
The MCP79522 SPI RTCC is highly integrated with memory and advanced features normally found in higher priced devices. By starting with a basic real-time clock, digital trimming was added for higher accuracy, a battery switchover for backup power, a timestamp to log power failures and three types of memory, which includes SRAM, EEPROM and a unique ID in a locked section of EEPROM. This ID is preprogrammed with a 64-bit MAC Address, but it can also be ordered blank for the end user to program.
General purpose SPI RTCC with features that target low power, security & communications applications.Low Power Operation - VCC Min = 1.8V - Icc
Low Backup Power - VBAT Min = 1.3V - Ibat
Automatic Battery Switchover with Timestamp - VCC to VBAT (VCC Lost) - VBAT to VCC (VCC Restored)
Dual configurable alarms with a 0.01 sec count on one alarm - IRQ (VCC or VBAT)
Clock Out frequencies: 32.768, 8.192 & 4.096 KHz and 1 Hz
Digital Trimming Range from -255 to + 255 ppm in 1 ppm steps - Adjusts up to 22 seconds/day
EEPROM has 8 Bytes/Page with Block Sector write protection - Protect: None, 1/4, 1/2 or all of array
Factory standard MAC address programming or custom ID available
MCP79522 封装图
MCP79522 封装图
型号 | 制造商 | 描述 | 购买 |
---|---|---|---|
MCP79522-I/MS | Amphenol Aerospace | CONN HSG PLUG STRGHT 61POS PIN | 立即购买 |
MCP79522T-I/MS | Panasonic | 排阻/电阻网络 RA_0603X2 3KΩ ±5% ±200ppm/℃ | 立即购买 |
MCP79522T-I/MN | Panasonic | 排阻/电阻网络 0606 2.4KΩ ±5% ±200ppm/℃ | 立即购买 |
使用Microchip的MCP73871锂离子电池充电器集成电路,我们可以为锂离子电池供电的应用设计一个非常简单,高效的电池充电器解决方案。MCP73871锂离子电池充电器是一款单片IC,具有紧凑的尺寸和丰富的功能。
相较于内含MCU的混合式半数位电源控制的LEDDriver,MCP1633在价格上相对低廉许多,而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似,可以
存储,一个简单的词汇,却保存了对于我们而言十分重要的数据。往期存储相关文章中,小编对对象存储、文件存储、云存储均有所阐述。为增加大家对存储的认识,本文将对MCP存储器以及MCP存储器的应用发展予以
镍铬电极 三十多年来,PHOTONIS(前身为飞利浦光子学、伽利略和 Burle)在电子倍增器及相关产品方面始终保持着标准。今天,广泛的研发计划以及微通道板(MCP)技术无与伦比的专业知识继续提供
当前给定的MCP的概念为:MCP是在一个塑料封装外壳内,垂直堆叠大小不同的各类存储器或非存储器芯片,是一种一级单封装的混合技术,用此方法节约小巧印刷电路板PCB空间。
作者:算力魔方创始人/英特尔创新大使刘力很多读者反馈:通过 《用MCP将百度地图能力轻松接入DeepSeek》 和 《如何用DeepSeek+MCP实现AutoGLM沉思的能力?》 的实战,真真切切
相较于内含MCU的混合式半数位电源控制的LEDDriver,MCP1633在价格上相对低廉许多,而使用上也和DEPA系列的MCP19xxxLowsideMOSFETdriver也非常类似,可以
硅表征数据用于确定非线性传感器的特性。从该数据中得出一个描述传感器典型性能的方程式。确定方程的相应系数后,这些系数将用于计算典型传感器非线性的补偿。
MIC3223 | MC100EP57 | MJD128 | MC10EP90 |
MCP40D17 | MSP430FR5994 | MIC4468 | MC10E1651 |
MCP9600 | MCP1702 | MC14042B | MJ11016 |
MCP2025 | MC100E016 | MCP9904 | MSC1200Y2 |
MCP3918 | MIC2166 | MC100LVEP05 | MC74HCT4051A |
元器件业务:
0731-85350837
0731-85351037
PCB/SMT/PCBA业务:
0755-83688678
周一至周五(9:00-12:00 13:30-18:30)节假日除外
投诉电话:19925199461
微信公众平台
搜索:hqchip001
型号搜索订单查询