combo Triple Op-Amp & Voltage Reference for Instrumentation Amplifier & Sensor Applications
CISSOID, the leader in high-temperature semiconductor solutions introduced RUBY, a new triple operational amplifier with a built-in voltage reference for reliable operation from -55°C to +225°C. The three operational amplifiers can easily be configured as an instrumentation amplifier with external resistors, while the 5V voltage reference can provide up to 25mA for complete bridge excitation in high temperature sensor applications.
CISSOID dévoile un switch haute-tension carbure de silicium (SiC) 225°C contrôlable via niveau logique
CISSOID, leader des solutions semi-conducteurs pour applications haute température, dévoile CHT-JUPITER, le premier switch carbure de silicium haute température et haute tension, dont la grille se commande directement par un niveau logique 0/5V.
CISSOID unveils a High Voltage, 225°C Silicon Carbide (SiC) Power Switch with Logic-level Gate Control
CISSOID, the leader in high-temperature semiconductor solutions, unveils JUPITER, the first high-temperature silicon carbide high-voltage switch with seamless gate control through a simple logic-level 0/5V.
CISSOID introduit un double transistor NMOS haute-température (225°C) en boîtier CMS céramique faible encombrement CSOIC16
CISSOID, leader des solutions semi-conducteurs pour applications haute température, introduit un double transistor MOSFET 40V canal-N. Disponible en boîtier faible encombrement de type CMS céramique hermétique CSOIC16, ce nouveau produit va permettre aux concepteurs d'atteindre une plus grande densité et niveau d'intégration pour leurs systèmes. Ce composant peut commuter des courants jusqu'à 2A, et est la solution la plus fiable et robuste pour fonctionnement en continu sur la gamme de température de -55°C à +225°C, gamme de tous les produits CHT de CISSOID.
CISSOID introduces a High Temperature (225°C) dual NMOS transistor in tiny CSOIC16 SMD package
CISSOID introduced a dual High Temperature 40V N-channel MOSFET Transistor. Available in the small footprint, surface mounting, hermetically sealed ceramic SOIC16 package, this new device will help designers to achieve the highest system density. It can switch currents up to 2A and provides a fully reliable solution for continuous operation over the same temperature range as all CHT products from CISSOID: from -55°C to +225°C.
CISSOID annonce RHEA, un Emetteur-Récepteur deux canaux pour lien isolé 2Mbits/s à Haute Température à Haute Température
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, annonce RHEA, un lien de transmission de données à haute température avec isolation galvanique de 2.5kV, fiable de -55°C à +225°C. CHT-RHEA est une puce émetteur-récepteur qui supporte deux canaux full-duplex (2 émetteurs et 2 récepteurs). L'isolation magnétique est assurée sur chaque canal par un petit transformateur d'impulsions dont le diamètre du noyau n'est que de 6mm.
CISSOID - RHEA, a High Temperature Dual-Channel, 2Mbit/s Isolated Data Transceiver
CISSOID, the leader in high-temperature semiconductor solutions unveils RHEA, a high temperature data transmission solution with galvanic isolation of 2.5kV and operating reliably from -55°C to +225°C. The CHT-RHEA is a single chip dual channel, full duplex transceiver (2 transmit and 2 receive channels). The magnetic isolation on each channel is ensured by an external tiny pulse transformer, of which the core diameter does not exceed 6mm (0.24").
CISSOID introduces MARS A High Temperature 30V Small-Signal
CISSOID, the leader in high temperature semiconductor solutions, introduced a new product in their PLANET family of high temperature transistors and switches. MARS is a High Temperature 30V Small-Signal P-channel MOSFET transistor suitable for long term reliable operation from -55°C up to +225°C. With its extreme temperature robustness, its input capacitance of only 14pF and its gate leakage limited to 400nA at 225°C, this 30V transistor is ideally suited for high temperature sensor interfaces such as piezoelectric sensor or to implement guard amplifiers.
CISSOID introduit MARS Un Transistor Haute Température petits signaux MOSFET Canal-P 30V
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit un nouveau produit dans leur famille PLANET de transistors haute température. MARS est un transistor petits signaux, MOSFET canal-P, 30V, prévu pour fonctionnement en toute fiabilité de -55°C à +225°C. Sa robustesse aux températures extrêmes, sa capacité d'entrée de seulement 14pF et son courant de fuite de gate limité à 400nA à 225°C en font l'outil idéal pour les interfaces de capteurs tels que piézoélectriques ou pour implémenter des amplificateurs de garde.
CISSOID unveils THEMIS and ATLAS, their Driver for Silicon Carbide Switches in efficient and reliable Power Converters and Motor Drives
CISSOID, the leader in high-temperature and high reliability semiconductor solutions, unveils THEMIS and ATLAS, their power transistor driver chipset meant for high efficiency motor drives and power converters. THEMIS and ATLAS are especially designed to drive seamlessly the most advanced power switches, including Silicon Carbide (SiC) MOSFETs and JFETs as well as Silicon IGBTs and MOSFETs. The chipset is the cornerstone of energy-saving, reliable power converters and motor drives.
CISSOID annonce THEMIS et ATLAS, leurs chips de commande pour transistors en Carbure de Silicium dans des Convertisseurs de Puissance et Commande de Moteurs efficaces et fiables
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température et haute fiabilité, annonce THEMIS et ATLAS, leur jeu de puces de commande de transistors de puissance, destinés aux convertisseurs de puissance et commandes de moteurs à haute efficacité. THEMIS et ATLAS ont été spécialement développés pour la commande sans complications des commutateurs de puissance les plus avancés, en ce compris les MOSFETs et JFETs en Carbure de Silicium (SiC), ainsi que les IGBTs et MOSFETs en Silicium. Le jeu de puces est la pierre angulaire de convertisseurs de puissance et commandes de moteurs fiables et à haut rendement énergétique.
CISSOID and INSTRUMENTEL announce MERLIN, their High Temperature, Battery-less, RFID Telemetry chip
CISSOID, the leader in high temperature semiconductor solutions, and INSTRUMENTEL, a leading supplier of wireless telemetry solutions, jointly announce a global partnership to provide the MERLIN integrated circuit, the world's first high-temperature, battery-less telemetry chip for sensing tags.
CISSOID et INSTRUMENTEL annoncent MERLIN, leur chip de Télémétrie RFID, Haute Température, sans fil et sans batterie
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température et INSTRUMENTEL, un des principaux fournisseurs de solutions de télémétrie sans fil, annoncent un partenariat global pour fournir le circuit intégré MERLIN, le premier chip de télémétrie sans fil et sans batterie pour capteurs.
CISSOID introduit NILE, un Comparateur Programmable 8 bits pour Haute Température
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit NILE, son comparateur 8 bits programmable de faible consommation pour les applications haute température, qualifié pour fonctionner de -55°C à +225°C. Le comparateur programmable NILE vient compléter la famille de produits RIVER qui fait le lien entre les mondes analogique et digital pour les systèmes électroniques fiables à haute température.
CISSOID introduces NILE, a High Temperature 8-bit Programmable Comparator
CISSOID, the leader in high temperature semiconductor solutions, introduced NILE, its high-temperature, low-power, 8-bit comparator, guaranteed for reliable operation from -55°C up to +225°C. The NILE programmable comparator complements the CISSOID family of products RIVER, which bridges the analog and digital worlds for electronics systems requiring reliable operation at high temperature.
CISSOID introduit un Trigger de Schmitt à haute température
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit son Quad Schmitt Trigger NAND à 2 entrées, qualifié pour fonctionner de -55°C à +225°C. Le CHT-74132 vient compléter la famille Galaxy de composants logiques de CISSOID destinés aux systèmes électroniques fiables à haute température.
CISSOID introduce a High Temperature Schmitt Trigger
CISSOID, the leader in high temperature semiconductor solutions, introduced its Quad 2-Input NAND Schmitt Trigger product, guaranteed for operation from -55°C up to +225°C. The CHT-74132 complements the Cissoid Galaxy family of logic components for electronics systems requiring reliable operation at high temperature.
CISSOID Introduces STROMBOLI™
CISSOID, the leader in high temperature semiconductor solutions, released their new STROMBOLI technology, a flexible and scalable reference design and demonstration boards for high temperature, high voltage isolated DC-DC converters which operate reliably and with high efficiency from -55°C to +225°C.
CISSOID annonce STROMBOLI™
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit leur nouvelle technologie STROMBOLI™, un design de référence flexible et des cartes de démonstration de convertisseurs DC-DC isolés de haute efficacité et fiables de -55°C à +225°C.
CISSOID introduit EARTH, une nouvelle famille de transistors de puissance MOSFET 80V pour hautes températures
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit un nouveau produit dans leur famille de transistors et commutateurs. Earth est un transistor de puissance MOSFET canal N 80V garanti pour des fonctionnements de -55°C à +225°C. Il complète la famille qui comprend déjà Venus (PMOS), Saturn (40V NMOS) et Mercury (transistor petits signaux). Le nouveau composant est disponible en deux versions, spécifiées respectivement pour des courants de drain maximum de 5A et 10A.
CISSOID introduces EARTH, a new family of high temperature 80V Power MOSFET transistors
CISSOID, a leader in high temperature semiconductor solutions, introduced a new product in their Planet family of high temperature transistors and switches. Earth is a high temperature 80V N-channel power MOSFET Transistor guaranteed for operation from -55°C up to +225°C. It further enhances the family that comprises already Venus (PMOS), Saturn (40V NMOS) and Mercury (small signal transistor).The new device is available in two versions, rated respectively for 5A and 10A maximum drain current.
CISSOID is part of the CREAM European Consortium For All Electric Aircrafts
CISSOID, the leader in high temperature semiconductor solutions and the other members of the consortium, jointly announced the CREAM European project. The CREAM Project addresses the thematic "Aeronautics and Air Transport (AAT)" through the objective of developing an "Innovative Technological platform for Compact & Reliable Electronic integrated in Actuator and Motor" destined for several applications of the All Electric Aircraft such as fuel pumps, landing gear or brake actuators, flight control actuators etc.
CISSOID fait partie du consortium Européen CREAM Pour les Avions tout Electriques
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température et les autres membres du consortium annoncent le projet Européen CREAM.
CISSOID Introduces EREBUS, A High Temperature DC-DC Converter Platform for Oil & Gas, Industrial and Aeronautics applications
CISSOID, the leader in high temperature semiconductor solutions, released their new EREBUS technology, which implements Buck (Step-Down) DC-DC Converters operating reliably and with high efficiency from -55°C to +225°C.
CISSOID introduit PROMETHEUS-II
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit PROMETHEUS-II, un driver rapide pour transistors de puissance prévu pour fonctionner de manière fiable de -55°C à +225°C. PROMETHEUS-II permet de piloter des transistors de puissance en Carbure de Silicium (SiC) ou Nitrure de Gallium (GaN) et d'autres composants de puissance tels que MOSFET's, IGBT, JFET and BJT dans des environnements qui requièrent un fonctionnement continu fiable jusqu'à 225°C.
CISSOID introduces PROMETHEUS-II Power Transistor Driver reference design
CISSOID, a leader in high temperature semiconductor solutions, released PROMETHEUS-II, a fast High Temperature Power Transistor Driver reference design suitable for operation from -55°C up to +225°C. PROMETHEUS-II brings the solution to drive Silicon-Carbide (SiC), GaN and other Power Devices such as MOSFET's, IGBT, JFET and BJT in highly demanding applications requiring reliable and continuous operation up to 225°C.
MITRA ENERGY & INFRASTRUCTURE and CISSOID cooperate in the design of next generation, high performance power converters for electrical vehicles
Mitra Energy & Infrastructure SA, provider of high reliability managed energy solutions and Cissoid SA, leader in high-temperature semiconductor solutions, have entered an agreement to cooperate on the design of high-efficiency, high-temperature, turnkey energy conversion solutions for the electric and plug-in hybrid vehicles (EV & P-HEV).
MITRA ENERGY & INFRASTRUCTURE et CISSOID coopèrent dans la conception d'une nouvelle génération de convertisseurs de puissance hautes performances pour véhicules électriques
Mitra Energy & Infrastructure SA, le fournisseur de solutions d'énergie de très haute fiabilité et Cissoid SA, leader dans les semi-conducteurs hautes températures, ont signé un accord de coopération sur la conception de solutions de conversion d'énergie à haut rendement et hautes températures de fonctionnement pour les applications des véhicules électriques et « plug in » hybrides (rechargeables sur secteur).
CISSOID introduit une nouvelle famille de transistors MOSFET de puissance Canal-P pour Haute Température
CISSOID, leader des solutions semi-conducteurs pour les applications à haute température, introduit VENUS, une nouvelle famille de transistors de puissance 30V MOSFET de type P dont le fonctionnement est garanti de -55°C à +225°C. Les composants de la famille VENUS de P-MOSFETs nommés CHT-PMOS3002, CHT-PMOS3004 and CHT-PMOS3008 sont prévus pour des courants de drain maximum respectifs de 2A, 4A and 8A. Ils complémentent la famille SATURN de N-MOSFETs introduite par la société en novembre 2009.
CISSOID introduces a new family of P-channel high temperature power MOSFET transistors
CISSOID, leader in high temperature semiconductor solutions, introduced VENUS, their new family of High Temperature 30V P-channel power MOSFET Transistors guaranteed for operation from -55°C up to +225°C. The VENUS family of P-channel power MOSFETs named CHT-PMOS3002, CHT-PMOS3004 and CHT-PMOS3008 are rated respectively for 2A, 4A and 8A maximum drain current. They complement the SATURN family of N-channel MOSFETs introduced by the company in November 2009.
CISSOID introduces Mercury, a High Temperature 80V Small-Signal Transistor
CISSOID, a leader in high temperature semiconductor solutions, introduces a new product in their Planet family of high temperature transistors and switches. Mercury is a High Temperature 80V Small-Signal N-channel MOSFET Transistor with guaranteed operating temperature range from -55°C to +225°C. With its extreme temperature robustness, its input capacitance of only 32pF and its gate leakage limited to 5.6µA at 225°C, this 80V transistor is ideally suited for high temperature sensor interfaces such as piezoelectric sensor or to implement a guard amplifier.
CISSOID introduces High Temperature Power MOSFET Transistors
CISSOID has introduced a new family of High Temperature 40V N-channel power MOSFET Transistor guaranteed for operation from -55°C up to +225°C. These new devices named CHT-NMOS4005, CHT-NMOS4010 and CHT-NMOS4020 are rated respectively for 5A, 10A and 20A maximum drain current.
CISSOID Introduces 225°C DC-DC Converter Platform for High Reliability & Electric Vehicle Applications
CISSOID, a leader in high temperature semiconductor solutions, has unveiled their unique VESUVIO technology, which implements Buck (Step-Down) DC-DC Converters operating reliably and with high efficiency from -55°C to +225°C. Based on CISSOID's two-chip set MAGMA-HYPERION and power transistors, the VESUVIO technology includes a reference design and a demonstration board.
CISSOID Introduces high temperature PWM controller for DC-DC converters and SMPS
CISSOID, a leader in high temperature semiconductor solutions, has unveiled MAGMA, a PWM controller that operates reliably over the full temperature range [-55°C to +225°C]. MAGMA targets DC-DC converters and Switching Mode Power Supplies, where it brings maximum efficiency above 90% throughout the whole temperature range.
CISSOID - High temperature driver for power MOSFETs in DC-DC converters and electric motor control
CISSOID, a leader in high temperature semiconductor solutions, has unveiled HYPERION, a high-side and low-side driver that operates reliably from -55°C up to +225°C. HYPERION is suitable for driving MOSFETs in DC-DC converters and for half-bridge driver designs in electric motor control applications and power inverters.
CISSOID introduces a High Temperature driver for power transistors
CISSOID has unveiled PROMETHEUS, said to be the industry's first driver for power transistors suitable for operation from -55°C up to +225°C. The reference design drives Silicon Carbide transistors and can be adapted to other devices such as MOSFET, IGBT, JFET, BJT and GaN. PROMETHEUS, Cissoid's next product within its TITAN family of high temperature drivers, was selected by HISPANO-SUIZA for the development of a multi-KW power inverter demonstrator, representative of Aerospace applications, including electric actuators, brakes, pumps and VSV (Variable Stator Valve) motors.
CISSOID's OpAmp in plastic package for continuous operation up to 175°C
CISSOID has announced a new High Temperature general purpose operational amplifier CMT-OPA, which sustains a temperature range from -55°C to +175°C. The CMT-OPA is packaged in Plastic SOIC16W to fit market demand for small form factors in high temperature applications such as automotive, industrial, oil & gas, and aeronautics markets.
C-MAC MicroTechnology's 225°C DC-DC converter is first product from CISSOID partnership
C-MAC MicroTechnology has launched a high temperature Buck DC-DC converter, the first product from its partnership with CISSOID announced last month. C-MAC has developed the high temperature 10-20 Watt module based around CISSOID's ETNA design. Various output voltages are available in the range 2.5V to 25V from inputs up to 30V.
C-MAC partners with CISSOID to develop latest high temp microelectronic solutions
C-MAC MicroTechnology and CISSOID have agreed a strategic partnership that will lead to the development of high reliability components, modules and sub systems for high temperature applications operating up to 225°C. The two companies combine a wealth of design and manufacturing experience in high temperature microelectronics and will expand their existing customer relationships in the oil, gas, aerospace, defence, automotive and space industries. The relationship puts C-MAC and CISSOID at the forefront of high temperature microelectronic solutions.
High temperature Logic ICs in plastic package sustain continuous operation at 175°C
CISSOID has announced a suite of logic products, the CMT-74XX, which sustain a temperature range from -55°C to +175°C. These products extend CISSOID's CMT line of High Temperature IC's in plastic package.
CISSOID introduces High Temperature IC Family In Plastic Package
CISSOID has announced its new CMT Product Family, targeting applications between -55°C and +175°C. The CMT family has been develop and optimized to fill the gap between usual semiconductor components and CISSOID's CHT family (-55°C to +225°C).
Successful tests of CISSOID components by NASA
CISSOID has released recent test results of their circuits by NASA for extreme high and extreme low temperature applications. Researchers at NASA's Glenn Research Center have tested recently a CHT-555 SOI timer circuit. The circuit was provided unpackaged by CISSOID and then tested using special high temperature packaging technology developed at Glenn.
CISSOID Introduces DC-DC Converter Reference Design for Operation up to 225°C
CISSOID, a leader in high temperature semiconductor solutions, has unveiled ETNA, the industry's first DC-DC Converter Reference Design suitable for operation from -55°C up to +225°C. This reference design is the first product of a family of DC-DC converters named VOLCANO. It implements a buck (step down) DC-DC converter with proven CISSOID products as active components. ETNA offers the smartest solution for energy-sensitive applications in highly demanding applications requiring reliable and continuous operation at 200°C and above.
High Temperature Logic Family from CISSOID
CISSOID has announced its CHT-74 Logic Family for extreme temperatures. The products are optimized for High-Temperature, High Reliability applications. They bring digital functions to system designers targeting high temperature electronics, even beyond 200°C.
High Temperature General Purpose Operational Amplifier from CISSOID
CISSOID has announced the release of its Quad High Temperature General Purpose Operational Amplifier for extreme temperatures. The product (CHT-OPA) is optimized for High-Temperature, High Reliability applications. This amplifier is a new major building block to realize High-Temperature systems such as sensor interfaces, buffers, filters and pre-amplifiers for ADC.
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