The ZON™ P5S/P5SL (CXEP2346) are very low-power poly- and single-phase metering systems-on-chips (SoCs) that comprise a 20MHz MAXQ30 MPU core, realtime clock (RTC) with digital temperature compensati

发布时间：2020-04-06 09:43:38 浏览次数：697 作者：嘉泰姆

摘要：The ZON™ P5S/P5SL (CXEP2346) are very low-power poly- and single-phase metering systems-on-chips (SoCs) that comprise a 20MHz MAXQ30 MPU core, realtime clock (RTC) with digital temperature compensati

The ZON P5S/P5SL and ZON M5S/M5SL SoCs support optional interfaces to the CXEP2340 series of isolated remote sensors that offer BOM cost reduction and enhanced reliability. The devices feature low-power operation in active and battery modes, 48KB RAM, and 256KB or 512KB of flash memory, programmable with code and/or data during meter operation.The ZON™ P5S/P5SL (CXEP2346) are very low-power poly- and single-phase metering systems-on-chips (SoCs) that comprise a 20MHz MAXQ30 MPU core, realtime clock (RTC) with digital temperature compensation, flash memory, LCD drivers and a single-cycle 32 x 32 multiplier (MAC). Seven (ZON P5S/P5SL) or four (ZON M5S/M5SL) analog inputs with individual 24-bit delta-sigma ADCs, digital metrology temperature compensation, a precision voltage reference, a 32-bit computation engine (CE) with four pulse outputs, and security engines implementing AES and DES encryption support a wide range of smart metering applications with very few external components.A complete array of code development tools, demonstration code, and reference designs enable rapid development and certification of meters that meet all ANSI, IEC, and BIS electricity metering standards worldwide.
wfv嘉泰姆

产品特点 返回TOPwfv嘉泰姆

● Dual-core Architecture for Maximum Performance and Flexibility in 128-Pin LQFP
wfv嘉泰姆

• 32-Bit MAXQ30 MPU Core with 256/512KB Flash, 32KB Data NV-RAM (Shared with CE Data RAM), Up to 20MHz wfv嘉泰姆

• 32-Bit Computing Engine (CE) with Separate 16KB Program and Data RAM, 40MHz, and Single-Cycle 64-Bit MAC.wfv嘉泰姆

● Low Power Consumption Supports Low BOM Cost wfv嘉泰姆

• Less than 13.7mA (typ) Consumption at 3.3V and 20MHz in Active Mode wfv嘉泰姆

• < 3μA in RTC Compensation Mode, 2.3μA in SLP Mode wfv嘉泰姆

• 2.7V to 3.6V Operating Voltage wfv嘉泰姆

● Advanced AFE with Exceptional Accuracy and Temperature Stability Supports a Broad Range of Applications, Including High-End Meters wfv嘉泰姆

• Voltage Reference Temperature Coefficient (max) 40ppm/°C wfv嘉泰姆

• RTC with Dedicated Temperature Compensation Circuit wfv嘉泰姆

• On-Chip Digital Temperature Sensor and Battery Monitor wfv嘉泰姆

• 24-Bit 2nd Order Delta-Digma ADCs with Differential Inputs Supporting CTs, Rogowski Coils and Both Single and Dual Input Remote Sensor Interface SoCs with Shunts (71M6xx3 or CXEP2340) wfv嘉泰姆

• Configurable Sampling Rate Up to 10ksps/Channel wfv嘉泰姆

• ±0.1% Wh Accuracy Over 5000:1 Current Range wfv嘉泰姆

• 40Hz–70Hz Line Frequency Range and Phase Compensation (±10°) wfv嘉泰姆

● Highly Integrated Product Features and Flexible Peripherals Support Broad Application Needs wfv嘉泰姆

• Single 32kHz Crystal Provides All Operating Clocks wfv嘉泰姆

• Low-Power 5ksps Auxiliary ADC for Environmental Monitoring wfv嘉泰姆

• Two PWM Control Channels with Programmable Frequency, Duty Cycle, and Ramp Time wfv嘉泰姆

• Two Touch Sensor Switch Inputs wfv嘉泰姆

• SPI and I2C Master and Slave wfv嘉泰姆

• Security Engines (3DES, AES) wfv嘉泰姆

• 5 Timers wfv嘉泰姆

• Single-Cycle 32 x 32 MAC Unit wfv嘉泰姆

• 4x 40/6x 38/8x 36 LCDs with Autopaging wfv嘉泰姆

• 5 UARTs, 1 with 38kHz IR Encoder/Decoder), Two Compliant with ISO 7816wfv嘉泰姆

应用范围 返回TOPwfv嘉泰姆

wfv嘉泰姆

● Smart Meters wfv嘉泰姆

● Secure Meters wfv嘉泰姆

● Energy Monitoringwfv嘉泰姆

技术规格书（产品PDF) 返回TOP wfv嘉泰姆

需要详细的PDF规格书请扫一扫微信联系我们，还可以获得免费样品以及技术支持</span>！</span>
wfv嘉泰姆

wfv嘉泰姆

产品封装图 返回TOPwfv嘉泰姆

wfv嘉泰姆

电路原理图 返回TOPwfv嘉泰姆

wfv嘉泰姆

相关芯片选择指南返回TOP 更多同类产品......

wfv嘉泰姆

Electricity Metering ICswfv嘉泰姆
Part Numberwfv嘉泰姆	Phasewfv嘉泰姆	Internal wfv嘉泰姆 Flash(KB)wfv嘉泰姆	Internal wfv嘉泰姆 RAM(KB)wfv嘉泰姆	Analog Inputwfv嘉泰姆	Sensor Inputs (Current+Voltage)wfv嘉泰姆	MCU MIPSwfv嘉泰姆	RTCwfv嘉泰姆	LCD Driverwfv嘉泰姆 Pixels(max)wfv嘉泰姆	GPIOwfv嘉泰姆	UARTswfv嘉泰姆
CXEP2324wfv嘉泰姆	3Pwfv嘉泰姆
CXEP2325wfv嘉泰姆	3Pwfv嘉泰姆
CXEP2326wfv嘉泰姆	1Pwfv嘉泰姆
CXEP2327wfv嘉泰姆	3Pwfv嘉泰姆
CXEP2328wfv嘉泰姆	1Pwfv嘉泰姆	64wfv嘉泰姆	7wfv嘉泰姆	Singleendwfv嘉泰姆	2SE + 1wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	128 (32x4)wfv嘉泰姆	12wfv嘉泰姆	2wfv嘉泰姆
CXEP2328Awfv嘉泰姆	1Pwfv嘉泰姆	64wfv嘉泰姆	7wfv嘉泰姆	Singleendwfv嘉泰姆	2SE + 1wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	128 (32x4)wfv嘉泰姆	12wfv嘉泰姆	2wfv嘉泰姆
CXEP2329wfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	7wfv嘉泰姆	Singleendwfv嘉泰姆	3SE + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	168 (42x4)wfv嘉泰姆	22wfv嘉泰姆	2wfv嘉泰姆
CXEP2329Awfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	7wfv嘉泰姆	Singleendwfv嘉泰姆	3SE + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	168 (42x4)wfv嘉泰姆	22wfv嘉泰姆	2wfv嘉泰姆
CXEP2330wfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	7wfv嘉泰姆	Singleendwfv嘉泰姆	3SE + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆		8wfv嘉泰姆	1wfv嘉泰姆
CXEP2331Awfv嘉泰姆	1P/2Pwfv嘉泰姆	128wfv嘉泰姆	4wfv嘉泰姆	Singleendwfv嘉泰姆	2SE + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	156 (39x4)wfv嘉泰姆	22wfv嘉泰姆	2wfv嘉泰姆
CXEP2331Bwfv嘉泰姆	1P/2Pwfv嘉泰姆	256wfv嘉泰姆	4wfv嘉泰姆	Singleendwfv嘉泰姆	2SE + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	156 (39x4)wfv嘉泰姆	22wfv嘉泰姆	2wfv嘉泰姆
CXEP2332Awfv嘉泰姆	1P/2Pwfv嘉泰姆	128wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	268 (67x4)wfv嘉泰姆	43wfv嘉泰姆	2wfv嘉泰姆
CXEP2332Bwfv嘉泰姆	1P/2Pwfv嘉泰姆	256wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	268 (67x4)wfv嘉泰姆	43wfv嘉泰姆	2wfv嘉泰姆
CXEP2333Awfv嘉泰姆	3Pwfv嘉泰姆	128wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	228 (57x4)wfv嘉泰姆	39wfv嘉泰姆	2wfv嘉泰姆
CXEP2333Bwfv嘉泰姆	3Pwfv嘉泰姆	128wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	228 (57x4)wfv嘉泰姆	39wfv嘉泰姆	2wfv嘉泰姆
CXEP2334Awfv嘉泰姆	3Pwfv嘉泰姆	128wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	300 (75x4)wfv嘉泰姆	52wfv嘉泰姆	2wfv嘉泰姆
CXEP2334Bwfv嘉泰姆	3Pwfv嘉泰姆	256wfv嘉泰姆	4wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	300 (75x4)wfv嘉泰姆	52wfv嘉泰姆	2wfv嘉泰姆
CXEP2335Awfv嘉泰姆	1Pwfv嘉泰姆	32wfv嘉泰姆	3wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 1wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	222 (37x6)wfv嘉泰姆	30wfv嘉泰姆	2wfv嘉泰姆
CXEP2335Bwfv嘉泰姆	1Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 1wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	222 (37x6)wfv嘉泰姆	30wfv嘉泰姆	2wfv嘉泰姆
CXEP2335Cwfv嘉泰姆	1Pwfv嘉泰姆	128wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 1wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	222 (37x6)wfv嘉泰姆	30wfv嘉泰姆	2wfv嘉泰姆
CXEP2336Awfv嘉泰姆	1P/2Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2336Bwfv嘉泰姆	1P/2Pwfv嘉泰姆	128wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2337Awfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2337Bwfv嘉泰姆	3Pwfv嘉泰姆	128wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2337Cwfv嘉泰姆	3Pwfv嘉泰姆	128wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2337Dwfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆	336 (56x6)wfv嘉泰姆	51wfv嘉泰姆	2wfv嘉泰姆
CXEP2338Awfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆		29wfv嘉泰姆	1wfv嘉泰姆
CXEP2338Bwfv嘉泰姆	3Pwfv嘉泰姆	64wfv嘉泰姆	5wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3wfv嘉泰姆	5wfv嘉泰姆	Yeswfv嘉泰姆		29wfv嘉泰姆	1wfv嘉泰姆
CXEP2339wfv嘉泰姆	1Pwfv嘉泰姆
CXEP2340wfv嘉泰姆	1P ,3Pwfv嘉泰姆	0wfv嘉泰姆	0wfv嘉泰姆	Differentialwfv嘉泰姆	2Dwfv嘉泰姆			300(50x6)wfv嘉泰姆	70wfv嘉泰姆	0wfv嘉泰姆
CXEP2341wfv嘉泰姆	1P/2Pwfv嘉泰姆	64wfv嘉泰姆	8wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	156(39x4) wfv嘉泰姆 190(38X5)wfv嘉泰姆 222(37x6)wfv嘉泰姆	39wfv嘉泰姆	3wfv嘉泰姆
CXEP2342wfv嘉泰姆	1P/2Pwfv嘉泰姆	128wfv嘉泰姆	8wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	10wfv嘉泰姆	Yeswfv嘉泰姆	156(39x4) wfv嘉泰姆 190(38X5)wfv嘉泰姆 222(37x6)wfv嘉泰姆	39wfv嘉泰姆	3wfv嘉泰姆
CXEP2343wfv嘉泰姆	1Pwfv嘉泰姆	256wfv嘉泰姆	48wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3SEwfv嘉泰姆	20wfv嘉泰姆	Yeswfv嘉泰姆	160(40x4) wfv嘉泰姆 228(38x6)wfv嘉泰姆 288(36x8)wfv嘉泰姆	88wfv嘉泰姆	5wfv嘉泰姆
CXEP2344wfv嘉泰姆	1Pwfv嘉泰姆	512wfv嘉泰姆	48wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3SEwfv嘉泰姆	20wfv嘉泰姆	Yeswfv嘉泰姆	160(40x4) wfv嘉泰姆 228(38x6) wfv嘉泰姆 288(36x8)wfv嘉泰姆	88wfv嘉泰姆	5wfv嘉泰姆
CXEP2346wfv嘉泰姆	3Pwfv嘉泰姆	256wfv嘉泰姆	48wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3SEwfv嘉泰姆	20wfv嘉泰姆	Yeswfv嘉泰姆	160(40x4)wfv嘉泰姆 228(38x6)wfv嘉泰姆 288(36x8)wfv嘉泰姆	88wfv嘉泰姆	5wfv嘉泰姆
CXEP2346wfv嘉泰姆	3Pwfv嘉泰姆	512wfv嘉泰姆	48wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3SEwfv嘉泰姆	20wfv嘉泰姆	Yeswfv嘉泰姆	160(40x4) wfv嘉泰姆 228(38x6) wfv嘉泰姆 288(36x8)wfv嘉泰姆	88wfv嘉泰姆	5wfv嘉泰姆
CXEP2347wfv嘉泰姆	1P wfv嘉泰姆 1P/2Pwfv嘉泰姆	1024wfv嘉泰姆	128wfv嘉泰姆	Differentialwfv嘉泰姆	2D + 2wfv嘉泰姆	54wfv嘉泰姆	Yeswfv嘉泰姆	300(50x6)wfv嘉泰姆	70wfv嘉泰姆	7wfv嘉泰姆
CXEP2348wfv嘉泰姆	3Pwfv嘉泰姆	1024wfv嘉泰姆	128wfv嘉泰姆	Differentialwfv嘉泰姆	4D + 3SEwfv嘉泰姆	54wfv嘉泰姆	Yeswfv嘉泰姆	300(50x6)wfv嘉泰姆	70wfv嘉泰姆	8wfv嘉泰姆

wfv嘉泰姆

文章标签

暂无标签

上一篇： The ZON P5S/P5SL and ZON M5S/M5SL SoCs support optional interfaces to the CXEP2340 series of isolated remote sensors that offer BOM cost reduction and enhanced reliability. The devices feature low-po

下一篇： The CXEP2347 is a low-power, single-phase energy measurement system-on-chip (SoC), and the CXEP2348 is a low-power polyphase energy measurement SoC. Based on an ARM Cortex-M3 core, the devices can run

相关推荐

暂无相关推荐

发表评论

共有条评论

用户名: 密码:

验证码: 匿名发表

最新信息

热门信息

推荐信息

头条信息

The ZON™ P5S/P5SL (CXEP2346) are very low-power poly- and single-phase metering systems-on-chips (SoCs) that comprise a 20MHz MAXQ30 MPU core, realtime clock (RTC) with digital temperature compensati

目录

相关芯片选择指南返回TOP 更多同类产品......

文章标签

发表评论

关注我们

最新信息

热门信息

推荐信息

头条信息

The ZON™ P5S/P5SL (CXEP2346) are very low-power poly- and single-phase metering systems-on-chips (SoCs) that comprise a 20MHz MAXQ30 MPU core, realtime clock (RTC) with digital temperature compensati

目录

相关芯片选择指南 返回TOP 更多同类产品......

文章标签

相关推荐

发表评论

关注我们

相关芯片选择指南返回TOP 更多同类产品......