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This article mainly explains "what scenes FRAM is mainly used in." Interested friends may wish to have a look. The method introduced in this paper is simple, fast and practical. Let's let Xiaobian take you to learn "what scenes FRAM is mainly used in"!

FRAM is mainly used in RFID, portable medical devices, wearable devices, IOT devices and in-vehicle devices due to its advantages of long life and fast reading and writing speed.

1. Automotive: Demand for FRAM in the automotive industry is growing rapidly. With the widespread use of microcontrollers and sensors in vehicles, the demand for data storage in automotive electronic systems has risen rapidly. Smart airbags and advanced memory systems are already in high-end cars and will slowly enter the mass market over time. FRAM is now used in smart airbags, autonomous driving assistance systems (ADAS), navigation and infotainment systems, engine control units (ECUs), event data recorders (EDRs), powertrain systems, and battery management systems (BMS).

2. Metering: FRAM is the main memory used in power metering systems, due to its high durability, fast write and low energy consumption, FRAM quickly occupied the market in this field; with the increase in electronic equipment and storage data requirements, FRAM is widely used, FRAM can be used in common metering systems such as smart meters, water meters and gas meters.

Printer: Since printers need to frequently record data (such as pages, settings), ferroelectric memory chips are more suitable as storage units than EEPROM or FLASH due to their low power consumption and high reliability.

4. Industrial: Industrial equipment requires long-term technical support, some applications require up to 20 years, FRAM reliability is higher than EEPROM, write times are several orders of magnitude higher than other nonvolatile memory, so it is more ideal memory.

5. Wearable electronics and other energy-efficient devices: Electronic wearables require both lower overall energy consumption and higher reliability, so designers must increase functionality while reducing overall energy consumption to extend battery life. In addition, the complexity of embedded software requires more memory, which further increases power consumption.

6. Medical: Because FRAM has strong anti-interference to various rays, many medical industries need to sterilize by radiation, EEPOM is prone to data loss due to radiation exposure, and FRAM can solve this problem well.

At this point, I believe everyone has a deeper understanding of "what scenes FRAM is mainly used in." Let's do it in practice! Here is the website, more related content can enter the relevant channels for inquiry, pay attention to us, continue to learn!

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