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Teridian 71M6521, User Manual

The Teridian 71M6521 is a high-performance energy measurement IC designed for smart meter applications. Easily access the User Manual for free download from manualshive.com, providing detailed instructions on setup and configuration. Explore the manual to optimize the capabilities of your Teridian 71M6521 for efficient energy monitoring and management.

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71M6521 Demo Board User’s Manual

 

 

 

Page: 86 of 111

 

© 2005-2009 TERIDIAN Semiconductor Corporation 

Revision 2.18

 

 

4.4  D6521T4A7 DEMO BOARD BILL OF MATERIAL 

 

Table 4-1: D652T4A7 Demo Board: Bill of Material 

 

Item

Q

Reference

Part

PCB 

Footprint

Digi-Key/Mouser Part 

Number

Part Number

Manufacturer

1

1

C1

2200uF

radial

P5143-ND

ECA-1CM222

Panasonic

2

3

C2,C4,C22

10uF

RC1812

478-1672-1-ND

TAJB106K010R

AVX

3

1

C3

1uF

RC0603

PCC2224CT-ND

ECJ-1VB1C105K

Panasonic

4

8

C5,C17,C19,C20,C23,C28,

0.1uF

RC0603

445-1314-1-ND

C1608X7R1H104K

TDK

C35,C37

5

1

C6

0.47uF

BC1918-ND

2222 383 30474

BC Components

6

6

C7,C13,C24,C25,C43,C48

22pF

RC0603

445-1273-1-ND

C1608C0G1H220J

TDK

7

22

C8,C9,C12,C14-C16,C18,C21,

1000pF

RC0603

445-1298-1-ND

C1608X7R2A102K

TDK

C26,C27,C29,C30,C34,C36,C38,
C39,C44,C45,C46,C47,C49,C50

8

C10,C11,C31,C33,C41

NC

RC0603

9

1

C32

0.03uF

axial

75-125LS30-R

125LS30-R

Vishay

10

2

C40,C42

100pF

RC0603

445-1281-1-ND

C1608C0G1H101J

TDK

11

1

D3

6.8V ZENER

D041

1N4736ADICT-ND

1N4736A-T

DIODES

12

1

D4

Switching Diode

D035

1N4148DICT-ND

1N4148-T

DIODES

13

2

D5,D6

LED

radial

404-1104-ND

H-3000L

Stanley

14

1

D8

UCLAMP3301D

SOD-323

--

UCLAMP3301D.TCT

SEMTECH

15

D9

NC

SOD-323

16

1

J1

DC CONNECTOR

SC237-ND

RAPC712X

Switchcraft

17

1

J2

HEADER 8X2

8X2PIN

S2011E-36-ND

PZC36DAAN

Sullins

18

2

J3,J16

HEADER 3

3X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

19

2

J4,J9

Spade Terminal

A24747CT-ND

62395-1

AMP

20

1

J10

HEADER 1

1X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

21

1

J12

HEADER 5

5X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

22

1

J14

10X2 CONNECTOR, 0.05"

571-5-104068-1

5-104068-1

AMP

23

J15

NC

6X1PIN

24

1

JP1

HEADER 2

2X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

25

3

JP4,JP8,JP12

HEADER 3

3X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

26

8

L2,L4-L8, L10, L12*

Ferrite bead, 600 Ohm

RC0805

445-1556-1-ND

MMZ2012S601A

TDK

27

L9

NC

RC0805

28

1

RV1

VARISTOR

radial

581-VZD510XX

VE24M00511K

AVX

29

R1,R152

NC

RC0603

30

1

R2

8.06K, 1%

RC0603

P8.06KHCT-ND

ERJ-3EKF8061V

Panasonic

31

8

R3,R88,R91,R94,R150,R151,

0

RC0603

P0.0GCT-ND

ERJ-3GEY0R00V

Panasonic

R153,R155

32

1

R4

25.5K, 1%

RC0603

P25.5KHCT-ND

ERJ-3EKF2552V

Panasonic

33

R5

10K

RC0805

P10KACT-ND

ERJ-6GEYJ103V

Panasonic

34

2

R6,R118

100, 2W

axial

100W-2-ND

RSF200JB-100R

Yageo

35

1

R7

130, 1%

RC1206

P130FCT-ND

ERJ-8ENF1300V

Panasonic

36

1

R8

1.5

RC1206

P1.5ECT-ND

ERJ-8GEYJ1R5V

Panasonic

37

1

R9

68.1

P68.1FCT-ND

ERJ-8ENF68R1V

Panasonic

38

6

R10,R11,R12,R97,R98,R99

62

RC0603

P62GCT-ND

ERJ-3GEYJ620V

Panasonic

39

7

R13,R74,R76,R84,R95,

10K

RC0603

P10KGCT-ND

ERJ-3GEYJ103V

Panasonic

R108,R109

40

3

R14,R32,R104

750, 1%

RC0603

P750HCT-ND

ERJ-3EKF7500V

Panasonic

41

1

R15

2M, 1%

axial

71-RN65DF-2.0M

RN65D2004FB14

Dale

42

1

R16

274K, 1%

RC0805

P274KCCT-ND

ERJ-6ENF2743V

Panasonic

43

1

R17

270K, 1%

RC0805

RHM270KCCT-ND

MCR10EZHF2703

Rohm

44

1

R18

698, 1%

RC0805

P698CCT-ND

ERJ-6ENF6980V

Panasonic

45

2

R19,R25

NC

RC1206

46

1

R24

10K

RC1206

P10.0KFCT-ND

ERJ-8ENF1002V

Panasonic

47

1

R79

100

RC0603

P100GCT-ND

ERJ-3GEYJ101V

Panasonic

48

1

R83

16.9K, 1%

RC0603

P16.9KHCT-ND

ERJ-3EKF1692V

Panasonic

49

1

R86

20K, 1%

RC0603

P20.0KHCT-ND

ERJ-3EKF2002V

Panasonic

50

4

R87, R100,R101,R154

1K

RC0603

P1.0KGCT-ND

ERJ-3GEYJ102V

Panasonic

51

2

R106,R107

3.4, 1%

RC1206

311-3.40FRCT-ND

RC1206FR-073R40L

Yageo

52

2

R110,R111

0

RC1206

P0.0ECT-ND

ERJ-8GEY0R00V

Panasonic

53

2

SW1,SW2

P8051SCT-ND

EVQ-PJX05M

Panasonic

54

7

TP1,TP2,TP10,TP17,TP19,

TP

2X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

TP21,TP22

55

2

TP3,TP7

TP

1X1PIN

S1011E-36-ND

PZC36SAAN

Sullins

56

1

TP15

Test Point

5011K-ND

5011

Keystone 1)

57

2

U1,U6

BAV99DW

SOT363

BAV99DW-FDICT-ND

BAV99DW-7-F

DIODES

58

1

U2

REGULATOR, 1%

SO8

296-1288-1-ND

TL431AIDR

Texas Instruments

59

1

U4

SER EEPROM

AT24C1024W10SU2.7-ND

AT24C1024W-10SU-2.7

ATMEL

60

1

U5

71M6521

64TQFP

--

71M6521F-IGT

TERIDIAN

61

1

U7

153-1056-ND

VIM-808-DP-RC-S-HV

VARITRONIX 2)

62

1

Y1

32.768kHz

XC1195CT-ND

ECS-.327-12.5-17X-TR

ECS

Summary of Contents for 71M6521

Page 1: ...nductor Corporation Page 1 of 111 71M6521 Demo Board USER S MANUAL 4 16 2009 5 15 00 PM Revision 2 18 TERIDIAN Semiconductor Corporation 6440 Oak Canyon Rd Suite 100 Irvine CA 92618 5201 Phone 714 508...

Page 2: ...than expressly contained in the Company s warranty detailed in the TERIDIAN Semiconductor Corporation standard Terms and Conditions The company assumes no responsibility for any errors which may appea...

Page 3: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 3 of 111 71M6521 Single Phase Energy Meter IC DEMO BOARD USER S MANUAL...

Page 4: ...A8 and D6521T4A10 to a Shunt Resistor 31 1 8 6 Adapting Demo Code Parameters to Operation with Shunt Resistor 32 1 9 Calibration Parameters 32 1 9 1 General Calibration Procedure 32 1 9 2 Updating the...

Page 5: ...rdware Specifications 74 3 3 CHanges to the D6521T4A7 75 3 3 1 Increased ESD Protection 75 3 3 2 Improved Accuracy at Low Currents 75 3 3 3 Access to the ICE_E Signal 75 3 3 4 Default Configuration fo...

Page 6: ...EPROM Circuit 62 Figure 2 12 LCD Connections 63 Figure 2 13 Optical Interface Block Diagram 63 Figure 2 14 Optical Port Circuitry on the Demo Board 64 Figure 2 15 RESET pin disabled 64 Figure 2 16 RES...

Page 7: ...ns 13 Table 1 4 COM Port Setup Parameters 14 Table 1 5 Summary of Communication Options 15 Table 1 6 Selectable Display Options 16 Table 1 7 Fields of a Hex Record 23 Table 1 8 Data Command Types 24 T...

Page 8: ...71M6521 Demo Board User s Manual Page 8 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18...

Page 9: ...IC This embedded application is developed to exercise all low level functions to directly manage the peripherals and CPU clock timing power savings etc 1 2 SAFETY AND ESD NOTES Connecting live voltage...

Page 10: ...development MPU code Signum ICE In Circuit Emulator ADM 51 http www signum com Keil 8051 C Compiler kit CA51 http www keil com c51 ca51kit htm http www keil com product sales htm 1 6 DEMO BOARD TEST S...

Page 11: ...on LED and power supply The Debug Board when not sharing a power supply with the meter is optically isolated from the meter and interfaces to a PC through a 9 pin serial port Connections to the extern...

Page 12: ...nects the AC line voltage to the internal power supply This jumper should usually be left in place An adapter may have to be used for the transition between the supplied 5 VDC power supply and the 5 V...

Page 13: ...ctions Table 1 3 shows the connections necessary for the null modem DB9 cable and the pin definitions PC Pin Function Demo Board Pin 2 TX 3 3 RX 2 5 Signal Ground 5 Table 1 3 Null Modem Cable Connecti...

Page 14: ...Stop bits 1 1 1 Flow control XON XOFF XON XOFF XON XOFF depending on the jumper setting at JP12 Table 1 4 COM Port Setup Parameters HyperTerminal can be found by selecting Programs Accessories Commun...

Page 15: ...f the displayed parameters changing calibration factors and many more operations 1 7 1 COMMUNICATION OPTIONS Before evaluating the 71M6521 Demo Board users should get familiar with the commands and re...

Page 16: ...ot have the CLI Step Display in left most digit s Displayed Parameter Available for 71M6521BE Available for 71M6521DE Available for 71M6521FE 1 1 Temperature difference from calibration temperature Di...

Page 17: ...M Important The CE must be stopped CE0 before issuing this command Example 40 Reads CE data words 0x40 0x41 and 0x42 7E 12345678 9876ABCD Writes two words starting 0x7E CE data space is the address ra...

Page 18: ...15 core starting at address 0x80 Commands for EEPROM Control EE EEPROM CONTROL Description Allows user to enable read and write to EEPROM Usage EE option arguments Command combinations EECn EEPROM Acc...

Page 19: ...ands CL CALIBRATION CONTROL Description Calibration related commands A full auto calibration can be implemented by compiling the Demo Code with auto calibration selected as an option Due to space rest...

Page 20: ...ount n 0 accumulated n 1 last second M17 Battery voltage Display will return to M3 after a few seconds Example M3 1 Displays Wh total consumption of phase A Displays for total consumption wrap around...

Page 21: ...t Real Time Adjust speed trim Example RTD05 03 17 5 Programs the RTC to Thursday 3 17 2005 Reset Commands Z RESET Description Allows the user to cause soft resets Usage Z Soft reset W Simulates watchd...

Page 22: ...asterisk This character serves as a feedback to the user signaling that the Demo Board is functional and that the serial connection is set up properly 1 7 4 2 71M6521BE 8KB On start up the 8KB versio...

Page 23: ...rd may be terminated with a CR LF NULL character Accuracy of transmission is ensured by the byte count and checksum fields This is important when series of values such as calibration constants are tra...

Page 24: ...nd Types Table 1 9 lists a few examples of hex records Hex Record Function 08 0000 06 00 00 0C 03 18 05 06 00 ff Writes 06 eight bytes 08 to RTC setting the RTC to zero seconds 00 minutes 00 12 hours...

Page 25: ...n the EEPROM is lost or compromised read_6521D_temp txt Displays the current temperature reading from the CE set_6521D_temp txt This record can be edited to set the nominal calibration temperature rea...

Page 26: ...MPU will be halted once it enters brownout mode even when a battery is present See section for instruction on how to enable battery modes If the main power source internal or external power supply is...

Page 27: ...other DC supply is added to a Demo Board that is powered down the 71M6521 Demo Code will cause the chip to enter Brownout mode and stay in Brownout mode It is possible that the VBAT pins of the chip...

Page 28: ...t to display mode 5 command M5 via the serial interface 1 8 2 ADJUSTING THE KH FACTOR FOR THE DEMO BOARD The Kh value can be derived by reading the values for IMAX and VMAX i e the RMS current and vol...

Page 29: ...should be adjusted to achieve the desired Kh factor as described in 1 8 2 Simply scaling IMAX is not recommended since peak voltages at the 71M6521 inputs should always be in the range of 0 through 25...

Page 30: ...a pre wired shunt resistor 400 as shown in Figure 1 7 Figure 1 7 Pre Wired Shunt Resistor For proper operation and accuracy the wiring instructions given in section 1 8 5 have to be observed With prop...

Page 31: ...re than one shunt resistor 1 8 5 CONNECTING DEMO BOARD REVISIONS D6521T4A7 D6521T4A8 AND D6521T4A10 TO A SHUNT RESISTOR The Demo Kits containing the Demo Board Revisions D6521T4A7 D6521T4A8 and D6521T...

Page 32: ...ometimes required in current shunt mode due to low currents and low shunt resistances This can be done via the command line interface by the commands 10 5004 setting IA_8 to 8 by controlling IA_SHUNT...

Page 33: ...ng the d_merge program with no arguments will display the syntax description To merge macro txt and old_6521_demo hex into new_6521_demo hex use the command d_merge old_6521_demo hex macro txt new_652...

Page 34: ...e g a 5x1 header Programming of the flash memory requires a specific in circuit emulator the ADM51 by Signum Systems http www signumsystems com or the Flash Programmer TFP2 provided by TERIDIAN Semico...

Page 35: ...er s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 35 of 111 Figure 1 11 Emulator Window Showing Reset and Erase Buttons Figure 1 12 Emulator Window Showing Erased Flash Memor...

Page 36: ...d to revision 4 7 or later using either an in circuit emulator ICE or the Flash Programmer TFP2 as described in section 1 9 5 The Demo Code is useful due to the following features It provides basic me...

Page 37: ...per across pins 2 3 V3P3 The Demo Code will communicate at 300bd Transitions to sleep or LCD mode can be made from brownout mode This operation mode requires connection of a battery or equivalent DC v...

Page 38: ...t linear by temp 10ppb T in 0 1 C 5 signed 16 0x000F Y_Cal_Deg2 RTC adjust squared by temp 1ppb T2 in 0 1 C 6 signed 16 0x0011 PulseWSourc e PulseVSourc e Wh Pulse source VARh pulse source selection S...

Page 39: ...alue read from the CE must be entered at this address 14 unsigned 32 0x002B ImaxB Scaling maximum current for PCB ele ment B equivalent to 176mV at the IA pin 0 1A 15 unsigned 16 0x002F IThrshldB Star...

Page 40: ...lement B 38 signed 64 0x009B VAh VAh all elements LSB of W0SUM 3C signed 64 0x00AB VAh_A VAh element A 3E signed 64 0x00B3 VAh_B VAh element B 40 signed 64 0x00BB Whe Exported Wh all elements LSB of W...

Page 41: ...014B Wh Default sum of Wh nonvolatile LSB of W0SUM 65 signed 64 0x014F Wh_A Wh element A nonvolatile 67 signed 64 0x0157 Wh_B Wh element B nonvolatile 69 signed 64 0x015F StatusNV Nonvolatile status S...

Page 42: ...rved 21 W1SUM_1 4 VARSUM 22 reserved 5 VAR0SUM 23 VARSUM_I 6 VAR1SUM 24 VAR0SUM_I 7 reserved 25 VAR1SUM_I 8 I0SQSUM 26 reserved 9 I1SQSUM 27 WSUM_E 10 reserved 28 W0SUM_E 11 INSQSUM 29 W1SUM_E 12 V0SQ...

Page 43: ...set 4 20 POWER_BAD checksums for both energy registers are invalid 5 MAXVA voltage A exceeded maximum 21 GNDNEUTRAL grounded neutral detected 6 MAXVB voltage B exceeded maximum 22 TAMPER tamper detect...

Page 44: ...0x103C APULSER 0 VAR pulse generator input see DIO_PV bit The output pulse rate is APULSER FS 2 32 WRATE X 2 14 This input is buffered and can be loaded during a computation interval The change will...

Page 45: ...h parameters is 214 16384 The gain of each channel is directly proportional to its CAL parameter Thus if the gain of a channel is 1 slow CAL should be scaled by 1 1 0 01 0x1024 CAL_VA 16384 0x1028 CAL...

Page 46: ...0x1070 CREEP_0 8311 These parameters establish the creep threshold LSB 6 6952 10 13 VMAX IMAX 3600 W The default values correspond to 2 5 W 0x1074 CREEP_1 8311 0x1078 VNOMINAL 1 27 10 8 This paramete...

Page 47: ...erature relative to the reference temperature defined by TEMP_NOM LSB 0 1 C 0x00C4 I1SQRT Squared current for channel B Used for neutral tamper 0x00C8 W1SUM This memory location contains the energy va...

Page 48: ...cluding code load erase in flash memory 1 Emulator operation is enabled by plugging a jumper into header JP4 pins V3P3D ICE_E 2 For loading code into flash the CE is disabled using serial command CE0...

Page 49: ...e 2 1 Watt Meter with Gain and Phase Errors During the calibration phase we measure errors and then introduce correction factors to nullify their effect With three unknowns to determine we must make a...

Page 50: ...XI XV A A IV A A IV E 3a 1 60 cos sin 60 sin cos 60 cos 60 S S XI XV A A E 1 sin 60 tan cos S XI XV S XI XV A A A A Combining 2a and 3a 4 tan 60 tan 1 0 0 60 S E E E 5 60 tan 1 tan 0 0 60 E E E S 6 6...

Page 51: ...00 Again set all calibration factors to nominal i e CAL_IA 16384 CAL_VA 16384 PHADJA 0 First calculate AXV from EV 1 1 V XV E A Calculate AXI from E0 and E180 2 1 cos 1 0 cos 0 cos 0 S XI XV S XI XV A...

Page 52: ...n be implemented by offering a known voltage and current at exactly zero degree phase angle to the meter If the meter is exposed to the current and voltage source for a known integer number of accumul...

Page 53: ...unit being calibrated in a repeatable way By repeatable we mean that the calibration system is synchronized to the meter being calibrated Best results are achieved when the first pulse from the meter...

Page 54: ...AL_VA and PHADJ_A using the formulae presented in section 2 1 1 or using the spreadsheet presented in section 2 2 4 5 Apply the new calibration factors CAL_IA CAL_VA and PHADJ_A to the meter The memor...

Page 55: ...tion procedure is as follows 1 Establish load voltage and current The load angle must be exactly 0 00 degrees 2 Wait 2 seconds 3 Clear the accumulators e g with CLI command 1 2 4 Wait 30 seconds 5 Dis...

Page 56: ...o Board User s Manual Page 56 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 2 3 Calibration Spreadsheet for Three Measurements Figure 2 4 Calibration Spreadsheet for Five Me...

Page 57: ...e Figure 2 6 Non Linearity Caused by Quantification Noise The error can be seen as the presence of a virtual constant noise current While 10mA hardly contribute any error at currents of 10A and above...

Page 58: ...ncation can cause similar errors in the VAR calculation that can be eliminated using the QUANT_VAR variable QUANT_VAR is determined using the same formula as QUANT 2 2 7 CALIBRATING METERS WITH COMBIN...

Page 59: ...RMS for the 6521 Demo Board if the resistor divider for VA has not been changed 3 Update the WRATE register at CE address 0x11 with WRATE_SHUNT using the command 11 WRATE_SHUNT 4 Test for accuracy at...

Page 60: ...rror found in the accuracy test using the formula CAL_IB 16384 1 error 100 That is if the chip reports an error of 2 5 CAL_IB should be adjusted to a value of 16384 1 2 5 100 9 Since CAL_VA and CAL_IA...

Page 61: ...chdog timer by plugging in a shorting jumper Figure 2 8 Voltage Divider for V1 On the 6521 Demo Boards this feature is implemented with resistors R83 R86 and TP10 See the board schematics in the Appen...

Page 62: ...a vacant DIO pin of the 71M6521 A pull up resistor of roughly 3k to V3P3 should be used for the DI DO signals and the CS pin should be pulled down with a resistor to prevent that the three wire device...

Page 63: ...urrent The OPT_RX pin can be connected to the collector of a photo transistor as shown in Figure 2 13 Figure 2 13 Optical Interface Block Diagram J12 on the Demo Boards has all the provisions for conn...

Page 64: ...in the battery modes care must be taken to ensure proper supply of the associated switches In most cases it is sufficient to supply RESET and PB with a voltage from the battery as shown in Figure 2 16...

Page 65: ...h the 71M6521 IC and the other electronic components first and then join the meter PCB with the meter enclosure sensors and other main components separately at a later production step Typically final...

Page 66: ...o Board The Demo Board rather receives the voltage output signals from the CT An optical pickup senses the pulses emitted by the meter and reports them to the calibrator Some calibration systems have...

Page 67: ...face CLI of the Demo Code To write a string of text characters to the EEPROM and read it back we apply the following sequence of CLI commands EEC1 Enables the EEPROM EESthis is a test Writes text to t...

Page 68: ...pin is pulled high 2 4 5 LCD Various tests of the LCD interface can be performed with the Demo Board using the serial command line interface CLI The display outputs are enabled by setting the LCD_EN r...

Page 69: ...easurement results In brownout mode the following precautions should be taken 1 The Debug Board should be removed from the Demo Board 2 The RX pin should be properly terminated e g by tying it to GND...

Page 70: ...71M6521 Demo Board User s Manual Page 70 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18...

Page 71: ...oss pins 2 3 indicates that an external battery is available The 71M6521 will be able to transition from brownout mode to sleep and LCD modes when system power is down and it will communicate at 300bd...

Page 72: ...t test point and ground A jumper should be placed between V1 and V3P3 to disable the watchdog timer 21 TP1 IA V3P3 2 pin header test point Pin 1 is the IA input to the IC and pin 2 is V3P3 22 J3 IA_IN...

Page 73: ...anual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 73 of 111 Figure 3 1 71M6521T4A7 Demo Board Connectors Jumpers Switches and Test Points 1 5 7 8 10 11 12 13 14 15 16 25 23 21 22 1...

Page 74: ...rface Connectors DC Supply Jack J1 to Wall Transformer Concentric connector 2 5mm Emulator J14 10x2 Header 0 05 pitch Emulator J15 5x1 Header 0 1 pitch Input Signals Spade terminals and 0 1 headers on...

Page 75: ...3 3 2 IMPROVED ACCURACY AT LOW CURRENTS Improvement of meter accuracy at low currents was achieved by assigning both copper structures at the current inputs top and bottom to the V3P3 net as shown in...

Page 76: ...for the India market 2 J14 was removed The 6 pin header J15 is the only programming connector available on the board An adapter that enables the transition from the AMP Tyco connector used for the ADM...

Page 77: ...routed to the 6521FE and annunciated by LED D14 3 Magnetic tamper switch SW3 4 The net connected to the pushbutton is separated from the 6521FE by a capacitor This prevents drainage of the battery by...

Page 78: ...mo Boards Schematics Bills of Materials Parts Lists PCB Layout Views Debug Board Description Debug Board Electrical Schematic Debug Board Bill of Materials Debug Board PCB Silk screen layer Top and Bo...

Page 79: ...NECTIONS Only one shunt can be used at a time V3P3 TANTALUM C25 22pF C24 22pF TP15 TP SELECTION ON BOARD SUPPLY EXT dc SUPPLY THRU J1 PS_SEL 0 JP1 IN OUT NEUTRAL R18 698 1 2 1 D8 3301D R15 2M 1 1W R17...

Page 80: ...1K C3 1uF C7 22pF 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J2 HEADER 8X2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 J14 HEADER 10X2 1 2 3 JP4 ICE Enable R97 62 R79 100 R99 62 R98 62 NC 1 A1 2 NC...

Page 81: ...TANTALUM TP15 TP C22 10uF 6 3V NEUTRAL R18 698 1 2 1 D8 3301D R15 2M 1 1W R16 274K 1 R17 270K 1 R5 5K VA_IN C9 1000pF R32 750 1 V3P3 GND VA L12 NC 1 J9 NEUTRAL FOR CT OPERATION 1 POPULATE L9 AND L12...

Page 82: ...05 GND R10 62 R87 1K C3 1uF C7 22pF 1 2 3 JP4 ICE Enable 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 J2 HEADER 8X2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 J14 HEADER 10X2 R79 100 R97 62 R98 62 R...

Page 83: ...ONNECTIONS V3P3 NEUTRAL C24 27pF C25 27pF TANTALUM TP15 TP C22 10uF 6 3V J1 5VDC EXT SUPPLY 1 2 NEUTRAL D8 3301D 2 1 R18 698 1 R16 274K 1 R17 270K 1 R15 2M 1 1W R5 5K VA_IN C9 1000pF R32 750 1 V3P3 VA...

Page 84: ...J2 HEADER 8X2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 JP4 ICE Enable 1 2 3 R97 62 R79 100 R99 62 R98 62 U4 SER EEPROM NC 1 A1 2 NC 3 GND 4 SDA 5 SCL 6 WP 7 VCC 8 R155 0 C34 1000pF R108 10K R11 62 C26 1...

Page 85: ...GND_2 V3P3_NM 1 2 SW3 816 RI 07A R23 0 R33 0 REEDSWITCH SEG28 DIO8 NEUTRAL R31 10K MAG_TMP D14 R27 5K R28 5K R30 1K V3P3 1 3 2 Q5 SOT23 SMBT2222AE6327 R29 1K 1 2 TP18 2 1 3 D12 BAV99 SOT 23 2 1 3 D13...

Page 86: ...STOR radial 581 VZD510XX VE24M00511K AVX 29 R1 R152 NC RC0603 30 1 R2 8 06K 1 RC0603 P8 06KHCT ND ERJ 3EKF8061V Panasonic 31 8 R3 R88 R91 R94 R150 R151 0 RC0603 P0 0GCT ND ERJ 3GEY0R00V Panasonic R153...

Page 87: ...Ohm RC0805 445 1556 1 ND MMZ2012S601A TDK 26 0 L9 D9 L12 N C RC0805 27 1 RV1 VARISTOR radial 581 VZD510XX VE24M00511K AVX 28 1 R2 8 06K 1 RC0603 P8 06KHCT ND ERJ 3EKF8061V Panasonic 29 R1 R19 R52 N C...

Page 88: ...395 1 AMP 29 1 J12 HEADER 5 5X1PIN S1011E 36 ND PZC36SAAN Sullins 30 12 L2 L4 L5 L6 L7 L8 L10 L11 L13 L14 L15 L16 Ferrite bead 600 Ohm RC0805 445 1556 1 ND MMZ2012S601A TDK 31 1 Q5 NPN Transistor SOT...

Page 89: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 89 of 111 4 7 D6521T4A7 DEMO BOARD PCB LAYOUT Figure 4 8 D6521T4A7 Demo Board Top View...

Page 90: ...71M6521 Demo Board User s Manual Page 90 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 9 D6521T4A7 Demo Board Top Copper...

Page 91: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 91 of 111 Figure 4 10 D6521T4A7 Demo Board Bottom View...

Page 92: ...71M6521 Demo Board User s Manual Page 92 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 11 D6521T4A7 Demo Board Bottom Copper...

Page 93: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 93 of 111 4 8 D6521T4A8 DEMO BOARD PCB LAYOUT Figure 4 12 D6521T4A8 Demo Board Top View...

Page 94: ...71M6521 Demo Board User s Manual Page 94 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 13 D6521T4A8 Demo Board Top Copper...

Page 95: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 95 of 111 Figure 4 14 D6521T4A8 Demo Board Bottom View...

Page 96: ...71M6521 Demo Board User s Manual Page 96 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 15 D6521T4A8 Demo Board Bottom Copper...

Page 97: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 97 of 111 4 9 D6521T4A10 DEMO BOARD PCB LAYOUT Figure 4 16 D6521T4A10 Demo Board Top View...

Page 98: ...71M6521 Demo Board User s Manual Page 98 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 17 D6521T4A10 Demo Board Top Copper...

Page 99: ...71M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 99 of 111 Figure 4 18 D6521T4A10 Demo Board Bottom Copper...

Page 100: ...71M6521 Demo Board User s Manual Page 100 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 19 D6521T4A10 Demo Board Bottom View...

Page 101: ...2 ND 7 1 J2 DB9 DB9 A2100 ND AMP Digi Key A2100 ND 8 1 J3 HEADER 8X2 8x2pin PPTC082LFBN Sullins Digi Key S4208 ND 9 4 R1 R5 R7 R8 10K 0805 ERJ 6GEYJ103V Panasonic Digi Key P10KACT ND 10 2 R2 R3 1K 080...

Page 102: ...6 GND2 7 VDD2 8 U3 ADUM1100 V3P3 C9 0 1uF V3P3 C12 0 1uF GND GND_DBG V5_DBG D3 LED DIO00_DBG GND_DBG V5_DBG C22 0 1uF 1 2 JP4 HDR2X1 GND_DBG VDD1 1 DIN 2 VDD1 3 GND1 4 GND2 5 DOUT 6 GND2 7 VDD2 8 U1 A...

Page 103: ...M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 103 of 111 4 12 DEBUG BOARD PCB LAYOUT Figure 4 21 Debug Board Top View Figure 4 22 Debug Board Bottom Vi...

Page 104: ...71M6521 Demo Board User s Manual Page 104 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18 Figure 4 23 Debug Board Top Signal Layer Figure 4 24 Debug Board Middle Layer 1 Ground Plane...

Page 105: ...1M6521 Demo Board User s Manual Revision 2 18 2005 2009 TERIDIAN Semiconductor Corporation Page 105 of 111 Figure 4 25 Debug Board Middle Layer 2 Supply Plane Figure 4 26 Debug Board Bottom Trace Laye...

Page 106: ...ption IA IB I Line Current Sense Inputs These pins are voltage inputs to the internal A D converter Typically they are connected to the outputs of current sensors Unused pins must be connected to V3P3...

Page 107: ...e the SECURE bit set CKTEST SEG19 O Multi use pin configurable as either Clock PLL output or LCD segment driver Can be enabled and disabled by CKOUT_EN TMUXOUT O Digital output test multiplexer Contro...

Page 108: ...50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 OPT_TX DIO2 TMUXOUT DIO3 TX SEG3 V3P3D CKTEST SEG19 V3P3SYS SEG4 SEG5 SEG37 DIO17 COM0 COM1 COM2 COM3 SEG0 SEG1 SEG2 SEG34 DIO14 SEG35 DIO15 SEG36 DIO16...

Page 109: ...9 SEG28 DIO8 SEG27 DIO7 SEG26 DIO6 SEG25 DIO5 ICE_E SEG24 DIO4 SEG18 SEG17 SEG16 COM3 SEG0 SEG35 DIO15 SEG36 DIO16 SEG6 SEG8 SEG1 SEG2 SEG34 DIO14 SEG7 SEG12 SEG10 SEG11 SEG9 SEG15 SEG13 SEG14 E_TCLK...

Page 110: ...71M6521 Demo Board User s Manual Page 110 of 111 2005 2009 TERIDIAN Semiconductor Corporation Revision 2 18...

Page 111: ...ced io_merge command with d_merge Replaced reference to FDBM flash download module with reference to TFP2 Flash Programmer Consolidated naming of ICs 71M6521BE 71M6521DE 71M6521FE and removed re feren...

Page 112: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Maxim Integrated 71M6521FE DB...

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