Product information query
Products News
首页 > Products > MCU Memory ADC Clock  > MCU > Energy Measurement ASIC >The CXEP2341L electricity meter systems-on-chip (SoC) integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle
The CXEP2341L electricity meter systems-on-chip (SoC) integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle

The CXEP2341L electricity meter systems-on-chip (SoC) integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle 32 x 32 + 64 multiplier. A low-power metering mode allows metering in the presence of neutral disconnect tampering. The low-power, dedicated compute engine (CE) handles high-rate metrology processing and a 32-bit MPU core handles other application functions including communications and display control.

The CXEP2341L electricity meter systems-on-chip (SoC) integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle
Manual
Ordering

Ordering

Product introduction

目录

1.产品概述       2.产品特点     DCD嘉泰姆

3.应用范围       4.技术规格书下载(PDF文档)DCD嘉泰姆

5.产品封装       6.电路原理图  DCD嘉泰姆

7.相关产品DCD嘉泰姆

   产品概述 返回TOPDCD嘉泰姆


The CXEP2341L electricity meter systems-on-chip (SoC) integrate dual 32-bit processors for demanding single-phase metering applications with 128KB or 64KB flash, 8KB RAM, and a single-cycle 32 x 32 + 64 multiplier. A low-power metering mode allows metering in the presence of neutral disconnect tampering. The low-power, dedicated compute engine (CE) handles high-rate metrology processing and a 32-bit MPU core handles other application functions including communications and display control.

   产品特点 返回TOPDCD嘉泰姆


Single ADC Offers High-Accuracy Performance and Cost-Effective SolutionDCD嘉泰姆

Supports Up to 5 Multiplexed InputsDCD嘉泰姆

0.1% (typ) Wh Accuracy over 2000:1 Current RangeDCD嘉泰姆

Dual-Core Architecture Improves System PerformanceDCD嘉泰姆

Dedicated 32-bit DSP Core for High-Rate Metrology ProcessingDCD嘉泰姆

32-Bit RISC MPU, 10 MIPS (at 10MHz)DCD嘉泰姆

Highly Integrated Product Features and Flexible Peripherals Support Broad Application NeedsDCD嘉泰姆

128KB (M1) or 64KB (M1L) Flash, 8KB SRAMDCD嘉泰姆

Supports Current Transformers or Shunts for Current MeasurementDCD嘉泰姆

RTC with Hardware Temperature CompensationDCD嘉泰姆

Digital Temperature Compensation for MetrologyDCD嘉泰姆

45Hz to 65Hz Line Frequency RangeDCD嘉泰姆

Phase Compensation (10)DCD嘉泰姆

Four Pulse OutputsDCD嘉泰姆

LCD Controller Supports Up to 39 Segment Drivers and Up to Six Common PlanesDCD嘉泰姆

Two PWM Channels with Programmable Frequency, Duty Cycle, Ramp TimeDCD嘉泰姆

Five General-Purpose TimersDCD嘉泰姆

Touch Switch InputDCD嘉泰姆

SPI (Master and Slave)DCD嘉泰姆

I2C (Master and Slave)DCD嘉泰姆

3x UARTs (One with Optical Encoder)DCD嘉泰姆

Small 64-Pin LQFP Package Saves Board SpaceDCD嘉泰姆

Low-Power Operation Extends Battery LifeDCD嘉泰姆

Enables Metering Mode Operation During Neutral Disconnect TamperingDCD嘉泰姆

5.6mA Consumption at 3.3V in Typical Metering ModeDCD嘉泰姆

1.6mA Typical Current Consumption at 3.3V in Low-Power Metering ModeDCD嘉泰姆

1.75μA Typical Sleep Mode CurrentDCD嘉泰姆

   应用范围 返回TOPDCD嘉泰姆


Residential MetersDCD嘉泰姆

   技术规格书(产品PDF) 返回TOP DCD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!DCD嘉泰姆

 QQ截图20160419174301.jpgDCD嘉泰姆

产品封装图 返回TOPDCD嘉泰姆


aDCD嘉泰姆

电路原理图 返回TOPDCD嘉泰姆


aDCD嘉泰姆

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


Electricity Metering ICsDCD嘉泰姆

Part NumberDCD嘉泰姆

PhaseDCD嘉泰姆

Internal DCD嘉泰姆

Flash(KB)DCD嘉泰姆

Internal DCD嘉泰姆

RAM(KB)DCD嘉泰姆

Analog InputDCD嘉泰姆

Sensor Inputs   (Current+Voltage)DCD嘉泰姆

MCU MIPSDCD嘉泰姆

RTCDCD嘉泰姆

LCD DriverDCD嘉泰姆

Pixels(max)DCD嘉泰姆

GPIODCD嘉泰姆

UARTsDCD嘉泰姆

CXEP2324DCD嘉泰姆

3PDCD嘉泰姆

                 

CXEP2325DCD嘉泰姆

3PDCD嘉泰姆

                 

CXEP2326DCD嘉泰姆

1PDCD嘉泰姆

                 

CXEP2327DCD嘉泰姆

3PDCD嘉泰姆

                 

CXEP2328DCD嘉泰姆

1PDCD嘉泰姆

64DCD嘉泰姆

7DCD嘉泰姆

SingleendDCD嘉泰姆

2SE + 1DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

128 (32x4)DCD嘉泰姆

12DCD嘉泰姆

2DCD嘉泰姆

CXEP2328ADCD嘉泰姆

1PDCD嘉泰姆

64DCD嘉泰姆

7DCD嘉泰姆

SingleendDCD嘉泰姆

2SE + 1DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

128 (32x4)DCD嘉泰姆

12DCD嘉泰姆

2DCD嘉泰姆

CXEP2329DCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

7DCD嘉泰姆

SingleendDCD嘉泰姆

3SE + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

168 (42x4)DCD嘉泰姆

22DCD嘉泰姆

2DCD嘉泰姆

CXEP2329ADCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

7DCD嘉泰姆

SingleendDCD嘉泰姆

3SE + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

168 (42x4)DCD嘉泰姆

22DCD嘉泰姆

2DCD嘉泰姆

CXEP2330DCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

7DCD嘉泰姆

SingleendDCD嘉泰姆

3SE + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

 

8DCD嘉泰姆

1DCD嘉泰姆

CXEP2331ADCD嘉泰姆

1P/2PDCD嘉泰姆

128DCD嘉泰姆

4DCD嘉泰姆

SingleendDCD嘉泰姆

2SE + 2DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

156 (39x4)DCD嘉泰姆

22DCD嘉泰姆

2DCD嘉泰姆

CXEP2331BDCD嘉泰姆

1P/2PDCD嘉泰姆

256DCD嘉泰姆

4DCD嘉泰姆

SingleendDCD嘉泰姆

2SE + 2DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

156 (39x4)DCD嘉泰姆

22DCD嘉泰姆

2DCD嘉泰姆

CXEP2332ADCD嘉泰姆

1P/2PDCD嘉泰姆

128DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

268 (67x4)DCD嘉泰姆

43DCD嘉泰姆

2DCD嘉泰姆

CXEP2332BDCD嘉泰姆

1P/2PDCD嘉泰姆

256DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

268 (67x4)DCD嘉泰姆

43DCD嘉泰姆

2DCD嘉泰姆

CXEP2333ADCD嘉泰姆

3PDCD嘉泰姆

128DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

228 (57x4)DCD嘉泰姆

39DCD嘉泰姆

2DCD嘉泰姆

CXEP2333BDCD嘉泰姆

3PDCD嘉泰姆

128DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

228 (57x4)DCD嘉泰姆

39DCD嘉泰姆

2DCD嘉泰姆

CXEP2334ADCD嘉泰姆

3PDCD嘉泰姆

128DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

300 (75x4)DCD嘉泰姆

52DCD嘉泰姆

2DCD嘉泰姆

CXEP2334BDCD嘉泰姆

3PDCD嘉泰姆

256DCD嘉泰姆

4DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

300 (75x4)DCD嘉泰姆

52DCD嘉泰姆

2DCD嘉泰姆

CXEP2335ADCD嘉泰姆

1PDCD嘉泰姆

32DCD嘉泰姆

3DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 1DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

222 (37x6)DCD嘉泰姆

30DCD嘉泰姆

2DCD嘉泰姆

CXEP2335BDCD嘉泰姆

1PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 1DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

222 (37x6)DCD嘉泰姆

30DCD嘉泰姆

2DCD嘉泰姆

CXEP2335CDCD嘉泰姆

1PDCD嘉泰姆

128DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 1DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

222 (37x6)DCD嘉泰姆

30DCD嘉泰姆

2DCD嘉泰姆

CXEP2336ADCD嘉泰姆

1P/2PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2336BDCD嘉泰姆

1P/2PDCD嘉泰姆

128DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2337ADCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2337BDCD嘉泰姆

3PDCD嘉泰姆

128DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2337CDCD嘉泰姆

3PDCD嘉泰姆

128DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2337DDCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

336 (56x6)DCD嘉泰姆

51DCD嘉泰姆

2DCD嘉泰姆

CXEP2338ADCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

 

29DCD嘉泰姆

1DCD嘉泰姆

CXEP2338BDCD嘉泰姆

3PDCD嘉泰姆

64DCD嘉泰姆

5DCD嘉泰姆

DifferentialDCD嘉泰姆

4D + 3DCD嘉泰姆

5DCD嘉泰姆

YesDCD嘉泰姆

 

29DCD嘉泰姆

1DCD嘉泰姆

CXEP2339DCD嘉泰姆

1PDCD嘉泰姆

                 

CXEP2340DCD嘉泰姆

1P ,3PDCD嘉泰姆

0DCD嘉泰姆

0DCD嘉泰姆

DifferentialDCD嘉泰姆

2DDCD嘉泰姆

   

300(50x6)DCD嘉泰姆

70DCD嘉泰姆

0DCD嘉泰姆

CXEP2341DCD嘉泰姆

1P/2PDCD嘉泰姆

64DCD嘉泰姆

8DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

10DCD嘉泰姆

YesDCD嘉泰姆

156(39x4) DCD嘉泰姆

190(38X5)DCD嘉泰姆

222(37x6)DCD嘉泰姆

39DCD嘉泰姆

3DCD嘉泰姆

CXEP2342DCD嘉泰姆

1P/2PDCD嘉泰姆

128DCD嘉泰姆

8DCD嘉泰姆

DifferentialDCD嘉泰姆

2D + 2DCD嘉泰姆

10DCD嘉泰姆