Product information query
Products News
首页 > Products > MCU Memory ADC Clock  > ADC > High-Speed High-Precision ADC >The CXEP2338A/CXEP2338B integrate our Single Converter Technology with a 22-bit delta sigma ADC a customizable 32-bit computation engine (CE) for core metrology functions as well as a user-program
The CXEP2338A/CXEP2338B integrate our Single Converter Technology with a 22-bit delta sigma ADC a customizable 32-bit computation engine (CE) for core metrology functions as well as a user-program

The CXEP2338A/CXEP2338B metrology processors are based on Maxim Integrated’s 4th-generation metering architecture supporting the CXEP2338A CXEP2338B series of isolated current sensing products that offer drastic reduction in component count, immunity to magnetic tampering, and unparalleled reliability. The CXEP2338A/CXEP2338B integrate our Single Converter Technology with a 22-bit delta sigma ADC, a customizable 32-bit computation engine (CE) for core metrology functions, as well as a user-programmable 8051-compatible application processor (MPU) core with 64KB flash and 5KB RAM An external host processor can access metrology functions directly through the SPI interface

The CXEP2338A/CXEP2338B  integrate our Single Converter Technology  with a 22-bit delta sigma ADC a customizable 32-bit computation engine (CE) for core metrology functions as well as a user-program
Manual
Ordering

Ordering

Product introduction

目录

1.产品概述       2.产品特点     IIY嘉泰姆

3.应用范围       4.技术规格书下载(PDF文档)IIY嘉泰姆

5.产品封装       6.电路原理图  IIY嘉泰姆

7.相关产品IIY嘉泰姆

   产品概述 返回TOPIIY嘉泰姆


The CXEP2338A/CXEP2338B metrology processors are based on Maxim Integrated’s 4th-generation metering architecture supporting the CXEP2338A CXEP2338B series of isolated current sensing products that offer drastic reduction in component count, immunity to magnetic tampering, and unparalleled reliability. The CXEP2338A/CXEP2338B  integrate our Single Converter Technology  with a 22-bit delta sigma ADC, a customizable 32-bit computation engine (CE) for core metrology functions, as well as a user-programmable 8051-compatible application processor (MPU) core with 64KB flash and 5KB RAM An external host processor can access metrology functions directly through the SPI interface, or alternatively through the embedded MPU core in applications requiring metrology data capture, storage, and preprocessing within the metrology subsystem. In addition, the devices integrate an RTC, DIO, and UART. A complete array of ICE and development tools, programming libraries, and reference designs enable rapid development and certification of meters that meet all ANSI and IEC electricity metering standards worldwide The CXEP2338A/CXEP2338B operate over the industrial temperature range and come in a 64-pin lead(Pb)-free package.

   产品特点 返回TOPIIY嘉泰姆


SoC Integration and Unique Isolation Technique Reduces BOM Cost Without Sacrificing PerformanceIIY嘉泰姆

0.1% Typical Accuracy Over 2000:1 Current RangeIIY嘉泰姆

Exceeds IEC 62053/ANSI C12.20 StandardsIIY嘉泰姆

Four-Quadrant MeteringIIY嘉泰姆

46-64Hz Line Frequency Range with the Same CalibrationIIY嘉泰姆

Phase Compensation (±10°)IIY嘉泰姆

Independent 32-Bit Compute EngineIIY嘉泰姆

64KB Flash, 5KB RAMIIY嘉泰姆

Built-In Flash SecurityIIY嘉泰姆

SPI Interface to Host with Flash Program CapabilityIIY嘉泰姆

Up to Four Pulse Outputs with Pulse CountIIY嘉泰姆

8-Bit MPU (80515), Up to 5 MIPS (Optional Use)IIY嘉泰姆

Full-Speed MPU Clock in Brownout ModeIIY嘉泰姆

Up to 29 Multifunction DIO PinsIIY嘉泰姆

Hardware Watchdog Timer (WDT)IIY嘉泰姆

UART for AMR or Other Communication DutiesIIY嘉泰姆

I2C/EEPROM InterfaceIIY嘉泰姆

Innovative Isolation Technology (Requires Companion CXEP2338A CXEP2338B Sensor, also from Maxim Integrated) Eliminates Current TransformersIIY嘉泰姆

Four Current Sensor Inputs with Selectable Differential ModeIIY嘉泰姆

Selectable Gain of 1 or 8 for One Current Input to Support Neutral Current ShuntIIY嘉泰姆

High-Speed Wh/VARh Pulse Outputs with Programmable WidthIIY嘉泰姆

Digital Temperature Compensation Improves System PerformanceIIY嘉泰姆

Metrology CompensationIIY嘉泰姆

Accurate RTC for TOU Functions with Automatic Temperature Compensation for Crystal in All Power ModesIIY嘉泰姆

Power Management Extends Battery Life During Power OutagesIIY嘉泰姆

Brownout Mode (BRN)IIY嘉泰姆

Sleep Mode (SLP)IIY嘉泰姆

Two Battery-Backup Modes:IIY嘉泰姆

Wake-Up on Pin Events and Wake-On TimerIIY嘉泰姆

1μA in Sleep ModeIIY嘉泰姆

   应用范围 返回TOPIIY嘉泰姆


Three-Phase Residential, Commercial, and Industrial Energy MetersIIY嘉泰姆

   技术规格书(产品PDF) 返回TOP IIY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!IIY嘉泰姆

 QQ截图20160419174301.jpgIIY嘉泰姆

产品封装图 返回TOPIIY嘉泰姆


image.pngIIY嘉泰姆

电路原理图 返回TOPIIY嘉泰姆


image.pngIIY嘉泰姆

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


Electricity Metering ICsIIY嘉泰姆

Part NumberIIY嘉泰姆

PhaseIIY嘉泰姆

Internal IIY嘉泰姆

Flash(KB)IIY嘉泰姆

Internal IIY嘉泰姆

RAM(KB)IIY嘉泰姆

Analog InputIIY嘉泰姆

Sensor Inputs   (Current+Voltage)IIY嘉泰姆

MCU MIPSIIY嘉泰姆

RTCIIY嘉泰姆

LCD DriverIIY嘉泰姆

Pixels(max)IIY嘉泰姆

GPIOIIY嘉泰姆

UARTsIIY嘉泰姆

CXEP2324IIY嘉泰姆

3PIIY嘉泰姆

                 

CXEP2325IIY嘉泰姆

3PIIY嘉泰姆

                 

CXEP2326IIY嘉泰姆

1PIIY嘉泰姆

                 

CXEP2327IIY嘉泰姆

3PIIY嘉泰姆

                 

CXEP2328IIY嘉泰姆

1PIIY嘉泰姆

64IIY嘉泰姆

7IIY嘉泰姆

SingleendIIY嘉泰姆

2SE + 1IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

128 (32x4)IIY嘉泰姆

12IIY嘉泰姆

2IIY嘉泰姆

CXEP2328AIIY嘉泰姆

1PIIY嘉泰姆

64IIY嘉泰姆

7IIY嘉泰姆

SingleendIIY嘉泰姆

2SE + 1IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

128 (32x4)IIY嘉泰姆

12IIY嘉泰姆

2IIY嘉泰姆

CXEP2329IIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

7IIY嘉泰姆

SingleendIIY嘉泰姆

3SE + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

168 (42x4)IIY嘉泰姆

22IIY嘉泰姆

2IIY嘉泰姆

CXEP2329AIIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

7IIY嘉泰姆

SingleendIIY嘉泰姆

3SE + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

168 (42x4)IIY嘉泰姆

22IIY嘉泰姆

2IIY嘉泰姆

CXEP2330IIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

7IIY嘉泰姆

SingleendIIY嘉泰姆

3SE + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

 

8IIY嘉泰姆

1IIY嘉泰姆

CXEP2331AIIY嘉泰姆

1P/2PIIY嘉泰姆

128IIY嘉泰姆

4IIY嘉泰姆

SingleendIIY嘉泰姆

2SE + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

156 (39x4)IIY嘉泰姆

22IIY嘉泰姆

2IIY嘉泰姆

CXEP2331BIIY嘉泰姆

1P/2PIIY嘉泰姆

256IIY嘉泰姆

4IIY嘉泰姆

SingleendIIY嘉泰姆

2SE + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

156 (39x4)IIY嘉泰姆

22IIY嘉泰姆

2IIY嘉泰姆

CXEP2332AIIY嘉泰姆

1P/2PIIY嘉泰姆

128IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

268 (67x4)IIY嘉泰姆

43IIY嘉泰姆

2IIY嘉泰姆

CXEP2332BIIY嘉泰姆

1P/2PIIY嘉泰姆

256IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

268 (67x4)IIY嘉泰姆

43IIY嘉泰姆

2IIY嘉泰姆

CXEP2333AIIY嘉泰姆

3PIIY嘉泰姆

128IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

228 (57x4)IIY嘉泰姆

39IIY嘉泰姆

2IIY嘉泰姆

CXEP2333BIIY嘉泰姆

3PIIY嘉泰姆

128IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

228 (57x4)IIY嘉泰姆

39IIY嘉泰姆

2IIY嘉泰姆

CXEP2334AIIY嘉泰姆

3PIIY嘉泰姆

128IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

300 (75x4)IIY嘉泰姆

52IIY嘉泰姆

2IIY嘉泰姆

CXEP2334BIIY嘉泰姆

3PIIY嘉泰姆

256IIY嘉泰姆

4IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

300 (75x4)IIY嘉泰姆

52IIY嘉泰姆

2IIY嘉泰姆

CXEP2335AIIY嘉泰姆

1PIIY嘉泰姆

32IIY嘉泰姆

3IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 1IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

222 (37x6)IIY嘉泰姆

30IIY嘉泰姆

2IIY嘉泰姆

CXEP2335BIIY嘉泰姆

1PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 1IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

222 (37x6)IIY嘉泰姆

30IIY嘉泰姆

2IIY嘉泰姆

CXEP2335CIIY嘉泰姆

1PIIY嘉泰姆

128IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 1IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

222 (37x6)IIY嘉泰姆

30IIY嘉泰姆

2IIY嘉泰姆

CXEP2336AIIY嘉泰姆

1P/2PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2336BIIY嘉泰姆

1P/2PIIY嘉泰姆

128IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2337AIIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2337BIIY嘉泰姆

3PIIY嘉泰姆

128IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2337CIIY嘉泰姆

3PIIY嘉泰姆

128IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2337DIIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

336 (56x6)IIY嘉泰姆

51IIY嘉泰姆

2IIY嘉泰姆

CXEP2338AIIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

 

29IIY嘉泰姆

1IIY嘉泰姆

CXEP2338BIIY嘉泰姆

3PIIY嘉泰姆

64IIY嘉泰姆

5IIY嘉泰姆

DifferentialIIY嘉泰姆

4D + 3IIY嘉泰姆

5IIY嘉泰姆

YesIIY嘉泰姆

 

29IIY嘉泰姆

1IIY嘉泰姆

CXEP2339IIY嘉泰姆

1PIIY嘉泰姆

                 

CXEP2340IIY嘉泰姆

1P ,3PIIY嘉泰姆

0IIY嘉泰姆

0IIY嘉泰姆

DifferentialIIY嘉泰姆

2DIIY嘉泰姆

   

300(50x6)IIY嘉泰姆

70IIY嘉泰姆

0IIY嘉泰姆

CXEP2341IIY嘉泰姆

1P/2PIIY嘉泰姆

64IIY嘉泰姆

8IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆

156(39x4) IIY嘉泰姆

190(38X5)IIY嘉泰姆

222(37x6)IIY嘉泰姆

39IIY嘉泰姆

3IIY嘉泰姆

CXEP2342IIY嘉泰姆

1P/2PIIY嘉泰姆

128IIY嘉泰姆

8IIY嘉泰姆

DifferentialIIY嘉泰姆

2D + 2IIY嘉泰姆

10IIY嘉泰姆

YesIIY嘉泰姆