max31826The Max31826 is a digital temperature sensor that uses 1-Wire bus communication to communicate with the central micro-controller. It provides 12-bit temperature measurement with an accuracy of up to +/-0.5 °C. The sensor has an operating temperature range of-55 ° C to +125 ° C, and an accuracy of up to +0.5 °C from-10 ° C to +85 ° C. In addition, the Max31826 could be powered directly by the data cable without the need for an external power supply. It also has a 128-Byte lockable threw, which prevents further data from being written. The Max31826 is suitable for industrial systems, building automations, consumer equipment, and system calibration-related applications.
max312The MAX312 is a four-way, single-pole/single-throw (SPST) switch. It has a low on-resistance (10 Ohms maximum) and an on-resistance matching of 1.5 Ohms between channels. This switch has the same electrical conductivity in both directions and has a low leakage current (2.5nA at +85 ° C). Max312 is suitable for single supply range of +4.5V to +30V or dual supply range of +4.5V to +20V. Its power consumption is low, and its withstanding performance is greater than 2000V. The Max312 can be ordered from either the company or Maxim Integrated.
max233The Maxim233 is a +5V multi-channel rs-232 driver/receiver. It belongs to the line driver/receiver series of the Maxim220-Maxim249 series, designed for use with the CIA/TIA232E and V.28/V.24 communication interface. It is especially suitable for applications that cannot provide a power supply of 12V. The Maxim233 does not require external components and is recommended for applications with limited printed circuit board area. The chip was designed by Maxim Corporation. It was powered by a single +5V power supply and was suitable for battery-powered systems. It has a low-power shut down mode, and the power consumption can be reduced to less than 5uW. The detailed functions and typical application circuits of the Maxim233 can be found in the relevant data sheets and product information.
max32The Max32 is a micro-controller board based on the Microchip PIC32MX795F512L, belonging to the 32-bit PIC32 series of micro-controllers. The MAX32 has the same form size as the Arduino TMMmegaboard and is compatible with many Arduino expansion boards, as well as larger expansion boards for Megaboards. As for the specific functions and features of the Max32, the given information did not provide a detailed introduction, so it was impossible to give a specific answer.
max333The Max333 is a precision 4-way SPMDT, complementary metal-gate-element (ADC) circuit chip. It has four independent switches and can operate from a bi-polar power supply range of +4.5V to +20V or a single-ended power supply range of +10V to +30V. The Max333 has a low on-resistance and a matching range between channels while maintaining stability within the range of the simulated signal. The chip also provided a switch function to turn off the subsequent switch. The Max333 is available in a variety of packaging forms, such as TSSOP, DIP, and SOIP. The detailed information about the A. I. Chip could be found in the relevant data manual.
Max333We can get the Chinese information about the Max333. The Max333 was an analogy switch chip produced by Maxim Integrated. It had four channels and a single pole dual pole function. The chip came in a variety of packaging forms, such as DIP-20 and SOic-20, and had different parameters and functional definition. According to the data sheet, the Max333's operating voltage range was 10V to 30V, and the resistance was 45Ohms, suitable for precise applications. However, the specific functions and parameters needed to be referred to in the relevant data sheet.
Max9122Max9122 was a domestic chip with excellent performance and wide application prospects. The chip had made great progress in the Chinese chip field and was highly favored. The max9122 domestic chip has a high-precision current output capability and is suitable for a variety of application scenarios, especially for applications that require high data rates, low power consumption, and low noise. The chip also played a key role in the safety and reliability of the car's electronic system. However, the search results did not include the specific technical specifications, manufacturer, and other details of the Max9122.
Max488The MAX488 was a domestic communication interface chip. As an excellent representative of China's manufacturing, it had demonstrated its strong strength in the field of communication interface chips. The domestic manufacturers continued to make progress in technology research and development, production technology, and market applications. It was believed that the domestic Max488 chip would achieve even more brilliant achievements in the future and win more honors for Chinese manufacturing. The MIX488 chip has low power consumption, a single +5V power supply, overload protection for the driver, and no need for external components. It is widely used in scenarios that meet the RS-422/rs-485 communication standards. The pin arrangement of the MIX488 chip was in an 8-pin dual in-line package. In addition, the MAX488 also had a limited slew rate driver that reduced electromagnetic interference, reduced reflections, and achieved error-free data transmission of up to 250 kbit/s.
Fragrance of Fragrance Culture and ScholarsFragrance culture is an important part of Chinese traditional culture. In the incense culture, incense was closely related to literati. Fragrance was not only an artistic and aesthetic expression, but also a spiritual and religious experience.
In ancient times, scholars often used incense to express their feelings and thoughts. The production and wearing of incense was not only a kind of decoration, but also a symbol of status and taste. Scholars often used incense to burn incense, light incense, and smell incense to achieve the purpose of purifying the body and mind, relieving stress, and improving the spiritual realm.
There were many types of incense in the incense culture, including incense tools, incense props, incense mats, incense paths, and so on. The making and wearing of incense was not only a work of art, but also a tedious craftsmanship. When making and wearing incense, scholars not only paid attention to the appearance and craftsmanship of the incense, but also paid attention to the meaning and meaning of the incense.
The relationship between incense and literati in incense culture was not only reflected in the production and wearing of incense, but also in the literati's understanding and experience of incense. Scholars used incense to express their feelings and thoughts, and through incense, they conveyed their thoughts and feelings. The relationship between incense culture and literati was complementary. While literati enjoyed the beauty of incense, they could also feel the spiritual experience and cultural charm brought by incense.