HYCON HY12P Bedienungsanleitung

www.hycontek.com

UG-HY12S65-V05_EN

HY12P Family

User’s Guide

Digital Multimeter

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page2

Table of Contents

1. READING GUIDANCE..............................................................................................................................6

1.1. About This User Guide..........................................................................................................................6

1.2. Terms and Definition .............................................................................................................................7

2. CPU...........................................................................................................................................................9

2.1. CPU Core..............................................................................................................................................9

2.2. Memory...............................................................................................................................................10

3. OSCILLATOR, CLOCK SOURCES AND POWER MANAGED MODES ..............................................24

3.1. Oscillator.............................................................................................................................................24

3.2. CPU and Peripheral Circuit Clock Sources ........................................................................................26

3.3. Register Description-Operating Clock Source Controller ...................................................................30

3.4. Power Managed and Operation Mode................................................................................................33

4. RESET.....................................................................................................................................................36

4.1. Reset Events Description....................................................................................................................37

4.2. Status Registers..................................................................................................................................38

5. INTERRUPT............................................................................................................................................41

5.1. Register Description-Interrupt.............................................................................................................42

6. HARDWARE MULTIPLIER.....................................................................................................................48

7. INPUT/OUTPUT PORT, I/O ....................................................................................................................49

7.1. PORT Related Register Introduction ..................................................................................................50

7.2. Buzzer.................................................................................................................................................51

7.3. Input/Output Port 1, I/O Port1.............................................................................................................52

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page3

7.4. Input/Output Port 2, I/O Port2.............................................................................................................54

7.5. Input/Output Port 3 , I/O Port3............................................................................................................56

8. WATCH DOG TIMER, WDT....................................................................................................................58

8.1. WDT Manual.......................................................................................................................................58

8.2. Register Description-WDT ..................................................................................................................60

9. TIMER-A..................................................................................................................................................61

9.1. TMA Manual........................................................................................................................................62

9.2. Register Description -TMA..................................................................................................................63

10.TIMER-C..................................................................................................................................................64

10.1. Timer-C Manual...................................................................................................................................65

10.2. Register Description -TMC..................................................................................................................66

11. FREQUENCY GENERATOR, PWM/PFD...............................................................................................68

11.1. PFD Mode Manual..............................................................................................................................69

11.2. PWM Mode Manual.............................................................................................................................70

11.3. Register Description-PFD/PWM .........................................................................................................74

12. FREQUENCY COUNTER, CNT AND CMP PIN.....................................................................................75

12.1. Example of Calculation .......................................................................................................................76

12.2. Register Description- Frequency Counter...........................................................................................77

13. LCD .........................................................................................................................................................78

13.1. LCD Manual........................................................................................................................................79

13.2. LCD Output Waveform........................................................................................................................82

13.3. Register Description -LCD ..................................................................................................................87

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page4

14. ENHANCED UNIVERSAL ASYNCHRONOUS RECEIVER TRANSMITTER........................................89

14.1. EUART Manual ...................................................................................................................................90

14.2. Baud Rate Generator, BRG................................................................................................................91

14.3. Hardware Parity Check.......................................................................................................................94

14.4.EUART Asynchronous Mode ..............................................................................................................94

14.5. Register Description-EUART ............................................................................................................102

15. MULTI-FUNCTION COMPARATOR .....................................................................................................107

15.1. Scan Key Description........................................................................................................................108

15.2.Example Program .............................................................................................................................108

15.3. Register Description- Multi-function Comparator..............................................................................109

15.4. Low Power Voltage Detection Description........................................................................................ 110

16. CHARGE PUMP REGULATOR AND VDDA LDO ............................................................................... 111

16.1. Register Description- Charge Pump Regulator ................................................................................112

16.2. Power on Example Program.............................................................................................................112

17. AUTO RANGE DMM MULTI-FUNCTION NETWORK .........................................................................113

17.1. Voltage Reference Generator (VRG)................................................................................................ 114

17.2. Power System...................................................................................................................................117

17.3. AGND for Different Applications........................................................................................................117

17.4. Example Program ............................................................................................................................. 118

17.5. Analog Switch Network..................................................................................................................... 118

17.6. DMM Comparator Network ...............................................................................................................126

17.7. Pre-Filter, ADC Input MUX and Temperature Sensor .......................................................................128

18. ΣΔADC, LOW PASS FILTER, RMS CONVERTER AND PEAK HOLD...............................................131

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page5

18.1. Register Data Synchronization .........................................................................................................132

18.2. ΣΔADC..............................................................................................................................................132

18.3. Suggested Configurations for DMM Application...............................................................................135

18.4. Peak Hold..........................................................................................................................................138

18.5. Low Pass Filter & RMS Converter....................................................................................................138

19. DMM RANGE APPLICATION EXAMPLE ............................................................................................140

19.1. DC mV...............................................................................................................................................140

19.2. AC mV...............................................................................................................................................141

19.3. DCV...................................................................................................................................................142

19.4. ACV...................................................................................................................................................143

19.5. 500~50Kohm.....................................................................................................................................144

19.6. 500K~50Mohm..................................................................................................................................145

19.7. 5nF~500nF........................................................................................................................................146

19.8. 5uF~500uF........................................................................................................................................147

20. BUILD-IN EPROM.................................................................................................................................148

20.1. BIE instruction...................................................................................................................................149

20.2. Register Description-BIE...................................................................................................................152

21. REVISION RECORD.............................................................................................................................153

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page6

1. Reading Guidance

1.1. About This User Guide

Attention:

1、HYCON Technology Corp. reserves the right to change the content of this datasheet

without further notice. For most up-to-date information, please constantly visit our

website: http://www.hycontek.com .

2、HYCON Technology Corp. is not responsible for problems caused by figures or

application circuits narrated herein whose related industrial properties belong to third

parties.

3、Specifications of any HYCON Technology Corp. products detailed or contained herein

stipulate the performance, characteristics, and functions of the specified products in the

independent state. We does not guarantee of the performance, characteristics, and

functions of the specified products as placed in the customer’s products or equipment.

Constant and sufficient verification and evaluation is highly advised.

4、Please note the operating conditions of input voltage, output voltage and load current

and ensure the IC internal power consumption does not exceed that of package

tolerance. HYCON Technology Corp. assumes no responsibility for equipment failures

that resulted from using products at values that exceed, even momentarily, rated values

listed in products specifications of HYCON products specified herein.

5、Notwithstanding this product has built-in ESD protection circuit, please do not exert

excessive static electricity to protection circuit.

6、Products specified or contained herein cannot be employed in applications which

require extremely high levels of reliability, such as device or equipment affecting the

human body, health/medical equipments, security systems, or any apparatus installed in

aircrafts and other vehicles.

7、Despite the fact that HYCON Technology Corp. endeavors to enhance product quality

as well as reliability in every possible way, failure or malfunction of semiconductor

products may happen. Hence, users are strongly recommended to comply with safety

design including redundancy and fire-precaution equipments to prevent any accidents

and fires that may follow.

8、Use of the information described herein for other purposes and/or reproduction or

copying without the permission of HYCON Technology Corp. is strictly prohibited.

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page7

1.2. Terms and Definition

1.2.1. Glossary

1KB 1KiloByte

ADC Analog to Digital Converter

Bit Bit

BOR Brown-Out Reset

BSR Bank Select Register

Byte Byte

CPU Central Processing Unit

DM Data Memory

FSR File Select Register

GPR General Purpose Register

HAO High Accuracy Oscillator

LNOP Low Noise OP AMP

LPO Low Power Oscillator

LSB Least Significant Bit

MEM Memory

MPM Main Program Memory

MSB Most Significant Bit

OTP One Time Program-EPROM

PC Program Counter

PPF PWM and PFD

SD18 Sigma-Delta ADC

SR Special Register

SRAM Static Random Access Memory

STK Stack

WDT Watch Dog Timer

WREG Work Register

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page8

1.2.2. Register Related Glossary

[ ] Register length

< > Register value

ABC[7:0] ABC register had 0 to 7bit

ABC<111> ABC register had 3bit and value had 111 of binary

ABC<11x> x：can be neglected, it can be set as 1 or 0

rw Read/Write

r Read only

r0 Read as 0

r1 Read as 1

w Write only

w0 Write as 0

w1 Write as 1

h0 cleared by Hardware

h1 set by Hardware

u0 cleared by User

u1 set by User

- Not use

! users are forbidden to change

u unchanged

x unknown

d depends on condition

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page9

2. CPU

2.1. CPU Core

CPU Core (H08A) adopts Harvard architecture concept in order to enhance execution

efficiency. Separate program memory and data memory incorporated in program memory

address increases user convenience of program writing.

CPU features include：

Isolated design frame of program memory and data memory upgrades instruction

execution speed and CPU efficiency.

Maximum address ability: 8KW for program memory and 256KB for data memory.

At most 67 instructions including 16-bit look-up-table, 8x8 hardware multiplier and

program memory block switch and stack control.

One instruction accomplished data movement from register A to register B without

changing work register data.

One instruction accomplished utmost 16-bit FSR register data movement and

address 8KW program memory look-up-table instruction.

Data memory operation includes Program Counter (PC), Status Register (Status)

and Stack Register (Stack) data movement.

Processor core is H08A core.

HY12S65 User’s Guide

Digital Multimeter

2015-2017

HYCON Technology Corp

www.hycontek.com

UG-HY12S65-V05_EN

page10

2.2. Memory

Memory is composed by program memory (OTP) and data memory (SRAM). Memory

size differs from diverse part number; hence product data sheets should be read with extra

caution.

Program Memory：

Main Program Memory (MPM)

Program Counter (PC)

Stack (STK)

Data Memory：

Special Register (SR)

General Purpose Register (GPR)

Memory Related Registers：(x：Means it constitutes several registers).

PC[12:0] PCHSR[4:0],PCLATH[4:0],PCLATL[7:0]

TOS[12:0] TOSH[4:0],TOSL[7:0]

FSRx[8:0] FSRxH[8],FSRxL[7:0]

INDFx INDF0[7:0],INDF1[7:0]

POINCx POINC0[7:0], POINC1[7:0]

PODECx PODEC0[7:0], PODEC1[7:0]

PRINCx PRINC0[7:0], PRINC1[7:0]

PLUSWx PLUSW0[7:0], PLUSW1[7:0]

STKCN STKFL[0],STKOV[0],STKUN[0],STKPRT[2:0]

PSTATUS SKERR[0]

BSRCN BSR[0]

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