Thermistor-Varistors

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Electronic components, materials and power supplies to factory automation systems, anechoic chambers, test systems and more.

TDK – Electronic components and Materials

TDK was founded in Japan on 7 December 1935 to manufacture iron-based magnetic material ferrite, which had been recently invented by Yogoro Kato and Takeshi Takei. In 1952 they began production of magnetic tapes, with compact cassette tapes following in 1966; it is for these that the company is most widely noted

TDK - Electronic components and Materials

TDK Museum

Through videos and practical demonstrations, the museum introduces how TDK’s products and technologies, centered on our strength in ferrite and “magnetism”, have played a role in the evolution of society and how TDK will be involved in the coming future society in an easy-to-understand, enjoyable, and experiential manner.

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In the 1940s radio was an important means of communication. Super heterodyne radio used Murata’s tubular 500pf ceramic capacitors with  titanium oxide as dielectric material for temperature compensation.

Murata Manufacturing – Electronic Components

Products Include

Passive components like Capacitors, Resistors, Thermistors, Coils(Inductors), Delay Lines, Resonators, Noise Suppression Products and EMI Suppression Filters.

Audio Visual Parts like Spherical Speaker Products, Sound Components Filters, Modules for Audio Visual Equipment,

They also have Components and Modules for Communication Equipment. Special Sensors and Optical Products.

Murata Wireless Connectivity Products

Wireless Products –  Murata Wireless Connectivity Products and Platforms

Murata RF modules are designed to simplify wireless development and certification by minimizing the amount of RF expertise you need to wirelessly enable a wide range of applications.

Reasons for requiring EMI suppression filters

Chapter 1 describes the reasons for using EMI suppression filters, and explains how shields and filters used for electromagnetic noise suppression work.

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Various kinds of Capacitors for Electronics, Electric Apparatuses and Power Utilities. Positive thermistors, Switching power supplies. Capacitor applied system and equipment.  Double-layer Capacitors too.

Nichicon – Capacitors and Special Components

“Since its founding in 1950, Nichicon has constantly been involved in the development, production, and sales of capacitors, circuit products, and other kinds of electronic components that are essential for many types of electronics.”

Thin-Film Strain-Gauge-Type 3-Axial Force Sensors Nichicon

 News –

Start of Mass-Production of  Thin-Film Strain-Gauge-Type 3-Axial Force Sensors with Built-in Amp Among Industry’s Smallest, with High Sensitivity and High Reliability

The product is one of the smallest in the industry and offers high sensitivity and high reliability. Nippon Liniax develops, produces, and markets measuring systems in a range of fields with a focus on strain-gauge-type pressure sensors and transducers. The product uses Nichicon’s proprietary thin-film processing technology.

History –

1956 – Established Kyoto Factory for production of aluminum electrolytic capacitors.
1961 – Started production of solid tantalum electrolytic capacitors.

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Developing and manufacturing devices that protect electronic circuits and applications from harm caused by overcurrent and overvoltage events..

Littelfuse – Fuses Varistors Protectors Suppressors

Littelfuse has developed solutions in the circuit protection area for many industries. They Include Automotive, Digital Consumer Electronics, Electrical, Industrial Electronics and Telecommunications.

Littelfuse - Fuses Varistors Protectors Suppressors

Products Include –

  • Gas Plasma Arresters (GDTs)
  • Silicon Avalanche Diode (SADs)
  • High Reliability and Military Components.

Littelfuse Inc.
8755 West Higgins Road, Suite 500 Chicago, Illinois 60631 United States

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The ROV device’s high current-handling and energy absorption capability, fast response, and low cost can make it suitable for use in line voltage applications.

ROV Metal Oxide Varistors Raychem Tyco

“ROV metal oxide varistors help protect power systems from damage caused by transient overvoltage faults such as lightning, power contact, and power induction. Suitable for a broad range of applications, ROV devices help protect sensitive electronic equipment from potential power surge damage by clamping high-energy, short-duration impluses.”

ROV Metal Oxide Varistors Raychem Tyco

“An ROV device is a varistor fabricated using a Zinc Oxide (ZnO) powder, sintered with other metal oxide ceramics. The resulting structure is a polycrystalline ceramic that consists of distributed ZnO grains, separated by other metal oxide ceramics.”

Raychem Circuit Protection Products

“A varistor is a variable resistor-a voltage dependent, non-linear device whose resistance decreases as the voltage applied across the device increases. ”

ROVs can also be used to help protect electrical equipment from damage caused by large voltage or power transients on the AC Mains inputs. In a coordinated circuit protection scheme the ROV can be paired with a PolySwitch overcurrent protection device to help improve equipment reliability and fulfill IEC-61000 test requirements.

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CKE is a line of high voltage and high power silicon rectifiers, MOVs, selenium suppressors, silicon carbide varistors, and assemblies. These products are appropriate for a wide range of applications, and find a special fit in the power generation, resistance welding and RF power systems markets.

Thermally Protected Suppressors – Dean Technology

Thermally Protected Suppressors - Dean Technology

22 to 50 kA, 150 to 690 VAC, 25nS Maximum

Dean Technology inc.

Dean Technology, Inc. has a long and exceptional history providing world-class products, design, and solutions for high voltage and high power markets and applications.

Dean Technology, Inc.
P.O. Box 700968, Dallas, Texas 75370, USA.

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It consists of a 34mm square format varistor element ( MOV) with an integral thermally activated element designed to open in the event of overheating due to abnormal over-voltage, limited current conditions as outlined in UL1449.

TMOV34S Thermally Protected Varistor – Littelfuse

The device has a third lead, an indicator lead, which may be used to indicate that the MOV has been disconnected from the circuit.

TMOV34S Thermally Protected Varistor - Littelfuse

The integrated configuration also offers lower inductance than most discreet solutions resulting in improved clamping performance to fast over voltage transients.

from Littelfuse