产品信息查询
产品 技术 新闻 资料
首页 > 产品中心 > MCU存储ADC时钟数据线 > MCU > 电能计量专用电路 >CXEP2331A CXEP2331B四个传感器输入采用32kHz的晶体时基为RAM和RTC提供内部电池备份支持2线3线和4线单相和双相住宅计量以及篡改检测机制两个电流通道和两个单端电压输入提供单端输入两个差分电流输入和三个单端电压输入
CXEP2331A CXEP2331B四个传感器输入采用32kHz的晶体时基为RAM和RTC提供内部电池备份支持2线3线和4线单相和双相住宅计量以及篡改检测机制两个电流通道和两个单端电压输入提供单端输入两个差分电流输入和三个单端电压输入
20

CXEP2331A 整个系统采用32kHz的晶体时基,并为RAM和RTC提供内部电池备份支持,进一步降低了系统成本。该集成电路支持2线、3线和4线单相和双相住宅计量以及篡改检测机制。CXEP2331为两个电流通道和两个单端电压输入提供单端输入。CXEP2331有两个差分电流输入和三个单端电压输入。CXEP2331/32是高度集成的SoC设备,具有MPU核、RTC、闪存和LCD驱动器。专利的单转换器技术具有22位delta-sigma ADC、4个模拟输入、数字温度补偿、精确电压基准、电池电压监视器和32位计算引擎(CE),支持多种住宅计量应用,很少有低成本的外部组件。最大的设计灵活性是由多个UART、I2C,多达21个DIO管脚和系统内可编程闪存,可在运行中使用数据或应用程序代码进行更新。一整套ICE和开发工具、编程库和参考设计使符合全球电力计量标准的分时、自动抄表和预付费电表得以快速开发和认证。

在2000:1电流范围内,Wh精度<0.1%
超过IEC62053/ANSI C12.20标准
四个传感器输入
低抖动Wh和VARh加上两个附加脉冲测试输出(总共4个,最大10 kHz),脉冲计数
四象限计量
篡改检测(CT、Rogowski或分路中性电流、磁篡改输入)
RTC的线路频率计数
数字温度补偿
相位A和B的弧垂检测
独立的32位计算引擎
具有相同校准的46-64 Hz线频率范围。相位补偿(7度)
三种电池模式,带计时器或按钮唤醒:无电模式(52μA典型)、LCD模式(21μA典型、DAC激活)睡眠模式(0.7μA典型)
电网断电时的能量显示
在3.3 V、MPU时钟频率614 kHz时,39 mW典型功耗
具有3360 Hz或2520 Hz采样率的22位增量西格玛ADC
·8位MPU(80515),每条指令1个时钟周期,最大10 MHz,带集成ICE进行调试
带时钟速率调整寄存器的TOU功能的RTC
硬件看门狗定时器、电源故障监视器
带4个公共段驱动程序的LCD驱动程序:高达156(CXEP2331A/B)或268像素(CXEP2331A/B)
最多22个(CXEP2331A/B)或43个(CXEP2331A/B)通用I/O引脚。与5 V输入兼容的数字I/O引脚
32 kHz时基
高速从SPI接口到数据RAM
两个用于IR和AMR的uart,带调制的IR驱动器
带安全和系统内程序更新的闪存:128 KB(CXEP2331A/32A)256 KB(CXEP2331B/32B)
4kb微处理器x内存
工业温度范围
用于CXEP2331A/B的68针QFN封装可兼容,用于CXEP2331A/B的100针LQFP封装,无铅

CXEP2331A CXEP2331B四个传感器输入采用32kHz的晶体时基为RAM和RTC提供内部电池备份支持2线3线和4线单相和双相住宅计量以及篡改检测机制两个电流通道和两个单端电压输入提供单端输入两个差分电流输入和三个单端电压输入
产品手册
样品申请

样品申请

产品简介

目录

1.产品概述       2.产品特点     PJX嘉泰姆

3.应用范围       4.技术规格书下载(PDF文档)PJX嘉泰姆

5.产品封装       6.电路原理图  PJX嘉泰姆

7.相关产品PJX嘉泰姆

   产品概述 返回TOPPJX嘉泰姆


A 32kHz crystal time base for the entire system and internal battery-backup support for RAM and RTC further reduce system cost. The IC supports 2-wire, 3-wire, and 4-wire single-phase and dual-phase residential metering along with tamper-detection mechanisms. The CXEP2331 offers single-ended inputs for two current channels and two single-ended voltage inputs. The CXEP2331 have two differential current inputs and three single-ended voltage inputs.The CXEP2331/32 are highly integrated SoC devices with an MPU core, RTC, flash, and LCD driver. The patented Single Converter Technology with a 22-bit, delta-sigma ADC; four analog inputs; digital temperature compensation; precision voltage reference; battery voltage monitor; and 32-bit computation engine (CE) supports a wide range of residential metering applications with very few low-cost external components.Maximum design flexibility is provided by multiple UARTs, I2C, up to 21 DIO pins, and in-system programmable flash memory, which can be updated with data or application code in operation.  A complete array of ICE and development tools, programming libraries, and reference designs enable rapid development and certification of TOU, AMR, and prepay meters that comply with worldwide electricity metering standards.

   产品特点 返回TOPPJX嘉泰姆


 Wh accuracy < 0.1% over 2000:1 current range PJX嘉泰姆

 Exceeds IEC62053/ANSI C12.20 standards PJX嘉泰姆

 Four sensor inputs PJX嘉泰姆

 Low-jitter Wh and VARh plus two additional pulse test outputs (4 total, 10 kHz maximum) with pulse count PJX嘉泰姆

 Four-quadrant metering PJX嘉泰姆

 Tamper detection (Neutral current with CT, Rogowski or shunt, magnetic tamper input) PJX嘉泰姆

 Line frequency count for RTC PJX嘉泰姆

 Digital temperature compensation PJX嘉泰姆

 Sag detection for phase A and B PJX嘉泰姆

 Independent 32-bit compute engine PJX嘉泰姆

 46-64 Hz line frequency range with same calibration. Phase compensation ( 7) PJX嘉泰姆

 Three battery modes with wake-up on timer or push-button: BROWNOUT Mode (52 μA typ.) LCD Mode (21 μA typ., DAC active) SLEEP Mode (0.7 μA typ.) PJX嘉泰姆

 Energy display during mains power failure PJX嘉泰姆

 39 mW typical consumption @ 3.3 V, MPU clock frequency 614 kHz PJX嘉泰姆

 22-bit delta-sigma ADC with 3360 Hz or 2520 Hz sample rate PJX嘉泰姆

 8-bit MPU (80515),1 clock cycle per instruction, 10 MHz maximum, with integrated ICE for debug PJX嘉泰姆

 RTC for TOU functions with clock-rate adjust register PJX嘉泰姆

 Hardware watchdog timer, power fail monitor PJX嘉泰姆

 LCD driver with 4 common segment drivers: Up to 156 (CXEP2331A/B) or 268 pixels (CXEP2331A/B) PJX嘉泰姆

 Up to 22 (CXEP2331A/B) or 43 (CXEP2331A/B) general-purpose I/O pins. Digital I/O pins compatible with 5 V inputs PJX嘉泰姆

 32 kHz time base PJX嘉泰姆

 High-speed slave SPI interface to data RAM PJX嘉泰姆

 Two UARTs for IR and AMR, IR driver with modulation PJX嘉泰姆

 FLASH memory with security and in-system program update: 128 KB (CXEP2331A/32A) 256 KB (CXEP2331B/32B) PJX嘉泰姆

 4 KB MPU XRAM PJX嘉泰姆

 Industrial temperature range PJX嘉泰姆

 68-pin QFN package for CXEP2331A/B pincompatible , 100-pin LQFP package for CXEP2331A/B, lead freePJX嘉泰姆

   应用范围 返回TOPPJX嘉泰姆


High-End Residential Meters, AMR/AMI, and TOUPJX嘉泰姆

Industrial, Commercial, and Grid MetersPJX嘉泰姆

   技术规格书(产品PDF) 返回TOP PJX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PJX嘉泰姆

 QQ截图20160419174301.jpgPJX嘉泰姆

产品封装图 返回TOPPJX嘉泰姆


image.pngPJX嘉泰姆

电路原理图 返回TOPPJX嘉泰姆


image.pngPJX嘉泰姆

相关芯片选择指南 返回TOP                      更多同类产品......


Electricity Metering ICsPJX嘉泰姆

Part NumberPJX嘉泰姆

PhasePJX嘉泰姆

Internal PJX嘉泰姆

Flash(KB)PJX嘉泰姆

Internal PJX嘉泰姆

RAM(KB)PJX嘉泰姆

Analog InputPJX嘉泰姆

Sensor Inputs   (Current+Voltage)PJX嘉泰姆

MCU MIPSPJX嘉泰姆

RTCPJX嘉泰姆

LCD DriverPJX嘉泰姆

Pixels(max)PJX嘉泰姆

GPIOPJX嘉泰姆

UARTsPJX嘉泰姆

CXEP2324PJX嘉泰姆

3PPJX嘉泰姆

                 

CXEP2325PJX嘉泰姆

3PPJX嘉泰姆

                 

CXEP2326PJX嘉泰姆

1PPJX嘉泰姆

                 

CXEP2327PJX嘉泰姆

3PPJX嘉泰姆

                 

CXEP2328PJX嘉泰姆

1PPJX嘉泰姆

64PJX嘉泰姆

7PJX嘉泰姆

SingleendPJX嘉泰姆

2SE + 1PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

128 (32x4)PJX嘉泰姆

12PJX嘉泰姆

2PJX嘉泰姆

CXEP2328APJX嘉泰姆

1PPJX嘉泰姆

64PJX嘉泰姆

7PJX嘉泰姆

SingleendPJX嘉泰姆

2SE + 1PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

128 (32x4)PJX嘉泰姆

12PJX嘉泰姆

2PJX嘉泰姆

CXEP2329PJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

7PJX嘉泰姆

SingleendPJX嘉泰姆

3SE + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

168 (42x4)PJX嘉泰姆

22PJX嘉泰姆

2PJX嘉泰姆

CXEP2329APJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

7PJX嘉泰姆

SingleendPJX嘉泰姆

3SE + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

168 (42x4)PJX嘉泰姆

22PJX嘉泰姆

2PJX嘉泰姆

CXEP2330PJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

7PJX嘉泰姆

SingleendPJX嘉泰姆

3SE + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

 

8PJX嘉泰姆

1PJX嘉泰姆

CXEP2331APJX嘉泰姆

1P/2PPJX嘉泰姆

128PJX嘉泰姆

4PJX嘉泰姆

SingleendPJX嘉泰姆

2SE + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

156 (39x4)PJX嘉泰姆

22PJX嘉泰姆

2PJX嘉泰姆

CXEP2331BPJX嘉泰姆

1P/2PPJX嘉泰姆

256PJX嘉泰姆

4PJX嘉泰姆

SingleendPJX嘉泰姆

2SE + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

156 (39x4)PJX嘉泰姆

22PJX嘉泰姆

2PJX嘉泰姆

CXEP2332APJX嘉泰姆

1P/2PPJX嘉泰姆

128PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

268 (67x4)PJX嘉泰姆

43PJX嘉泰姆

2PJX嘉泰姆

CXEP2332BPJX嘉泰姆

1P/2PPJX嘉泰姆

256PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

268 (67x4)PJX嘉泰姆

43PJX嘉泰姆

2PJX嘉泰姆

CXEP2333APJX嘉泰姆

3PPJX嘉泰姆

128PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

228 (57x4)PJX嘉泰姆

39PJX嘉泰姆

2PJX嘉泰姆

CXEP2333BPJX嘉泰姆

3PPJX嘉泰姆

128PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

228 (57x4)PJX嘉泰姆

39PJX嘉泰姆

2PJX嘉泰姆

CXEP2334APJX嘉泰姆

3PPJX嘉泰姆

128PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

300 (75x4)PJX嘉泰姆

52PJX嘉泰姆

2PJX嘉泰姆

CXEP2334BPJX嘉泰姆

3PPJX嘉泰姆

256PJX嘉泰姆

4PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

300 (75x4)PJX嘉泰姆

52PJX嘉泰姆

2PJX嘉泰姆

CXEP2335APJX嘉泰姆

1PPJX嘉泰姆

32PJX嘉泰姆

3PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 1PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

222 (37x6)PJX嘉泰姆

30PJX嘉泰姆

2PJX嘉泰姆

CXEP2335BPJX嘉泰姆

1PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 1PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

222 (37x6)PJX嘉泰姆

30PJX嘉泰姆

2PJX嘉泰姆

CXEP2335CPJX嘉泰姆

1PPJX嘉泰姆

128PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 1PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

222 (37x6)PJX嘉泰姆

30PJX嘉泰姆

2PJX嘉泰姆

CXEP2336APJX嘉泰姆

1P/2PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2336BPJX嘉泰姆

1P/2PPJX嘉泰姆

128PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2337APJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2337BPJX嘉泰姆

3PPJX嘉泰姆

128PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2337CPJX嘉泰姆

3PPJX嘉泰姆

128PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2337DPJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

336 (56x6)PJX嘉泰姆

51PJX嘉泰姆

2PJX嘉泰姆

CXEP2338APJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

 

29PJX嘉泰姆

1PJX嘉泰姆

CXEP2338BPJX嘉泰姆

3PPJX嘉泰姆

64PJX嘉泰姆

5PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3PJX嘉泰姆

5PJX嘉泰姆

YesPJX嘉泰姆

 

29PJX嘉泰姆

1PJX嘉泰姆

CXEP2339PJX嘉泰姆

1PPJX嘉泰姆

                 

CXEP2340PJX嘉泰姆

1P ,3PPJX嘉泰姆

0PJX嘉泰姆

0PJX嘉泰姆

DifferentialPJX嘉泰姆

2DPJX嘉泰姆

   

300(50x6)PJX嘉泰姆

70PJX嘉泰姆

0PJX嘉泰姆

CXEP2341PJX嘉泰姆

1P/2PPJX嘉泰姆

64PJX嘉泰姆

8PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

156(39x4) PJX嘉泰姆

190(38X5)PJX嘉泰姆

222(37x6)PJX嘉泰姆

39PJX嘉泰姆

3PJX嘉泰姆

CXEP2342PJX嘉泰姆

1P/2PPJX嘉泰姆

128PJX嘉泰姆

8PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

10PJX嘉泰姆

YesPJX嘉泰姆

156(39x4) PJX嘉泰姆

190(38X5)PJX嘉泰姆

222(37x6)PJX嘉泰姆

39PJX嘉泰姆

3PJX嘉泰姆

CXEP2343PJX嘉泰姆

1PPJX嘉泰姆

256PJX嘉泰姆

48PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3SEPJX嘉泰姆

20PJX嘉泰姆

YesPJX嘉泰姆

160(40x4) PJX嘉泰姆

228(38x6)PJX嘉泰姆

288(36x8)PJX嘉泰姆

88PJX嘉泰姆

5PJX嘉泰姆

CXEP2344PJX嘉泰姆

1PPJX嘉泰姆

512PJX嘉泰姆

48PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3SEPJX嘉泰姆

20PJX嘉泰姆

YesPJX嘉泰姆

160(40x4) PJX嘉泰姆

228(38x6) PJX嘉泰姆

288(36x8)PJX嘉泰姆

88PJX嘉泰姆

5PJX嘉泰姆

CXEP2345PJX嘉泰姆

3PPJX嘉泰姆

256PJX嘉泰姆

48PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3SEPJX嘉泰姆

20PJX嘉泰姆

YesPJX嘉泰姆

160(40x4)PJX嘉泰姆

228(38x6)PJX嘉泰姆

288(36x8)PJX嘉泰姆

88PJX嘉泰姆

5PJX嘉泰姆

CXEP2346PJX嘉泰姆

3PPJX嘉泰姆

512PJX嘉泰姆

48PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3SEPJX嘉泰姆

20PJX嘉泰姆

YesPJX嘉泰姆

160(40x4) PJX嘉泰姆

228(38x6) PJX嘉泰姆

288(36x8)PJX嘉泰姆

88PJX嘉泰姆

5PJX嘉泰姆

CXEP2347PJX嘉泰姆

1P PJX嘉泰姆

1P/2PPJX嘉泰姆

1024PJX嘉泰姆

128PJX嘉泰姆

DifferentialPJX嘉泰姆

2D + 2PJX嘉泰姆

54PJX嘉泰姆

YesPJX嘉泰姆

300(50x6)PJX嘉泰姆

70PJX嘉泰姆

7PJX嘉泰姆

CXEP2348PJX嘉泰姆

3PPJX嘉泰姆

1024PJX嘉泰姆

128PJX嘉泰姆

DifferentialPJX嘉泰姆

4D + 3SEPJX嘉泰姆

54PJX嘉泰姆

YesPJX嘉泰姆

300(50x6)PJX嘉泰姆

70PJX嘉泰姆

8PJX嘉泰姆

发表评论
    共有条评论
    用户名: 密码:
    验证码: 匿名发表

热门信息
♦   CXLE86234 45V同步降压LED驱动器   ...
♦   CXHA3197锁存型霍尔开关传感器 -   ...
♦   CXHA31115宽电压线性霍尔传感器:-   ...
♦   CXLE86231 60V降压恒流驱动器1.5   ...
♦   CXBD3567高速驱动芯片25V宽压9A   ...
♦   【6A大电流】CXSD62667宽压同步   ...
♦   CXBD3534D高压驱动芯片:220V自举   ...
♦   宽压高效DC-DC降压芯片CXSD62674   ...
♦   CXBD3526 600V大电流悬浮驱动芯   ...
♦   CXLB74216开关充电技术提供1.1A   ...
  • 最新信息
    (1.)CXDC6584HV 100V集成MOS降压芯片   ...
    (2.)CXSD1018AH 100V低内阻MOSFET |    ...
    (3.)CXDC6574HV 120V降压恒压驱动器    ...
    (4.)CXPR7166 单节锂离子/聚合物电池   ...
    (5.)CXMD32126 双通道H桥电机驱动芯   ...
    (6.)CXMD32108R/S:高性能无霍尔三相无   ...
    (7.)CXLE86143 高功率因数无频闪线性   ...
    (8.)CXLE8278 高效升压型LED驱动IC |   ...
    (9.)CXSU63180 10A非同步升压转换器    ...
    (10.)CXLB73269太阳能供电双节锂电池   ...
    推荐信息
  • CXEP2346可编程频率占空比和斜坡   ...
  • CXEP2343多相和单相计量系统SOC   ...
  • CXEP2326隔离传感器IC之间形成双   ...

  • [/e:loop]
    相关文章
    ♦ CXEP2348低功耗的单相片上能量测   ...
    ♦ CXEP2347低功耗的单相片上能量测   ...
    ♦ CXEP2346可编程频率占空比和斜坡   ...
    ♦ CXEP2345温度补偿电路的RTC 32位   ...
    ♦ CXEP2344带专用温度补偿电路的RT   ...
    ♦ CXEP2343多相和单相计量系统SOC   ...
    ♦ CXEP2340 CXEP2340H双通道隔离模   ...
    ♦ CXEP2339隔离传感器集成电路包含   ...
    ♦ CXEP2338A CXEP2338B有64KB闪存   ...
    ♦ CXEP2337A CXEP2337B CXEP2337C    ...
    头条信息