Cypress Semiconductor, a leader in the touch sensing market, today announced that luxury car manufacturer BMW has selected its CapSense® capacitive touch solution for its BMW 5, 6 and 7 series, as well as 5GT, X5 and X6 infotainment systems. Program.
The infotainment system's Kanban includes Cypress's CapSense CY8C21534 chip, which is compliant with the AEC-Q100 standard. The AEC-Q100 standard ensures that components meet stringent automotive quality system standards. Each control panel has six to eight numbered mechanical buttons that can be programmed to the task function selected by the driver. The user can display the programmed function by simply touching the button and then pressing the mechanical button to activate it. The console can perform three operations, including navigation system, AM/FM radio, and hands-free phone communication.
Cypress's automotive-grade CapSense devices are available in Class A (-40C to 85C) and Class E (-40C to 125C). Other competing products usually do not have Class E. Automotive-class CapSense makes the appealing, feature-rich interface possible with durability that is significantly superior to mechanical buttons and sliders. In addition, industry-leading reliability, noise immunity and water resistance make it an excellent performance in harsh automotive environments. The CapSense proximity sensing has a detection range of up to 25 cm, enabling activation only when needed, reducing energy consumption. This family of devices is ideal for in-vehicle applications such as audio, navigation, air conditioning control and lighting control, as well as for off-board applications such as trunk opening and passive keyless entry.
"We are very pleased that the luxury brand BMW can adopt our leading capacitive touch interface. CapSense can make the interior design more stylish and more powerful," we expect. Capacitors are expected to use Capacitor. The trend of touch technology continues."
About CapSense
Cypress's CapSense touch-sensing solution has replaced 3.5 billion mechanical buttons, including mobile phones, notebooks, consumer electronics, white goods, automotive applications and much more with mechanical buttons or switches. This makes Cypress a leader in touch sensing. CapSense is the industry's most selective and integrated product line, enhancing industrial design and reliability with its superior noise and water-resistant capacitive touch interface. CapSense proximity sensing enables an industry-leading 25 cm sensing distance, which can be used to activate an interface only when necessary to save power; at the same time, it can be improved by exposing only one interface when necessary Industrial design. With the PSoC Programmable System-on-Chip architecture and PSoC DesignerTM embedded design tools, users can quickly and easily implement CapSense designs with pre-configured and validated “user modules†and real-time sensor tuning and monitoring.
About Cypress Cypress offers high-performance, mixed-signal, programmable solutions that accelerate the time-to-market of customer products and deliver outstanding system value. Cypress's products include the flagship PSoC® Programmable System-on-Chip System and its derivatives, such as PowerPSoC® for high voltage and LED lighting, CapSense® for touch sensing, and TrueTouch for touch screens. TM solution. Cypress is a global leader in USB controllers, including high-performance West Bridge® solutions that enhance the connectivity and performance of multimedia handsets. Cypress is also a leading supplier of high performance memory and programmable timing devices. Cypress products are used in a variety of applications, including consumer electronics, mobile phones, computing, data communications, automotive, industrial and military. Cypress shares are traded on the Nasdaq Global Select Market under the ticker symbol CY.
Monocrystalline silicon is an infrared material with excellent comprehensive cost performance. It can be divided into transmission grade and mirror grade. As a transmission grade material, optical grade Czochralski silicon (OCZ SI) is widely used in the mid infrared (1-6um) band, with an infrared transmittance of more than 50%. Zone fused monocrystalline silicon can be used in wider band (1-14um), and high-purity zone fused monocrystalline silicon (hpfz SI) can even be used in far-infrared band (greater than 30um).
Silicon single crystal is also an excellent laser mirror material. Compared with other mirror materials such as copper and molybdenum, silicon single crystal is the preferred substrate material for CO2 laser mirror because of its good thermal conductivity, excellent thermal stability, low coefficient of thermal expansion, relatively low density, low cost and easy precision processing.
Silicon Window
Hanzhong Hengpu Photoelectric Technology Co.,Ltd , https://www.hplenses.com