MCP3909RD-1PH1 Microchip Technology, MCP3909RD-1PH1 Datasheet - Page 4

• Manufacturer Part Number: MCP3909RD-1PH1
• Description: BOARD DES MCP3909 ENERGY METER
• Manufacturer: Microchip Technology

Specifications of MCP3909RD-1PH1

• Main Purpose: Power Management, Energy/Power Meter
• Embedded: Yes, MCU, 8-Bit
• Utilized Ic / Part: MCP3909, PIC18F85J90
• Primary Attributes: Single Phase Shunt Energy Meter
• Secondary Attributes: 16 Bit ADC
• Ic Function: Single Phase Energy Measurement IC
• Supply Voltage Range: 4.5V To 5.5V
• Operating Temperature Range: -40°C To +85°C
• Digital Ic Case Style: SSOP
• No. Of Pins: 24
• Interface Type: SPI
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant
• Lead Free Status / RoHS Status: Contains lead / RoHS non-compliant

MCP3905RD-EV Energy Meter
Evaluation Board
Part Number:
along with mounting holes for shunts, current
along with mounting hole
transformers and screw-type connections for
wiring. On the output side, a large prototype
area is included along with optical isolation and
a standard PICtail™ header for experimenting
with a variety of PIC microcontroller-based
energy meter designs.
PICDEM™ LCD 2 Demonstration Board
Part Number:
functions. The board comes populated with
f
the PIC18F85J90, and supports other PIC16
and PIC18 LCD devices via a plug-in module,
(sold separately). The included 3V LCD glass
has icons, bar graphs and digits simulating
many common applications. Tutorial firmware
and documentation are provided. The kit is a
complete solution, ready for development right
out of the box.
Utility Metering Design Center
www.microchip.com/meter
Utility Metering Solutions
ti
Energy Meter
Gas Meter
Th b
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Recommended Products
Application Notes
Reference Designs
Technical Documentation
Development Tools
MCP3905EV)
DM163030)
Visit the
d
This evaluation board
T
allows the user to test a
a
variety of energy meter
va
designs. On the input
d
side, high voltage line
s
and load AC-plug
a
headers are included,
h
The PICDEM LCD 2
Th
Board demonstrates
B
the main features of
th
the LCD Flash 28-,
th
40-, 64- and 80-pin
4
PIC microcontrollers
P
with power management
w
Water Meter
Heat Meter
Metering
AN1013 Gas and Water Metering with the PIC16F91X Family
AN994
AN939
TB1092 Designing Heat Meters Using PIC16F9XX Microcontrollers
Communications
AN833
AN965
AN979
Display
AN234
AN529
AN557
AN563
AN587
AN658
TB029
TB062
Miscellaneous
AN606
AN851
TB008
AN828
AN871
AN913
AN981
ADN011 Flexible Integrated Temp Sensors Lower System Costs
Timekeeping
AN582
AN590
AN615
AN649
TB028
Security
AN583
AN821
AN953
IEC Compliant Active-Energy Meter Design Using the
MCP3905/6
Designing Energy Meters with the PIC16F873A
Microchip TCP/IP Stack Application Note
Microchip Stack for the ZigBee™ Protocol
Interfacing I
Hardware Techniques for PIC®Microcontrollers
Multiplexing LED Drive and 4x4 Keypad Sampling
Four Channel Digital Voltmeter with Display and Keyboard
Using PIC16C5X Microcontrollers as LCD Drivers
Interfacing PIC® Microcontrollers to an LCD Module
LCD Fundamentals Using PIC16C92X Microcontrollers
Complementary LED Drive
High Power IR LED Driver Using the PIC16C781/782
Low-Power Design Using PIC® Microcontrollers
A Flash Bootloader for PIC16 and PIC18 Devices
Tranformerless Power Supply Temperature Sensing
Measuring Temperature with the PIC16F84A Watchdog
Timer
Solving Thermal Measurement Problems Using the
TC72 and TC77 Digital Silicon Temperature Sensors
Interfacing the TC77 Thermal Sensor to a PIC®
Microcontroller
Interfacing a MCP9700 Analog Temperature Sensor
to a PIC® Microcontroller
Low-Power Real-Time Clock
A Clock Design Using the PIC16C54 for LED Displays
and Switch Inputs
Clock Design Using Low Power/Cost Techniques
Yet Another Clock Featuring the PIC16C924
Technique to Calculate Day of Week
Implementation of the Data Encryption Standard Using
PIC17C42
Advanced Encryption Standard Using the PIC16XXX
Data Encryption Routines for PIC18 Microcontrollers
Application Notes & Tech Briefs
2
C™ Serial EEPROMs to PIC18 Devices