Italiano

TDK introduces a new gold-wire-bonded optional NTC thermistor for laser diode temperature measurement

208
2023-09-08 14:25:05
Vedi traduzione

TDK Corporation (TSE: 6762) announced the introduction of the new NTCWS series of NTC thermistors with gold wire bonding. These bonding NTC thermistors can be installed in packages via gold wire bonding to enable high precision temperature detection of laser diodes (LD) for optical communication. The series will begin mass production in September 2023.

The use of LD devices in optical communication transceivers is increasing, represented by 5G and LiDAR for distance measurement between vehicles. Since the wavelength of LD varies with temperature, controlling the temperature of LD is the key to improve its performance.

TDK's new NTCWS series temperature sensors support narrow tolerances (± 1%) of resistance and B values, and can be mounted near the LD using a gold wire joint for high precision temperature sensing. The NTCWS series thermistors have a compact, lead-free design and can withstand operating temperatures from -40 to 125 °C. TDK has initially released sensors with a B value of 3930 K ± 1% (NTCWS3UF103FC1GT and NTCWS3UF103HC1GT) and plans to release more products with additional features in the future.

TDK is committed to improving temperature sensor products for industrial and automotive applications and will continue to expand its NTC thermistor portfolio to meet market demand.

Main application
LD temperature sensing for optical communication transceivers and liDAR
Main features and advantages
Supports gold wire bonding that can be installed inside the LD package
Narrow tolerance for resistance and B values (± 1%)

About TDK Corporation
TDK Corporation is a global leader in electronic solutions for the intelligent society, headquartered in Tokyo, Japan. Based on a mastery of materials science, TDK is firmly at the forefront of technological developments and deliberately "attracts tomorrow" to embrace social change. 
The company was founded in 1935 to commercialize ferrite, a key material in electronic and magnetic products. TDK's comprehensive, innovation-driven product portfolio includes passive components such as ceramic, aluminum electrolytic and thin-film capacitors, as well as magnetic, high-frequency, piezoelectric and protective devices. The product range also includes sensors and sensor systems, such as temperature and pressure, magnetic and MEMS sensors. In addition, TDK also provides power and energy devices, magnetic heads, etc. 

These products are marketed under the TDK, EPCOS, InvenSense, Micronas, Tronics and TDK-Lambda product brands. TDK focuses on high-demand markets in the automotive, industrial and consumer electronics, and information and communications technology sectors. The company has a network of design and manufacturing locations and sales offices in Asia, Europe, and North and South America. In fiscal year 2023, TDK had total sales of $16.1 billion and employs approximately 103,000 people worldwide.

Source: Laser Network

Raccomandazioni correlate
  • New photon avalanche nanoparticles may usher in the next generation of optical computers

    A research team led by Lawrence Berkeley National Laboratory (Berkeley Lab), Columbia University, and Autonomous University of Madrid has successfully developed a novel optical computing material using photon avalanche nanoparticles. This breakthrough achievement was recently published in the journal Nature Photonics, paving the way for the manufacture of optical memory and transistors at the nano...

    02-28
    Vedi traduzione
  • Scientists achieve extremely short laser pulses with a peak power of 6 terawatts

    RIKEN's two physicists have achieved extremely short laser pulses with a peak power of 6 terawatts (6 trillion watts) - roughly equivalent to the power generated by 6000 nuclear power plants. This achievement will contribute to the further development of attosecond lasers, for which three researchers were awarded the Nobel Prize in Physics in 2023. This study was published in the journal Nature Ph...

    2024-04-22
    Vedi traduzione
  • Entangled photon pairs generated by quantum light sources can be used for quantum computing and cryptography

    A new device composed of semiconductor rings generates pairs of entangled photons, which can be used in photon quantum processors.Quantum light sources generate entangled photon pairs, which can be used in quantum computing and cryptography. A new experiment has demonstrated a quantum light source made from semiconductor gallium nitride. This material provides a multifunctional platform for devic...

    2024-03-30
    Vedi traduzione
  • Using Topological Photon Chips to Uncover the Secrets of Open Systems

    Conservation of energy is a fundamental concept in physics that can be used to explain anything from planetary orbits to the internal workings of individual atoms.Energy can be converted into other forms, but the overall energy level is usually considered to vary over time. Therefore, when attempting to describe a system, physicists usually pay attention to ensuring that it is isolated from the su...

    2024-02-02
    Vedi traduzione
  • Optimizing the phase focusing of laser accelerators

    With the help of on-chip accelerator technology, researchers at Stanford University are getting closer to manufacturing a miniature electron accelerator that can have various applications in industrial, medical, and physical research.Scientists have proven that silicon dielectric laser accelerators can now be used to accelerate and limit electrons, thereby producing concentrated high-energy electr...

    2024-02-29
    Vedi traduzione