Fully integrated hand-tune pointer FM / LW / MW / SW Radio chipRadio-on-a-Chip ™

KT0936M ( B9 )Features

FM Mixer

ADC

FMAGC

Digital Signal Processor•

Full-band single-chip solution
FMINP

Built-in MCU

VCOsyntehsizer

FMLNA

Support mechanical knobs transfer station

ADC LO

Support global wavelength range

FM - 32MHz-110MHz LW - 150KHz-520KHz

AM LNA

MW - 500KHz -1750KHz SW - 1.75MHzDAC

AU_OUTAB

SysPLL

AMINP
VCO

AMINN

- 32MHz

Class

MCU

AMAGC

XTAL

AM Mixer

High sensitivity

FM - 1.6uVEMF LW - 16uVEMF

KT0936M Internal block diagram

MW - 16uVEMF SW - 13uVEMF

High reliability•

Overall description

Noise ratio ( FM / AM): 58dB / 55dB ( No external filters) Total Harmonic
Distortion: 0.3%
Low power consumption
Typical operating current value 29mA
Integrated transfer station indicator
Sensitivity threshold and hysteresis can be customized

Auto Mute
When the received signal is deteriorated can be automatically reduced volume
Low operating voltage

KT0936M Quantum Microelectronics is the third generation of independent intellectual
property products, it is a fully integrated FM / LW / MW / SW Products that can support
mechanical adjustment knob station. Its main feature is to first transfer station can alreadyfeel the improvement after PVC Comparable program. Secondly, KT0936M With a furthertransfer station indicator, improved EMI / EMC Characteristics, sensitivity was goodflatness improvement. Finally, due to the improved anti-jamming capability, LW with
MW The antenna arrangement may also be more flexible.

2.1V ~ 3.6V , Using two AAA Battery
Built-in crystal oscillator circuit
stand by 32.768KHz with 38KHz Crystal
Support flexible reference clock
From the reference clock 30KHz To 40MHz use 1Hz Stepping can support

SOP16L Package in linewith RoHS standard•

As a result of the advanced architecture, KT0936M We can provide a quality user
experience, including high sensitivity, high signal to noise ratio, low distortion and highanti-jamming capability.

KT0936M It requires only a simple external circuit may be a mechanical knob for manualtransfer station, no external MCU . In use KT0936M When the need to use EEPROM To
work, at the same time KT0936M Also supports additional EEPROM In order to meet

Applications

customer application.

Portable radios, clock radios, mini-stereo, radio, and other hand-tune the campus
radio applications

version V2.2
Quantum Microelectronics Co., Ltd. Information provided is accurate and reliable information, but Quantum Microelectronics Co., Ltd.
does not assume responsibility for any third party for infringement of patents or other rights or their use may cause. Quantum
Electronics Corp. default or not authorized in any form to any patent rights.

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KT0936M ( B9 )table of Contents
1. Electrical Characteristics .................................................. .................................................. ............................................. 5

2. Pin Description .................................................. .................................................. ............................................. 8
3. Functional Description .................................................. .................................................. ............................................. 93.1. Outline .................................................. .................................................. .................................................. 93.2. FM receiver .................................................. .................................................. ....................................... 93.3. AM receiver .................................................. .................................................. ...................................... 93.4. Working band .................................................. .................................................. .......................................... 93.5. And reference clock oscillator .................................................. .................................................. ............................ 13

3.6. Mode as the control knob and band control channel .................................................. .......................................... 13

3.7. AM_FM Pin .................................................. .................................................. ................................. 16
3.8. RF_SW Pin .................................................. .................................................. .................................. 17
3.9. Chip Set .................................................. .................................................. ........................................ 17
3.10. Register Table .................................................. .................................................. ........................................ 18

3.10.1. PLLCFG0 (Address 0x04) ............................................. .................................................. ............ 18
3.10.2. PLLCFG1 (Address 0x05) ............................................. .................................................. ............ 18
3.10.3. PLLCFG2 (Address 0x06) ............................................. .................................................. ............ 18
3.10.4. PLLCFG3 (Address 0x07) ............................................. .................................................. ............ 18

3.10.5. SYSCLK_CFG0 (Address 0x08) ............................................. .................................................. .. 18
3.10.6. SYSCLK_CFG1 (Address 0x09) ............................................. .................................................. .. 18
3.10.7. SYSCLK_CFG2 (Address 0x0A) ............................................. .................................................. 18
3.10.8. XTALCFG (Address 0x0D) ............................................. .................................................. .......... 18
3.10.9. RXCFG1 (Address 0x000F) ............................................. .................................................. .......... 19

3.10.10. BANDCFG2 (Address 0x18) ............................................. .................................................. ........ 19
3.10.11. BANDCFG3 (Address 0x19) ............................................. .................................................. ........ 19
3.10.12. SOUNDCFG (Address 0x28) ............................................. .................................................. ........ 20

3.10.13. DSPCFG0 (Address 0x2A) ............................................. .................................................. ........... 20
3.10.14. DSPCFG6 (Address 0x30) ............................................. .................................................. ............ 20
3.10.15. SW_CFG0 (Address 0x38) ............................................. .................................................. ............ 20
3.10.16. AMDSP7 (Address 0x39) ............................................. .................................................. .............. twenty one

3.10.17. ANACFG (Address 0x4E) ............................................. .................................................. ............ twenty one
3.10.18. GPIOCFG0 (Address 0x4F) ............................................. .................................................. .......... twenty one

3.10.19. GPIOCFG2 (Address 0x51) ............................................. .................................................. .......... twenty two
3.10.20. AMDSP0 (Address 0x62) ............................................. .................................................. .............. twenty two
3.10.21. AMDSP1 (Address 0x63) ............................................. .................................................. .............. twenty two
3.10.22. AMDSP7 (Address 0x69) ............................................. .................................................. .............. twenty three

3.10.23. GUARD0 (Address 0x6F) ............................................. .................................................. ............. twenty three

3.10.24. GUARD0 (Address 0x70) ............................................. .................................................. ............. twenty three

3.10.25. FMCHAN0 (Address 0x88) ............................................. .................................................. .......... twenty three

3.10.26. FM1_LOW_CHAN0 (Address 0x90) ............................................. ............................................. twenty four
3.10.27. FM1_LOW_CHAN1 (Address 0x91) ............................................. ............................................. twenty four

3.10.28. FM1_CHAN_NUM0 (Address 0x92) ............................................. ............................................. twenty four
3.10.29. FM1_CHAN_NUM1 (Address 0x93) ............................................. ............................................. twenty four
3.10.30. FM2_LOW_CHAN0 (Address 0x94) ............................................. ............................................. twenty four

3.10.31. FM2_LOW_CHAN1 (Address 0x95) ............................................. ............................................. 25
3.10.32. FM2_CHAN_NUM0 (Address 0x96) ............................................. ............................................. 25
3.10.33. FM2_CHAN_NUM1 (Address 0x97) ............................................. ............................................. 25
3.10.34. MW1_LOW_CHAN0 (Address 0x98) ............................................. ............................................ 25
3.10.35. MW1_LOW_CHAN1 (Address 0x99) ............................................. ............................................ 25
3.10.36. MW1_CHAN_NUM0 (Address 0x9A) ............................................. ........................................... 25
3.10.37. MW1_CHAN_NUM1 (Address 0x9B) ............................................. ........................................... 26
3.10.38. MW2_LOW_CHAN0 (Address 0x9C) ............................................. ........................................... 26
3.10.39. MW2_LOW_CHAN1 (Address 0x9D) ............................................. ........................................... 26
3.10.40. MW2_CHAN_NUM0 (Address 0x9E) ............................................. ........................................... 26
3.10.41. MW2_CHAN_NUM1 (Address 0x9F) ............................................. ........................................... 26
3.10.42. GUARD2 (Address 0xA0) ............................................. .................................................. ............ 27

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )3.10.43. GUARD3 (Address 0xA1) ............................................. .................................................. ............ 27
3.10.44. GUARD4 (Address 0xA2) ............................................. .................................................. ............ 27
3.10.45. GUARD5 (Address 0xA3) ............................................. .................................................. ............ 27
3.10.46. SW1_LOW_CHAN0 (Address 0xA4) ............................................. ............................................ 27
3.10.47. SW1_LOW_CHAN1 (Address 0xA5) ............................................. ............................................ 27
3.10.48. SW2_LOW_CHAN0 (Address 0xA6) ............................................. ............................................ 27
3.10.49. SW2_LOW_CHAN1 (Address 0xA7) ............................................. ............................................ 28
3.10.50. SW3_LOW_CHAN0 (Address 0xA8) ............................................. ............................................ 28
3.10.51. SW3_LOW_CHAN1 (Address 0xA9) ............................................. ............................................ 28
3.10.52. SW4_LOW_CHAN0 (Address 0xAA) ............................................. ........................................... 28
3.10.53. SW4_LOW_CHAN1 (Address 0xAB) ............................................. ........................................... 28
3.10.54. SW5_LOW_CHAN0 (Address 0xAC) ............................................. ........................................... 29
3.10.55. SW5_LOW_CHAN1 (Address 0xAD) ............................................. ........................................... 29
3.10.56. SW6_LOW_CHAN0 (Address 0xAE) ............................................. ............................................ 29
3.10.57. SW6_LOW_CHAN1 (Address 0xAF) ............................................. ............................................ 29
3.10.58. SW7_LOW_CHAN0 (Address 0xB0) ............................................. ............................................ 29
3.10.59. SW7_LOW_CHAN1 (Address 0xB1) ............................................. ............................................ 30
3.10.60. SW8_LOW_CHAN0 (Address 0xB2) ............................................. ............................................ 30
3.10.61. SW8_LOW_CHAN1 (Address 0xB3) ............................................. ............................................ 30
3.10.62. SW9_LOW_CHAN0 (Address 0xB4) ............................................. ............................................ 30
3.10.63. SW9_LOW_CHAN1 (Address 0xB5) ............................................. ............................................ 30
3.10.64. SW10_LOW_CHAN0 (Address 0xB6) ............................................. .......................................... 30
3.10.65. SW10_LOW_CHAN1 (Address 0xB7) ............................................. .......................................... 31
3.10.66. SW11_LOW_CHAN0 (Address 0xB8) ............................................. .......................................... 31
3.10.67. SW11_LOW_CHAN1 (Address 0xB9) ............................................. .......................................... 31
3.10.68. SW12_LOW_CHAN0 (Address 0xBA) ............................................. ......................................... 31
3.10.69. SW12_LOW_CHAN1 (Address 0xBB) ............................................. .......................................... 31
3.10.70. SW13_LOW_CHAN0 (Address 0xBC) ............................................. .......................................... 32
3.10.71. SW13_LOW_CHAN1 (Address 0xBD) ............................................. ......................................... 32
3.10.72. SW14_LOW_CHAN0 (Address 0xBE) ............................................. .......................................... 32
3.10.73. SW14_LOW_CHAN1 (Address 0xBF) ............................................. .......................................... 32
3.10.74. SW1_CHAN_NUM0 (Address 0xC0) ............................................. ............................................ 32
3.10.75. SW1_CHAN_NUM1 (Address 0xC1) ............................................. ............................................ 33
3.10.76. SW2_CHAN_NUM0 (Address 0xC2) ............................................. ............................................ 33
3.10.77. SW2_CHAN_NUM1 (Address 0xC3) ............................................. ............................................ 33
3.10.78. SW3_CHAN_NUM0 (Address 0xC4) ............................................. ............................................ 33
3.10.79. SW3_CHAN_NUM1 (Address 0xC5) ............................................. ............................................ 33
3.10.80. SW4_CHAN_NUM0 (Address 0xC6) ............................................. ............................................ 33
3.10.81. SW4_CHAN_NUM1 (Address 0xC7) ............................................. ............................................ 34
3.10.82. SW5_CHAN_NUM0 (Address 0xC8) ............................................. ............................................ 34
3.10.83. SW5_CHAN_NUM1 (Address 0xC9) ............................................. ............................................ 34
3.10.84. SW6_CHAN_NUM0 (Address 0xCA) ............................................. ........................................... 34
3.10.85. SW6_CHAN_NUM1 (Address 0xCB) ............................................. ........................................... 34
3.10.86. SW7_CHAN_NUM0 (Address 0xCC) ............................................. ........................................... 34
3.10.87. SW7_CHAN_NUM1 (Address 0xCD) ............................................. ........................................... 35
3.10.88. SW8_CHAN_NUM0 (Address 0xCE) ............................................. ............................................ 35
3.10.89. SW8_CHAN_NUM1 (Address 0xCF) ............................................. ............................................ 35
3.10.90. SW9_CHAN_NUM0 (Address 0xD0) ............................................. ............................................ 35
3.10.91. SW9_CHAN_NUM1 (Address 0xD1) ............................................. ............................................ 35
3.10.92. SW10_CHAN_NUM0 (Address 0xD2) ............................................. .......................................... 35
3.10.93. SW10_CHAN_NUM1 (Address 0xD3) ............................................. .......................................... 36
3.10.94. SW11_CHAN_NUM0 (Address 0xD4) ............................................. .......................................... 36
3.10.95. SW11_CHAN_NUM1 (Address 0xD5) ............................................. .......................................... 36
3.10.96. SW12_CHAN_NUM0 (Address 0xD6) ............................................. .......................................... 36
3.10.97. SW12_CHAN_NUM1 (Address 0xD7) ............................................. .......................................... 36
3.10.98. SW13_CHAN_NUM0 (Address 0xD8) ............................................. .......................................... 36
3.10.99. SW13_CHAN_NUM1 (Address 0xD9) ............................................. .......................................... 37
3.10.100.

SW14_CHAN_NUM0 (Address 0xDA) ............................................. ................................ 37

3.10.101.

SW14_CHAN_NUM1 (Address 0xDB) ............................................. ................................ 37

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )4. Reference circuit .................................................. .................................................. ........................................... 38

5. Package size .................................................. .................................................. ........................................... 40
6. Screen printing package .................................................. .................................................. ........................................... 41

7. Ordering Guide .................................................. .................................................. ........................................... 42

8. historic version .................................................. .................................................. ........................................... 43

9. contact us .................................................. .................................................. ........................................... 44

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )1. Electrical Characteristics
table 1 : Working conditions
parameter

symbolTest Conditions

voltage

AVDD

Analog ground

Digital Supply Voltage

DVDD

Analog groundAmbient temperatureTa

Min Typ Max unit
V

2.1

3.3

3.6

2.1

3.3

3.6

V

--30

25

70

℃

table 2 : Maximum Ratings

unit

parameter

symbolTypical values

voltage

AVDD- 0.5 to 3.9

digital I / O voltage

DVDD- 0.5 to 3.9

V

Input Current

I IN

10

mA

Input voltage

V IN

V

- 0.3 to (V IO + 0.3)

V
V PK

0.7

RF input level
Note:

1. Exceeding the maximum ratings may cause damage to the equipment.
2. Operation Restriction function should be specified in accordance with the data table, a long time exceeding the operating conditions may affect device reliability.

3. SPAN Pin.
table 3 : DC Characteristics( In addition there are other statements are considered Ta = - 30 to 70 ℃, AVDD = DVDD = 2.1V to 3.6 V)parameter

symbol Test Conditions

FM modeMin Typ Max Units

I FM

-

30

MW mode I MW

Working current

SW mode

I SW

- mA

29

mA

29

mA

table 4 : FM Reception characteristics( In addition there are other statements are considered Ta = - 30 to 70 ℃, AVDD = DVDD = 2.1V to 3. 6V)parameter

symbol Test Conditions

FM Frequency Range

F rx

Sensitivity 1,2,3

Sen

IIP3 4,5

IIP3

Min Typ Max unit32
1.6

(S + N) / N = 26dB

110

MHz

2

uVemf
dBuVE

85

Adjacent Channel Selectivity± 200KHz

40

Adjacent channel selectivity secondary channel± 400KHz

50

MF
51

dB

70

dB

Image Rejection

43dB

AM inhibition

50

dB

30

Reference Clock

Audio output amplitude 1,2,4,6,7

32ohm load-

Frequency response 1,2,4

± 3dB

30

Mono SNR 1,2,3,4

Without filter

55

De-emphasis time constant

KHz

100

ppm

-

mV RMS

15k

Hz
dB

0.3

%

DE = 075μs

DE = 150

0.85

Audio common mode voltage

RL

345

40,00058

Total harmonic distortion 1,2,4,6

Audio output load

32.768--100

Reference clock accuracy 8

μs

1.6

200

V
Ω

32

Single-ended

Power-on time

1.35

600

ms

Note:

1. FMOD = 1KHz, 75us De-emphasis

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )2. MONO = 1

3. △ F = 22.5KHz
4. V EMF = 1mV, Frx = 32MHz ~ 110MHz
5. RFAGCD = 1

6. △ F = 75KHz
7. VOLUME <4: 0> = 11111
8. Reference clock discontinuous specifically described with reference to application

9. △ F = 75KHz

table 5 : MW Reception characteristics( In addition there are other statements are considered Ta = - 30 to 70 ℃, AVDD = DVDD = 2.1V to 3. 6V)parameter

symbol Test Conditions

MW Frequency Range

F rx

Sensitivity 1,2Sen

Min Typ Max unit
1750

500

KHz
uVemf

(S + N) / N = 20dB

16

The audio output voltage 1,3,4,5

32ohm load

360

Mono SNR 1,2,3,4

Without filter

55

62

0.3

0.6%

-

620

uH

520

KHz

Total harmonic distortion 1,2,4

L

Antenna tuning inductance

360

mV RMSdB

Note:

1. FMOD = 1KHz
2. Modulation depth 30%

3. V EMF = 1mV, Frx = 500KHz ~ 1750KHz
4. VOLUME <4: 0> = 11111
5. Modulation depth 80%

table 6 : LW Reception characteristics( In addition there are other statements are considered Ta = - 30 to 70 ℃, AVDD = DVDD = 2.1V to 3. 6V)parameter

symbol Test Conditions

LW Frequency Range

F rx

Sensitivity 1,2Sen

Min Typ Max unit
150

(S + N) / N = 20dB

16

uVemf

The audio output voltage 1,3,4,5

32ohm load

360

mV RMS

Mono SNR 1,2,3,4

Without filter

55

62

0.3

0.6%

-

7

mH

32

MHz

Total harmonic distortion 1,2,4

L

Antenna tuning inductance

4.1

dB

Note:

6. FMOD = 1KHz
7. Modulation depth 30%

8. V EMF = 1mV, Frx = 150KHz ~ 520KHz
9. VOLUME <4: 0> = 11111
10. Modulation depth 80%

table 7 : SW Reception characteristics( In addition there are other statements are considered Ta = - 30 to 70 ℃, AVDD = DVDD = 2.1V to 3. 6V)parameter

symbol Test Conditions

SW Frequency Range

F rx

Sensitivity 1,2,3

Sen

Min Typ Max unit
1.75

(S + N) / N = 20dB

13

uVemf

The output voltage 2,4,5,6

32ohm load

360

mV RMS

Mono SNR 2,3,4,5

Without filter

Total harmonic distortion, 3,4,5

55

62

0.3

0.6%

dB

Note:
1. Additional LNA

2. FMOD = 1KHz
3. Modulation depth 30%

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )4. V EMF = 1mV
5. VOLUME <4: 0> = 11111
6. Modulation index 80%

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )2. Pin Descriptiontable 8 : Pin Description

Pin order Pin Name I / O Type Description

1

AMINN simulation

MW with LW Antenna negative input

2

AMINP simulation

MW with LW The positive electrode antenna input

3

RFINP

4

RFGND RF Ground

5

DVSS

6

DVDD Digital Power7

RF_SW digital I / O Features 1 : RF circuit switching control pin.

RF Entry RF input
RF ground

Digital Ground Digital GroundFeatures 2 : Access to external EEPROM As the data pins (Integrated

47Kohm Pull-up resistor).

8

TUNING Digital Output Effective Taiwan instructions

9

CH

Analog Input Frequency control pin

10

SPAN

Analog Input Band switching control

11

AM_FM digital I / O default 47Kohm Pull-up resistor.
Features 1 : For switching softmute effect. Features 2 : Keys for switching
between bands. Features 3 : A fluctuation band switching. Features 4 : Accessto external EEPROM As clock pins.

12

AOUT

Analog Output Audio output

13

AVSS

Analog ground Analog ground

14

XI / RCLK simulation I / O Crystal

15

XO

16

AVDD Analog Powersimulation I / O Crystal

1

16

AVDD

AMINP

2

15

XO

RFINP

3

14

XI / RCLK

RFGND

4

13

AVSS

DVSS

5

12

AOUT

DVDD

6

11

AM_FM

RF_SW

7

10

SPAN

TUNING

8

9

CH

KT0936M

AMINN

Map 1 : KT0936M FIG pins (top view)

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )3. Functional Description

3.1. Outline
KT0936M Is a single chip a full wavelength range FM / LW / MW / SW Radio solutions. Greatly simplifying the peripheral
circuits, and may provide a variety of different configurations to achieve personalized design.

3.2. FM receiverKT0936M of FM The receiver is based on KT Micro The third collection has been mass-produced sound chip.
KT0936M Need no external frequency adjustment circuit or a filter. The architecture includes a fully integrated low noise amplifier,
an automatic gain control ( AGC ), A series of high-performance ADC High performance analog and digital filters and a low noise
automatic tuning sheet VCO . Simultaneously, KT0936M Also built high stability
Class-AB Operational amplifiers, audio amplifiers do not need an increase in the chip.

3.3. AM receiverKT0936M of AM Receiver support LW , MW , SW The wavelength range. for LW The receiver is supported from 150KHz To 520KHz
In the frequency range 1 Arbitrary band and can be equipped 1 Fixed LW Band. its LW The receiver may 150KHz To 520KHz Provide
accurate and automatically tuning an antenna, no manual adjustment of frequency within the range. Its value can be taken up in
the ferrite antenna 4.1mH To 7mH between.

for MW The receiver is supported from 500KHz To 1750KHz The frequency range of 2 Arbitrary band and can be equipped 2 Fixed
MW Band. its MW The receiver may 500KHz To 1750KHz Provide accurate and automatically tuning an antenna, no manualadjustment of frequency within the range. Its value can be taken up in the ferrite antenna 360uH To 620uH between.

for SW The receiver is supported from 1.75MHz To 32MHz In the frequency range 14 Arbitrary band and can be equipped 36
Fixed SW Band.

AM The receiver bandwidth filter may be provided by a register FLT_SEL <2: 0> Set from
1.2KHz To 6KHz In order to adapt to different customer needs.

3.4. Working band
KT0936M stand by 4 More FM Band, 4 More MW Band, 2 More LW Band and 50 More SW

Band. FM The receiver frequency range covered from 32MHz To 110MHz . FM1 with FM2 Band frequency range canregister FMi_LOW_CHAN <11: 0> with FMi_CHAN_NUM <11: 0> Set up, which i = 1 or 2 . FMi_LOW_CHAN <11: 0> Usedto set the start frequency band,
FMi_CHAN_NUM <11: 0> Number of stations to set the band (the total number of stations is reduced in this register 1 ). KT0936M standby 3 Different FM Channel stepping, 50KHz , 100KHz with 200KHz . Through a separate configuration register FMi_SPACE <1: 0> Implementation,(which i = 1 or 2 ) . FM3 with

FM4 Fixed frequency range and step, can not EEPROM Configuration.

MW Band frequency range can register MWi_LOW_CHAN <10: 0> with
MWi_CHAN_NUM <11: 0> Set up, at the same time MW Band channel separate registers step by MWi_SPACE<1: 0> To set 1KHz , 9KHz or 10KHz ( among them i = 1 or 2 ) .

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )MWi_LOW_CHAN <10: 0> Used to set the start frequency band, MWi_CHAN_NUM <11: 0>
Number of stations to set the band (the total number of stations is reduced in this register 1 ). MW3 with MW4 Fixed frequency range
and step, can not EEPROM Configuration.

LW Bands LW2 Frequency range may register by MW2_LOW_CHAN <10: 0> with M W2_CHAN_NUM <11: 0> Set
up, at the same time LW2 Stepping through channels separate registers MW2_SPACE <1: 0> To set 1KHz , 9KHz or 10KHz .
Note that when the MW2_LOW _CHAN <10: 0> with MW2_CHAN_NUM <11: 0> Configured to LW When the wavelength
range, must be avoided MW2 Band.

SW Bands SW1-SW14 The frequency range may be provided by register SWi_LOW_CHAN <14: 0> with SWi_CHAN_NUM<11: 0> ( among them i = 1 , 2 , ...... 14) And stepping through the channel configuration register SW_SPACE <1: 0> Set to 1KHz
, 5KHz , 9KHz or 10KHz . and S W15-SW50 Fixed frequency range, can not be EEPROM Configuration.

table 9 : The default configuration of the list Bandno EEPROM

New Noise ( AM_FM for low)

Original drop noise( AM_FM High)Start Frequency Stop frequency

Stepping

Start frequency stop frequency step

FM1

87MHz

108.5MHz

50KHz

87MHz

108.5MHz

50KHz

FM2

75.5MHz108.5MHz

100KHz75.5MHz108.5MHz

100KHzFM3

63.5MHz108.5MHz

100KHz63.5MHz108.5MHz

100KHzFM4

69.5MHz108.5MHz

100KHz69.5MHz108.5MHz

100KHzMW1

513KHz1629KHz

1KHz

513KHz1629KHz

9KHz

MW2

513KHz1719KHz

1KHz

513KHz1719KHz9KHz

MW3510KHz1630KHz

10KHz

510KHz1630KHz

10KHz

MW4

510KHz1720KHz

10KHz

510KHz1720KHz

10KHz

LW1

150KHz282KHz

1KHz

150KHz282KHz

1KHz

LW2

150KHz516KHz

1KHz

150KHz516KHz

1KHz

SW1

2.95MHz13.05MHz

5KHz

2.95MHz13.05MHz

5KHz

SW2

12.95MHz

23.05MHz

5KHz

12.95MHz

23.05MHz

5KHz

SW3

7.95MHz18.05MHz

5KHz

7.95MHz18.05MHz

5KHz

SW4

2.2MHz3.5MHz

5KHz

2.2MHz3.5MHz5KHz

SW5

3.5MHz4.25MHz

5KHz

3.5MHz4.25MHz

5KHz

SW6

4.3MHz5.6MHz

5KHz

4.3MHz5.6MHz

5KHz

SW7

5.55MHz

6.6MHz

5KHz

5.55MHz

6.6MHz

5KHz

SW8

6.78MHz

7.8MHz

5KHz

6.78MHz

7.8MHz

5KHz

SW99.15MHz

10.3MHz

5KHz

9.15MHz

10.3MHz

5KHz

SW10

11.1MHz

12.4MHz

5KHz

11.1MHz

12.4MHz

5KHz

SW11

13MHz

14.3MHz

5KHz

13MHz

14.3MHz

5KHz

SW12

14.85MHz

16MHz

5KHz

14.85MHz

16MHz

5KHz

SW13

17.05MHz

18.3MHz

5KHz

17.05MHz

18.3MHz

5KHz

SW14

21.15MHz

22.3MHz

5KHz

21.15MHz

22.3MHz

5KHz

SW15

2.25MHz10.05MHz

5KHz

2.25MHz10.05MHz

5KHz

SW16

2.3MHz

2.49MHz

5KHz

2.3MHz

2.49MHz

5KHz

SW17

3.2MHz7.6MHz

5KHz

3.2MHz7.6MHz

5KHz

SW18

3.2MHz3.4MHz

5KHz

3.2MHz3.4MHz

5KHz

SW19

3.15MHz10.05MHz

5KHz

3.15MHz10.05MHz

5KHz

copyright • 2016 Quantum Microelectronics Co., Ltd.

10

KT0936M ( B9 )SW20

3.9MHz4MHz

5KHz

3.9MHz

4MHz

5KHz

SW21

3.65MHz12.55MHz

5KHz

3.65MHz12.55MHz

5KHz

SW22

4.75MHz

5.06MHz

5KHz

4.75MHz

5.06MHz

5KHz

SW23

3.9MHz7.5MHz

5KHz

3.9MHz7.5MHz

5KHz

SW24

5.6MHz

6.4MHz

5KHz

5.6MHz

6.4MHz

5KHz

SW25

5.55MHz22.05MHz

5KHz

5.55MHz22.05MHz

5KHz

SW26

5.95MHz

6.2MHz

5KHz

5.95MHz

6.2MHz

5KHz

SW27

5.75MHz12.15MHz

5KHz

5.75MHz12.15MHz

5KHz

SW28

6.8MHz7.6MHz

5KHz

6.8MHz7.6MHz

5KHz

SW29

5.9MHz

9.5MHz

5KHz

5.9MHz

9.5MHz

5KHz

SW30

7.1MHz7.6MHz

5KHz

7.1MHz7.6MHz

5KHz

SW31

5.85MHz18.05MHz

5KHz

5.85MHz18.05MHz

5KHz

SW32

9.2MHz

10MHz

5KHz

9.2MHz

10MHz

5KHz

SW33

6.95MHz16.05MHz

5KHz

6.95MHz16.05MHz

5KHz

SW34

11.45MHz12.25MHz

5KHz

11.45MHz12.25MHz

5KHz

SW35

6.95MHz23.05MHz

5KHz

6.95MHz23.05MHz

5KHz

SW36

11.6MHz

12.2MHz

5KHz

11.6MHz

12.2MHz

5KHz

SW37

8.95MHz16.05MHz

5KHz

8.95MHz16.05MHz

5KHz

SW38

13.4MHz

14.2MHz

5KHz

13.4MHz

14.2MHz

5KHz

SW39

8.95MHz22.05MHz

5KHz

8.95MHz22.05MHz

5KHz

SW40

13.57MHz

13.87MHz

5KHz

13.57MHz

13.87MHz

5KHz

SW41

9.45MHz18.05MHz

5KHz

9.45MHz18.05MHz

5KHz

SW42

15MHz

15.9MHz

5KHz

15MHz

15.9MHz

5KHz

SW43

9.95MHz16.05MHz

5KHz

9.95MHz16.05MHz

5KHz

SW44

17.1MHz

18MHz

5KHz

17.1MHz

18MHz

5KHz

SW45

9.95MHz22.05MHz

5KHz

9.95MHz22.05MHz

5KHz

SW46

17.48MHz

17.9MHz

5KHz

17.48MHz

17.9MHz

5KHz

SW47

12.95MHz

18.05MHz

5KHz

12.95MHz

18.05MHz

5KHz

SW48

21.2MHz

22MHz

5KHz

21.2MHz

22MHz

5KHz

SW49

17.95MHz28.55MHz

5KHz

17.95MHz28.55MHz

5KHz

SW50

21.45MHz

21.85MHz

5KHz

21.45MHz

21.85MHz

5KHz

table 10 : EEPROM It can be equipped with a list of bands
Have EEPROM ( Note 3)
Start Frequency

Stop frequency

Stepping

FM1

Can be equipped

Can be equipped

Can be equipped

FM2

Can be equipped

Can be equipped

Can be equipped

FM3

63.5MHz108.5MHz

100KHzFM4

69.5MHz108.5MHz

100KHzMW1

4. Can be equipped

5. Can be equipped

MW2

Can be equipped

Can be equipped

6. Can be equipped
Can be equipped

MW3

510KHz1630KHz

10KHz

MW4

510KHz1720KHz

10KHz

LW1
LW2

150KHzIt can be equipped with (note 1)

282KHzIt can be equipped with (note 1)

1KHz
It can be equipped with (note 1)

SW1

Can be equipped

Can be equipped

Can be equipped

SW2

Can be equipped

Can be equipped

Can be equipped

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )SW3

Can be equipped

Can be equipped

Can be equipped

SW4

Can be equipped

Can be equipped

Can be equipped

SW5

Can be equipped

Can be equipped

Can be equipped

SW6

Can be equipped

Can be equipped

Can be equipped

SW7

Can be equipped

Can be equipped

Can be equipped

SW8

Can be equipped

Can be equipped

Can be equipped

SW9

Can be equipped

Can be equipped

Can be equipped

SW10

Can be equipped

Can be equipped

Can be equipped

SW11

Can be equipped

Can be equipped

Can be equipped

SW12

Can be equipped

Can be equipped

Can be equipped

SW13

Can be equipped

Can be equipped

Can be equipped

SW14

Can be equipped

Can be equipped

Can be equipped

SW15

2.25MHz10.05MHz

It can be equipped with (note 2)SW16

2.3MHz

2.49MHzIt can be equipped with (note 2)

SW17

3.2MHz7.6MHzIt can be equipped with (note 2)

SW18

3.2MHz3.4MHzIt can be equipped with (note 2)

SW19

3.15MHz10.05MHz

It can be equipped with (note 2)

SW20

3.9MHz4MHz

It can be equipped with (note 2)

SW21

3.65MHz12.55MHz

It can be equipped with (note 2)

SW22

4.75MHz

5.06MHzIt can be equipped with (note 2)

SW23

3.9MHz7.5MHzIt can be equipped with (note 2)

SW24

5.6MHz

6.4MHzIt can be equipped with (note 2)

SW25

5.55MHz22.05MHz

It can be equipped with (note 2)

SW26

5.95MHz

6.2MHzIt can be equipped with (note 2)

SW27

5.75MHz12.15MHz

It can be equipped with (note 2)

SW28

6.8MHz7.6MHzIt can be equipped with (note 2)

SW29

5.9MHz

9.5MHzIt can be equipped with (note 2)

SW30

7.1MHz7.6MHzIt can be equipped with (note 2)

SW31

5.85MHz18.05MHz

It can be equipped with (note 2)

SW32

9.2MHz10MHz

It can be equipped with (note 2)

SW33

6.95MHz16.05MHz

It can be equipped with (note 2)

SW34

11.45MHz12.25MHz

It can be equipped with (note 2)

SW35

6.95MHz23.05MHz

It can be equipped with (note 2)

SW36

11.6MHz

12.2MHzIt can be equipped with (note 2)

SW37

8.95MHz16.05MHz

It can be equipped with (note 2)

SW38

13.4MHz

14.2MHzIt can be equipped with (note 2)

SW39

8.95MHz22.05MHz

It can be equipped with (note 2)

SW40

13.57MHz

13.87MHz

It can be equipped with (note 2)

SW41

9.45MHz18.05MHz

It can be equipped with (note 2)

SW42

15MHz

15.9MHzIt can be equipped with (note 2)

SW43

9.95MHz16.05MHz

It can be equipped with (note 2)

SW44

17.1MHz18MHz

It can be equipped with (note 2)

SW45

9.95MHz22.05MHz

It can be equipped with (note 2)

SW46

17.48MHz

17.9MHzIt can be equipped with (note 2)

SW47

12.95MHz

18.05MHz

It can be equipped with (note 2)

SW48

21.2MHz22MHz

It can be equipped with (note 2)

SW49

17.95MHz28.55MHz

It can be equipped with (note 2)

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )21.85MHz

21.45MHzSW50

It can be equipped with (note 2)

Note 1 : LW2 The wavelength range by the MW2 The decision of the relevant register, use LW2 versus MW2 need
2 selected 1
Note 2 : SW In the band there EEPROM When can rewrite ( 50 Shortwave bands Altogether With a step band), but if a non-rewritable 5KHz
Stepping it SW15-SW50 Band stop frequency becomes (total number of change).

Note 3: without using external EEPROM, and AM_FM tied low, as a new noise reduction effect; AM_FM pin high when, for the original
noise reduction effect. A case where an external EEPROM, the noise reduction effect is determined by the configuration register.

6.1. And reference clock oscillator
KT0936M A low frequency crystal oscillator integrated circuit and to be supported 32.768KHz or 38KHz Crystals. By
register RCLK_EN Set to 1 And setting registers according to the frequency of the external reference clock FPFD <19: 0> , KT0936M You
can use COMS Electric external reference clock level. register
FPFD <19: 0> The unit is 1 / 16Hz The frequency value. To clearly illustrate use of these bits, the table 11 error! Reference source
not found. Some examples are given.

table 11 :different crystal Or the reference clock Examples of use

RCLK_EN FPFD <19:16> FPFD <15: 0> DIVIDERP <10: 0> DIVIDERN <10: 0>32768Hz
Crystal38KHz Crystal

32.768KHz
Reference Clock

75KHz
Reference Clock4.2336 MHz
Reference Clock

12MHz
Reference Clock

24MHz
Reference Clock

40MHz
Reference Clock

0

0x08

0x00000x00010x029C00x090x47000x00010x02401

0x08

0x00000x00010x029C1

0x09

0x27C00x00020x02471

0x07

0x54990x008D

0x02D91

0x07

0xD0000x01770x02AC1

0x07

0xD0000x02EE

0x02AC1

0x07

0xD0000x04E20x02AC

6.2. Mode as the control knob and band control channel
KT0936M Support the unique knob pattern, its application circuit 4 Fig.
KT0936M Knob function is to connect by sliding contact of the variable resistor to achieve up to the IC, KT0936M Built-in ADC
It may be measured on both sides of the resistance ratio of the variable resistor contacts, and maps the result to the control
parameter, in order to adjust the channel frequencies and bands.
By setting register CH_PIN <1: 0> Put 2b'10 , The channel controller enters knob mode, as shown in a schematic circuit 2 Fig.
If the sliding contact of the variable resistor on a white area, the frequency of the received channel can be calculated as follows:

copyright • 2016 Quantum Microelectronics Co., Ltd.

13

KT0936M ( B9 )
•

tune

(

•

•top

bot

• 2N f• N ff YXX
f •
guard

)•

step

•

guard

•step ffbot

f Is a channel stepper, the register may be formed FM1_SPACE <1: 0> , FM2_SPACE <1: 0> , MW1_SPACE

among them step

<1: 0> , MW2_SPACE <1: 0> with SW_SPACE <1: 0> Set.
f It
is the upper limit of the frequency band, botf The lower limit of the frequency band, guard
top

N For avoiding potentiometer

Due to mechanical reasons it can not be adjusted such that end points of the protection parameters can not be set in the radio receiving portion.

Each band guard

N Parameter can be set individually following registers: FM1_GUARD <7: 0> , FM 2_GUARD <7: 0> , MW1_GUARD<7: 0> , MW2_GUARD <7: 0> as well as SW_GUARD <7: 0> to realise. When the sliding contacts are transferred to the gray zone, it ismaintained at the reception frequency to a frequency or upper frequency limit. have to be aware of is: MW3 , MW4 , SW15-50 , LW1 of GUARDAre fixed 5 , Not adjustable. LW2 of GUARD by MW2_GUARD <7: 0> Decision.

KT0936M
CH

X

Y

AVDD

Variable Resistor
band1

f bot • 87
N guardf bot... ...

band2

87.2
87.1

• 75 . 5 75.7

N guard75.6... ...
216 channels... ...

108 . 5 •

108.3

90.3

151 channels

f top

N guard108.4

90 . 5 •

90.4

f top

N guard... ...
Map 2 : CH Pin manual knob is configured to transfer station

KT0936M In the band set by the knob mode register SPAN_PIN <1: 0> for
2b'10 Band switching is achieved, the application circuit in FIG. 3 Fig. Table resistor band selection 12 Fig.

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )
AVDD
R2

R1

R3

S1

......

KT0936M

SPAN

R60
R61

Map 3 : SPAN Pin band switching function configured

recommended KT0936M (B9) Resistance bands R1 use 10Kohm Accuracy 1% ,resistance R2 ~ R61
The values ​in Table 12 Fig.
table 12 : List of resistance band
Wave band

Resistance (Accuracy 1% )FM163.4 ohm

FM2

237 ohm

FM3412 ohm

FM4604 ohm

MW1787 ohm

MW2

1 KohmMW3

1.18 Kohm

MW4

1.4 Kohm

LW1

1.62Kohm

LW2

1.87Kohm

SW1

2.1Kohm

SW2

2.37Kohm

SW3

2.61Kohm

SW4

2.87Kohm

SW5

3.16Kohm

SW6

3.48Kohm

SW7

3.74Kohm

SW8

4.12Kohm

SW9

4.42Kohm

SW10

4.75Kohm

SW11

5.23Kohm

SW12

5.62Kohm

SW13

6.04Kohm

SW14

6.49Kohm

SW15

6.81Kohm

SW16

7.32Kohm

SW17

7.87Kohm

SW18

8.45Kohm

SW19

9.09Kohm

SW20

9.76Kohm

SW21

10.2Kohm

SW22

11Kohm

SW23

11.8Kohm

SW24

12.7Kohm

SW25

13.7Kohm

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )SW26

14.7Kohm

SW27

15.4Kohm

SW28

16.9Kohm

SW29

17.8Kohm

SW30

19.1Kohm

SW31

21Kohm

SW32

22.6Kohm

SW33

24.3Kohm

SW34

26.7Kohm

SW35

28.7Kohm

SW36

31.6Kohm

SW37

34.8Kohm

SW38

38.3Kohm

SW39

42.2Kohm

SW40

47.5Kohm

SW41

53.6Kohm

SW42

61.9Kohm

SW43

71.5Kohm

SW44

84.5Kohm

SW45

102Kohm

SW46

127Kohm

SW47

169Kohm

SW48

243Kohm

SW49

422Kohm

SW50

1000Kohm

6.3. AM_FM Pin
KT0936M of AM_FM have 4 Function can be used to switch softmute Effect, or fluctuation of the key switch for theband, and access to external EEPROM .

Features 1 : If you do not add EEPROM This pin is used softmute Effect switch. AM_FM
Pin is high (chip built 47Kohm When the pull-up resistor) KT0936M Work in the original noise reduction ( softmute ) Effect, is the lowlevel of new work in noise reduction ( softmute )effect.
Features 2 :will AM_FM_PIN <2: 0> Register is set to 1 Time, AM_FM Pin requires an external band switching button as
used in the chips of each negative pulse FM1 Band and full-band (by the SPAN A switching decision between the voltage pinband). Initial value at the start of the first ONLY_FM1_DIS
It determines the value of the register. When switching between bands using the key mode, KT0936M I will write back to the state of
the current band EEPROM middle ONLY_FM1_DIS Register.

Features 3 : AM_FM_PIN <2: 0> Register is set to 2 Time, AM_FM Pin requires an external band switching using a
toggle switch. Toggle switch is then low FM1 Band, then high there

SPAN Pin voltage determines the band (you can make all 60 Any one band).
Features 4 : Plus EEPROM As the clock pin configuration required for this mode, this automatic switching mode power
chip, scanned and EEPROM After the data is automatically switched back AM_FM_PIN <2: 0> Register setting mode. If you need towrite back EEPROM Save the current work status, KT0936M It will automatically switch to EEPROM Clock pin functional operation,
after the completion of switch back automatically

AM_FM_PIN <2: 0> Register setting mode. If the external EEPROM , Without modifying
AM_FM_PIN <2: 0> Register (this is the default function) is 3 The case, softmute According to results

EEPROM Configuration to take effect, this pin only as a plus EEPROM When SCL Pin.

copyright • 2016 Quantum Microelectronics Co., Ltd.

16

KT0936M ( B9 )6.4. RF_SW Pin
Features 1 : RF circuit switching control pin. When a short mode this pin outputs a low level, this output pin is high when
the other modes. The user can control the state of this pin external RF antenna switching circuit.

Features 2 : Plus EEPROM As data pins, the configuration required for this mode, this automatic switching mode power
chip, scanned and EEPROM Automatically switch back to the function data 1 . If you need to write back
EEPROM Save the current work status, KT0936M It will automatically switch to EEPROM Data pin functional operation, after thecompletion of the function will automatically switch back to 1 .

6.5. Chip Set
KT0936M Integrated 2-wire master The interface may be read stored in advance in the external power-on initialization
time EEPROM The content (for example: 24C02 ). After power, KT0936M The reading is stored in EEPROM And all data written
to the internal register. 24C02 with KT0936M Register bit correspondence relation table by 13 Inquire. Users will need to EEPROM
Device address set 8b'1010 000x ( R / W bit ). KT0936M of RF_SW Pin EEPROM of SDA Pin is connected,

AM_FM Pin EEPROM of SCL Pin.
When switching between bands using the key mode, KT0936M I will write back to the state of the current band

EEPROM middle ONLY_FM1_DIS Register to save the state of this button.

table 13 : 24C02 with KT0936M Register correspondence table

KT0936M

24LC02address

bits

address

bits

0x00

D7: D0

0x00

D7: D00x01

D7: D00x01

D7: D0

0x02

D7: D0

0x02

D7: D00x03

D7: D00x03

D7: D0

...

...

...

...

...

...

0xFE

D7: D00xFE

D7: D00xFF

D7: D00xFF

D7: D0...

copyright • 2016 Quantum Microelectronics Co., Ltd.

17

KT0936M ( B9 )6.6. Register Table

6.6.1. PLLCFG0 (Address 0x04)
Bit name

Reading and writing Defaults

7: 3 Reserved bits

R

0000_0Reserved bits

2: 0 DIVIDERP <10: 8>

RW

000

PLL Divider P Configuration

Functional Description

6.6.2. PLLCFG1 (Address 0x05)
Bit name

Reading and writing Defaults

Functional Description

7: 0 DIVIDERP <7: 0>

RW

PLL Divider P Configuration

0x01

6.6.3. PLLCFG2 (Address 0x06)
Bit name

Reading and writing Defaults

Functional Description

7: 3 Reserved bits

RW

0000_0Reserved bits

010

PLL Divider N Configuration

2: 0 DIVIDERN <10: 8> RW

6.6.4. PLLCFG3 (Address 0x07)
Bit name

Reading and writing Defaults

Functional Description

7: 0 DIVIDERN <7: 0>

RW

PLL Divider N Configuration

0x9C

6.6.5. SYSCLK_CFG0 (Address 0x08)
Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

RW

0000

Reserved bits

3: 0 FPFD <19:16>

RW

1000

Phase Frequency:

FPFD <19: 0> = Crystal frequency or RCLK frequency/ DIVIDERP* 16

6.6.6. SYSCLK_CFG1 (Address 0x09)
Bit name

Reading and writing Defaults

Functional Description

7: 0 FPFD <15: 8>

RW

Phase Frequency:

0x00

FPFD <19: 0> = Crystal frequency or RCLK frequency/ DIVIDERP* 16P

6.6.7. SYSCLK_CFG2 (Address 0x0A)
Bit name

Reading and writing Defaults

Functional Description

7: 0 FPFD <7: 0>

RW

Phase Frequency:

0x00

FPFD <19: 0> = Crystal frequency or RCLK frequency/ DIVIDERP* 16

6.6.8. XTALCFG (Address 0x0D)
Bit name

Reading and writing Defaults

Functional Description

7: 5 Reserved bits

RW

Reserved bits

110

copyright • 2016 Quantum Microelectronics Co., Ltd.

18

KT0936M ( B9 )Bit name4

RCLK_EN

Reading and writing Defaults

Functional Description

RW

Reference Clock Enable bit:00 = Crystal
1 = External Reference Clock

RW

3: 0 Reserved bits

0011

Reserved bits

6.6.9. RXCFG1 (Address 0x000F)
Bit name

Reading and writing Defaults

Functional Description

7: 5 Reserved bits

R

000

Reserved bits

4: 0 VOLUME <4: 0>

RW

1_1111

Volume control bits:

B'11111 = 0dB
B'11110 = -2dB /B'11101 = -4dB ......
B'00010 = -58dB
B'00001 = -60dB
B'00000 = mute

6.6.10.

BANDCFG2 (Address 0x18)

Bit name

Reading and writing Defaults

7: 6 FM2_SPACE <1: 0> RW

01Functional Description
FM Wave band 2 Stepping select bits:

B'00 = 200 kHz (USA, Europe) B'01 =100KHz (Europe, Japan) B'10 = 50KHz
B'11 = 50KHz

5: 4 FM1_SPACE <1: 0> RW

10FM Wave band 1 Stepping select bits:

B'00 = 200 kHz (USA, Europe) B'01 =100KHz (Europe, Japan) B'10 = 50KHz
B'11 = 50KHz

3: 2 MW2_SPACE <1: 0> RW

00

MW Wave band 2 with LW Wave band 2 Stepping select bits:

B'00 = 1kHz B'01
= 9kHz B'10 =10kHz B'11 =10kHz
1: 0 MW1_SPACE <1: 0> RW

00

MW Wave band 1 Stepping select bits:

B'00 = 1kHz B'01
= 9kHz B'10 =10kHz B'11 =10kHz

6.6.11.

BANDCFG3 (Address 0x19)

Bit name

Reading and writing Defaults

Functional Description

7: 2 Reserved bits

RW

0010_11

Reserved bits

1: 0 SW_SPACE <1: 0>

RW

01

SW Stepping band select bits:

B'00 = 1kHz
B'01 = 5kHz B'10
= 9kHz B'11 =10kHz

copyright • 2016 Quantum Microelectronics Co., Ltd.

19

KT0936M ( B9 )6.6.12.

SOUNDCFG (Address 0x28)

Bit name

Reading and writing Defaults

Functional Description

7: 6 Reserved bits

R

00

Reserved bits

5: 4 BASS <1: 0>

RW00

Subwoofer Gain select bits:

Bypass b'01 = 9.4 = B'00 dB@ 70Hz b'10 =13.3dB@70Hz B'11 =18.2dB@70Hz

RW

3: 0 Reserved bits

6.6.13.

0001

Reserved bits

DSPCFG0 (Address 0x2A)

Bit name

Reading and writing Defaults

7 Reserved bits

RW

1

Reserved bits

6: 4 FM_GAIN <2: 0>

RW

100

FM Audio Gain Control:

Functional Description

B'000 = 0dB B'001 =3.5dB B'010 = 6dB
B'011 = 9.5dB B'100= -2.5dB B'101 =-3.66dB B'110 =-6dB B'111 = -8.5dB

RW

3 Reserved bits

6.6.14.

0000

Reserved bits

DSPCFG6 (Address 0x30)

Bit name

Reading and writing Defaults

Functional Description

7: 5 Reserved bits

RW

101

Reserved bits

4: 0 FM_RSSI_BIAS <4: 0>RW

0_0000FM RSSI Bias:
B'10000 = -16dB
B'10001 = -15dB ......
B'11110 = -2dB
B'11111 = -1dB
B'00000 = 0dB
B'00001 = 1dB ......
B'01111 = 15dB

6.6.15.

SW_CFG0 (Address 0x38)

Bit name

Reading and writing Defaults

7: 4 Reserved bits

RW

0101

Reserved bits

3: 0 SW_GAIN <2: 0>

RW

0100

Shortwave Audio Gain Control:

Functional Description

B'0000 = 6dB
B'0001 = 3dB
B'0010 = 0dB
B'0011 = -3dB
B'0100 = -6dB
B'0101 = -9dB

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description

B'0110 = -12dB
B'0111 = -15dB
B'1000 = -18dB

6.6.16.

AMDSP7 (Address 0x39)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

RW

0000

Reserved bits

1010

Volume control bit short:

3: 0 SW_VOLUME <3: 0> RW

4'b1111 = 0dB 4'b1110= -0.5dB 4'b1101 =-1.0dB 4'b1100 =-1.5dB 4'b1011 =-2.0dB 4'b1010 =-2.5dB 4'b1001 =-3.0dB 4'b1000 =-3.5dB 4'b0111 =-4.0dB 4'b0110 =-4.5dB 4'b0101 =-5.0dB 4'b0100 =-5.5dB 4'b0011 =-6.0dB 4'b0010 =-6.5dB 4'b0001 =-7.0dB 4'b0000 =-7.5dB

6.6.17.

ANACFG (Address 0x4E)

Bit name

Reading and writing Defaults

Functional Description

7: 6 Reserved bits

RW

00

Reserved bits

5: 4 DEPOP_TC <1: 0>

RW

11

Removing electrical noise on the time constants:

B'00 = 250ms
B'01 = 500ms
B'10 = 750ms
B'11 = 1s
3 Reserved bits

RW

0

Reserved bits

2: 0 AUDV_DCLVL <2: 0
>

RW

010

The audio output control common mode voltage:

B'000 = 0.85v
B'001 = 0.91v
B'010 = 1.05v
B'011 = 1.15v
B'100 = 1.20v
B'101 = 1.35v
B'110 = 1.50v
B'111 = 1.60v

6.6.18.

GPIOCFG0 (Address 0x4F)

Bit name

Reading and writing Defaults

7 Reserved bits

RW

6: 4 AM_FM_PIN <2: 0> RWFunctional Description

1

Reserved bits

011

AM_FM Pin Function Control:
B'000 = Reserved B'001 = Key control
band selection

copyright • 2016 Quantum Microelectronics Co., Ltd.

twenty one

KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description
B'010 = Switch control band selection

B'011 = softmute Switch (if used
EEPROM , Even if this register is B'011 ,softmute The effect is in accordance with EEPROM Configuration
takes effect) other = ReservedR

3: 0 Reserved bits

6.6.19.

1010

Reserved bits

GPIOCFG2 (Address 0x51)

Bit name

Reading and writing Defaults

Functional Description

7: 6 Reserved bits

RW

00

Reserved bits

5: 4 SPAN_PIN <1: 0>RW

10SPAN Pin Function Control:
B'00 = Reserved B'01 = Reserved B'10
= Voltage control band selection

B'11 = Reserved
3: 2 Reserved bits

RW

00

Reserved bits

1: 0 CH_PIN <1: 0>

RW

10

CH Pin Function Control:

B'00 = high Z B'01 = Reserved B'10
= Rheostat control frequency

B'11 = Reserved

6.6.20.

AMDSP0 (Address 0x62)

Bit name

Reading and writing Defaults

Functional Description

7: 4 MW_GAIN <3: 0>

RW

MW with LW Audio Gain Control:

0100

B'0000 = 6dB B'0001= 3dB B'0010 = 0dB
B'0011 = -3dB
B'0100 = -6dB
B'0101 = -9dB
B'0110 = -12dB
B'0111 = -15dB
B'1000 = - 18dB
3 Reserved bits

R

0

Reserved bits

2: 0 FLT_SEL <2: 0>

RW

001

AM Selection filter bandwidth:

B'000 = 1.2KHz
B'001 = 2.4KHz
B'010 = 3.6KHz
B'011 = 4.8KHz
B'100 = 6.0KHz

6.6.21.

AMDSP1 (Address 0x63)

Bit name

Reading and writing Defaults

Functional Description

7: 5 Reserved bits

R

000

Reserved bits

4: 0 AM_RSSI_BIAS <4:0>

RW0_0000AM RSSI Bias:

copyright • 2016 Quantum Microelectronics Co., Ltd.

twenty two

KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description

B'10000 = -16dB
B'10001 = -15dB ......
B'11110 = -2dB
B'11111 = -1dB
B'00000 = 0dB
B'00001 = 1dB ......
B'01111 = 15dB

6.6.22.

AMDSP7 (Address 0x69)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

RW

1000

Reserved bits

3: 0 MW_VOLUME <3: 0

RW

1010

MW with LW Volume control bits:>

4'b1111 = 0dB 4'b1110= -0.5dB 4'b1101 =-1.0dB 4'b1100 =-1.5dB 4'b1011 =-2.0dB 4'b1010 =-2.5dB 4'b1001 =-3.0dB 4'b1000 =-3.5dB 4'b0111 =-4.0dB 4'b0110 =-4.5dB 4'b0101 =-5.0dB 4'b0100 =-5.5dB 4'b0011 =-6.0dB 4'b0010 =-6.5dB 4'b0001 =-7.0dB 4'b0000 =-7.5dB

6.6.23.

GUARD0 (Address 0x6F)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SPAN_GUARD <3: 0

RW

0000

SPAN Rheostat scope of protection options.

>6.6.24.

GUARD0 (Address 0x70)

Bit name

Reading and writing Defaults

7: 0 SW_GUARD <3: 0> RW

6.6.25.

0000_1010

Functional Description
SW Transfer station rheostat scope of protection options.

FMCHAN0 (Address 0x88)

Bit name

Reading and writing Defaults

Functional Description

7 Reserved bits

RW

0

Reserved bits

RW

0

AM_FM Pins in the band switching mode key

6

ONLY_FM1_DIS(function 2 When) as FM1 Band or all band selectbits:
0 = FM1 Wave band

copyright • 2016 Quantum Microelectronics Co., Ltd.

twenty three

KT0936M ( B9 )Bit name

Reading and writing Defaults

5: 0 Reserved bits

RW

Functional Description

1 = Full-band ( SPAN Pin decision)

6.6.26.

00_0110

Reserved bits

FM1_LOW_CHAN0 (Address 0x90)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 FM1_LOW_CHAN <

RW

0110

FM Wave band 1 The lowest frequency in

11: 8>

50KHz The default value 87MHz( 0x06CC ). The value of this register should be

32MHz (0x280) To 110MHz (0x898)
In the range.

6.6.27.

FM1_LOW_CHAN1 (Address 0x91)

Bit name

Reading and writing Defaults

Functional Description

7: 0 FM1_LOW_CHAN <RWFM Wave band 1 The lowest frequency in

0xCC

7: 0>

50KHz The default value 87MHz( 0x06CC ). The value of this register should be

32MHz (0x280) To 110MHz (0x898)
In the range.

6.6.28.

FM1_CHAN_NUM0 (Address 0x92)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 FM1_CHAN_NUM <

RW

0001

FM Wave band 1 The number of frequency points

11: 8>

FM1_CHAN_NUM <11: 0> + 1 . in case FM1_CHAN_NUM<11: 0> set as 0 , This represents only one
frequency band.

6.6.29.

FM1_CHAN_NUM1 (Address 0x93)

Bit name

Reading and writing Defaults

Functional Description

7: 0 FM1_CHAN_NUM <RW

FM Wave band 1 The number of frequency points

0xAE

7: 0>

FM1_CHAN_NUM <11: 0> + 1 . in case FM1_CHAN_NUM<11: 0> set as 0 , This represents only one
frequency band.

6.6.30.

FM2_LOW_CHAN0 (Address 0x94)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 FM2_LOW_CHAN <

RW

0101

FM Wave band 2 The lowest frequency in

11: 8>

50KHz The default value 75.5MHz( 0x05E6 ). The value of this register should be

32MHz (0x280) To 110MHz (0x898)
In the range.

copyright • 2016 Quantum Microelectronics Co., Ltd.

twenty fourKT0936M ( B9 )6.6.31.

FM2_LOW_CHAN1 (Address 0x95)

Bit name

Reading and writing Defaults

Functional Description

7: 0 FM2_LOW_CHAN <RWFM Wave band 2 The lowest frequency in

0xE6

7: 0>

50KHz The default value 75.5MHz( 0x05E6 ). The value of this register should be

32MHz (0x280) To 110MHz (0x898)
In the range.

6.6.32.

FM2_CHAN_NUM0 (Address 0x96)

Bit name

Reading and writing Defaults

7: 4 Reserved bits

R

B'0000Reserved bits

3: 0 FM2_CHAN_NUM <RW

B'0001

FM Wave band 2 The number of frequency points

11: 8>

Functional Description

FM2_CHAN_NUM <11: 0> + 1 . in case FM2_CHAN_NUM<11: 0> set as 0 , This represents only one
frequency band.

6.6.33.

FM2_CHAN_NUM1 (Address 0x97)

Bit name

Reading and writing Defaults

Functional Description

7: 0 FM2_CHAN_NUM <RW

FM Wave band 2 The number of frequency points

0x4A

7: 0>

FM2_CHAN_NUM <11: 0> + 1 . in case FM2_CHAN_NUM<11: 0> set as 0 , This represents only one
frequency band.

6.6.34.

MW1_LOW_CHAN0 (Address 0x98)

Bit name

Reading and writing Defaults

7: 3 Reserved bits

R

0000_0Reserved bits

2: 0 MW1_LOW_CHAN

RW

010

MW Wave band 1 The lowest frequency in<10: 8>Functional Description

1KHz The default value 513KHz( 0x0201 ). The value of this register should be

500KHz (0x1F4) To 1750KHz (0x6D6)
In the range.

6.6.35.

MW1_LOW_CHAN1 (Address 0x99)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW1_LOW_CHAN

RW

MW Wave band 1 The lowest frequency in

0x01<7: 0>

1KHz The default value 513KHz( 0x0201 ). The value of this register should be

500KHz(0x1F4) To 1750KHz (0x6D6) In

the range.

6.6.36.

MW1_CHAN_NUM0 (Address 0x9A)

Bit name

Reading and writing Defaults

7: 3 Reserved bits

R

2: 0 MW1_CHAN_NUM RW

Functional Description

0000_0Reserved bits

100

MW Wave band 1 The number of frequency points

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )Bit name

Reading and writing Defaults<10: 8>Functional Description

MW1_CHAN_NUM <10: 0> + 1 . in case MW1_CHAN_NUM<10: 0> set as 0 , This represents only one
frequency band.

6.6.37.

MW1_CHAN_NUM1 (Address 0x9B)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW1_CHAN_NUM

RW

MW Wave band 1 The number of frequency points

0x5C<7: 0>

MW1_CHAN_NUM <10: 0> + 1 . in case MW1_CHAN_NUM<10: 0> set as 0 , This represents only one
frequency band.

6.6.38.

MW2_LOW_CHAN0 (Address 0x9C)

Bit name

Reading and writing Defaults

7: 3 Reserved bits

R

0000_0Reserved bits

2: 0 MW2_LOW_CHAN

RW

010

MW Wave band 2 with LW Wave band 2 The lowest<10: 8>Functional Description

frequency in 1KHz The default value

513KHz ( 0x0201 ). The value of this register should be 500KHz(0x1F4) To 1750KHz (0x6D6) In the range.

6.6.39.

MW2_LOW_CHAN1 (Address 0x9D)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW2_LOW_CHAN

RW

MW Wave band 2 with LW Wave band 2 The lowest

0x01<7: 0>

frequency in 1KHz The default value

513KHz ( 0x0201 ). The value of this register should be 500KHz(0x1F4) To 1750KHz (0x6D6) In the range.

6.6.40.

MW2_CHAN_NUM0 (Address 0x9E)

Bit name

Reading and writing Defaults

7: 3 Reserved bits

R

0000_0Reserved bits

2: 0 MW2_CHAN_NUM

RW

100

MW Wave band 2 with LW Wave band 2 The number of<10: 8>Functional Description

frequency points MW2_CHAN_NUM <10: 0> + 1 . in case MW2_CHAN_NUM<10: 0>

set as 0 , This represents only one frequency band.

6.6.41.

MW2_CHAN_NUM1 (Address 0x9F)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW2_CHAN_NUM

RW

MW Wave band 2 with LW Wave band 2 The number of<7: 0>

0xB6

frequency points MW2_CHAN_NUM <10: 0> + 1 . in case MW2_CHAN_NUM<10: 0>

set as 0 , It indicates that this is just a band

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description
Frequency.

6.6.42.

GUARD2 (Address 0xA0)

Bit name

Reading and writing Defaults

7: 0 FM1_GUARD <7: 0> RW

0x00

Functional Description
FM Wave band 1 Transfer station varistor protection range
selection

6.6.43.

GUARD3 (Address 0xA1)

Bit name

Reading and writing Defaults

7: 0 FM2_GUARD <7: 0> RW

0x00

Functional Description
FM Wave band 2 Transfer station rheostat scope of protection
options.

6.6.44.

GUARD4 (Address 0xA2)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW1_GUARD <7: 0>

RW

MW Wave band 1 Transfer station rheostat scope of

6.6.45.

0x00

protection options.

GUARD5 (Address 0xA3)

Bit name

Reading and writing Defaults

Functional Description

7: 0 MW2_GUARD <7: 0

RW

MW Wave band 2 with LW Wave band 2 Transfer station

0x00

>

6.6.46.

rheostat scope of protection options.

SW1_LOW_CHAN0 (Address 0xA4)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW1_LOW_CHAN <RW

B'000_1011

SW Wave band 1 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 2.95MHz( 0x0BB8 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.47.

SW1_LOW_CHAN1 (Address 0xA5)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW1_LOW_CHAN <RW

SW Wave band 1 The lowest frequency in

0x86

7: 0>

1KHz The default value 2.95MHz( 0x0BB8 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.48.

SW2_LOW_CHAN0 (Address 0xA6)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW2_LOW_CHAN <RW

B'011_0010

SW Wave band 2 The lowest frequency inFunctional Description

14: 8>

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description

1KHz The default value 12.95MHz( 0x32C8 ). The value of this register should be

1.75MHz (0x06D6) To 1.75MHz (0x7D00) In therange.

6.6.49.

SW2_LOW_CHAN1 (Address 0xA7)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW2_LOW_CHAN <RW

SW Wave band 2 The lowest frequency in

0x96

7: 0>

1KHz The default value 12.95MHz( 0x32C8 ). The value of this register should be

1.75MHz (0x06D6) To 1.75MHz (0x7D00) In therange.

6.6.50.

SW3_LOW_CHAN0 (Address 0xA8)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW3_LOW_CHAN <RW

B'001_1111

SW Wave band 3 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 7.95MHz( 0x1F40 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.51.

SW3_LOW_CHAN1 (Address 0xA9)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW3_LOW_CHAN <RW

SW Wave band 3 The lowest frequency in

0x0E

7: 0>

1KHz The default value 7.95MHz( 0x1F40 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.52.

SW4_LOW_CHAN0 (Address 0xAA)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW4_LOW_CHAN <RW

B'000_1000

SW Wave band 4 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 2.2MHz( 0x0898 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.53.

SW4_LOW_CHAN1 (Address 0xAB)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW4_LOW_CHAN <RW

SW Wave band 4 The lowest frequency in

7: 0>

0x98

1KHz The default value 2.2MHz( 0x0898 ). The value of this register should be

1.75MHzcopyright • 2016 Quantum Microelectronics Co., Ltd.

(0x06D6) To 32MHz

28

KT0936M ( B9 )(0x7D00) In the range.

6.6.54.

SW5_LOW_CHAN0 (Address 0xAC)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW5_LOW_CHAN <RW

B'000_1011

SW Wave band 5 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 3.5MHz( 0x0DAC ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.55.

SW5_LOW_CHAN1 (Address 0xAD)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW5_LOW_CHAN <RW

SW Wave band 5 The lowest frequency in

0xAC

7: 0>

1KHz The default value 3.5MHz( 0x0DAC ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.56.

SW6_LOW_CHAN0 (Address 0xAE)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW6_LOW_CHAN <RW

B'001_0000

SW Wave band 6 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 4.3MHz( 0x10CC ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.57.

SW6_LOW_CHAN1 (Address 0xAF)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW6_LOW_CHAN <RW

SW Wave band 6 The lowest frequency in

0xCC

7: 0>

1KHz The default value 4.3MHz( 0x10CC ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.58.

SW7_LOW_CHAN0 (Address 0xB0)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW7_LOW_CHAN <RW

B'001_0101

SW Wave band 7 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 5.55MHz( 0x15AE ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

copyright • 2016 Quantum Microelectronics Co., Ltd.

29

KT0936M ( B9 )6.6.59.

SW7_LOW_CHAN1 (Address 0xB1)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW7_LOW_CHAN <RW

SW Wave band 7 The lowest frequency in

0xAE

7: 0>

1KHz The default value 5.55MHz( 0x15AE ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.60.

SW8_LOW_CHAN0 (Address 0xB2)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW8_LOW_CHAN <RW

B'001_1010

SW Wave band 8 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 6.78MHz( 0x1A7C ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.61.

SW8_LOW_CHAN1 (Address 0xB3)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW8_LOW_CHAN <RW

SW Wave band 8 The lowest frequency in

0x7C

7: 0>

1KHz The default value 6.78MHz( 0x1A7C ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.62.

SW9_LOW_CHAN0 (Address 0xB4)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW9_LOW_CHAN <RW

B'010_0011

SW Wave band 9 The lowest frequency in

14: 8>

Functional Description

1KHz The default value 9.15MHz( 0x23BE ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.63.

SW9_LOW_CHAN1 (Address 0xB5)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW9_LOW_CHAN <RW

SW Wave band 9 The lowest frequency in

0xBE

7: 0>

1KHz The default value 9.15MHz( 0x23BE ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.64.

SW10_LOW_CHAN0 (Address 0xB6)

Bit name

Reading and writing Defaults

7 Reserved bitsR

B'0

Functional Description
Reserved bits

copyright • 2016 Quantum Microelectronics Co., Ltd.

30

KT0936M ( B9 )Bit name

Reading and writing Defaults

Functional Description

6: 0 SW10_LOW_CHAN

RW

SW Wave band 10 The lowest frequency inB'010_1011<14: 8>

1KHz The default value 11.1MHz( 0x2B5C ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.65.

SW10_LOW_CHAN1 (Address 0xB7)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW10_LOW_CHAN

RW

SW Wave band 10 The lowest frequency in

0x5C<7: 0>

1KHz The default value 11.1MHz( 0x2B5C ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.66.

SW11_LOW_CHAN0 (Address 0xB8)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW11_LOW_CHAN

RW

B'011_0010

SW Wave band 11 The lowest frequency in<14: 8>Functional Description

1KHz The default value 13MHz( 0x32C8 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.67.

SW11_LOW_CHAN1 (Address 0xB9)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW11_LOW_CHAN

RW

SW Wave band 11 The lowest frequency in

0xC8<7: 0>

1KHz The default value 13MHz( 0x32C8 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.68.

SW12_LOW_CHAN0 (Address 0xBA)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW12_LOW_CHAN

RW

B'011_1010

SW Wave band 12 The lowest frequency in<14: 8>Functional Description

1KHz The default value 14.85MHz( 0x3A02 ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.69.

SW12_LOW_CHAN1 (Address 0xBB)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW12_LOW_CHAN

RW

SW Wave band 12 The lowest frequency in<7: 0>

0x02

1KHz The default value 14.85MHz( 0x3A02 ). The value of this register should be

copyright • 2016 Quantum Microelectronics Co., Ltd.

31

KT0936M ( B9 )1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.70.

SW13_LOW_CHAN0 (Address 0xBC)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW13_LOW_CHAN

RW

B'100_0010

SW Wave band 13 The lowest frequency in<14: 8>Functional Description

1KHz The default value 17.05MHz( 0x429A ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.71.

SW13_LOW_CHAN1 (Address 0xBD)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW13_LOW_CHAN

RW

SW Wave band 13 The lowest frequency in

0x9A<7: 0>

1KHz The default value 17.05MHz( 0x429A ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.72.

SW14_LOW_CHAN0 (Address 0xBE)

Bit name

Reading and writing Defaults

7 Reserved bits

R

B'0

Reserved bits

6: 0 SW14_LOW_CHAN

RW

B'101_0010

SW Wave band 14 The lowest frequency in<14: 8>Functional Description

1KHz The default value 21.15MHz( 0x529E ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.73.

SW14_LOW_CHAN1 (Address 0xBF)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW14_LOW_CHAN

RW

SW Wave band 14 The lowest frequency in

0x9E<7: 0>

1KHz The default value 21.15MHz( 0x529E ). The value of this register should be

1.75MHz(0x06D6) To 32MHz(0x7D00) In the range.

6.6.74.

SW1_CHAN_NUM0 (Address 0xC0)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW1_CHAN_NUM <

RW

0111

SW Wave band 1 The number of frequency points

11: 8>

SW1_CHAN_NUM <11: 0> + 1 .
SW1_CHAN_NUM <11: 0> It is set
0 It represents only a sub-band frequency.

copyright • 2016 Quantum Microelectronics Co., Ltd.

32

KT0936M ( B9 )6.6.75.

SW1_CHAN_NUM1 (Address 0xC1)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW1_CHAN_NUM <RW

SW Wave band 1 The number of frequency points

0xD0

7: 0>

SW1_CHAN_NUM <11: 0> + 1 .
SW1_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.76.

SW2_CHAN_NUM0 (Address 0xC2)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW2_CHAN_NUM <

RW

0111

SW Wave band 2 The number of frequency points

11: 8>

SW2_CHAN_NUM <11: 0> + 1 .
SW2_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.77.

SW2_CHAN_NUM1 (Address 0xC3)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW2_CHAN_NUM <RW

SW Wave band 2 The number of frequency points

0xD0

7: 0>

SW2_CHAN_NUM <11: 0> + 1 .
SW2_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.78.

SW3_CHAN_NUM0 (Address 0xC4)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW3_CHAN_NUM <

RW

0111

SW Wave band 3 The number of frequency points

11: 8>

SW3_CHAN_NUM <11: 0> + 1 .
SW3_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.79.

SW3_CHAN_NUM1 (Address 0xC5)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW3_CHAN_NUM <RW

SW Wave band 3 The number of frequency points

0xD0

7: 0>

SW3_CHAN_NUM <11: 0> + 1 .
SW3_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.80.

SW4_CHAN_NUM0 (Address 0xC6)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW4_CHAN_NUM <

RW

0001

SW Wave band 4 The number of frequency points

11: 8>

SW4_CHAN_NUM <11: 0> + 1 .
SW4_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

copyright • 2016 Quantum Microelectronics Co., Ltd.

33

KT0936M ( B9 )6.6.81.

SW4_CHAN_NUM1 (Address 0xC7)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW4_CHAN_NUM <RW

SW Wave band 4 The number of frequency points

0x04

7: 0>

SW4_CHAN_NUM <11: 0> + 1 .
SW4_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.82.

SW5_CHAN_NUM0 (Address 0xC8)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW5_CHAN_NUM <

RW

0000

SW Wave band 5 The number of frequency points

11: 8>

SW5_CHAN_NUM <11: 0> + 1 .
SW5_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.83.

SW5_CHAN_NUM1 (Address 0xC9)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW5_CHAN_NUM <RW

SW Wave band 5 The number of frequency points

0x96

7: 0>

SW5_CHAN_NUM <11: 0> + 1 .
SW5_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.84.

SW6_CHAN_NUM0 (Address 0xCA)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW6_CHAN_NUM <

RW

0001

SW Wave band 6 The number of frequency points

11: 8>

SW6_CHAN_NUM <11: 0> + 1 .
SW6_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.85.

SW6_CHAN_NUM1 (Address 0xCB)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW6_CHAN_NUM <RW

SW Wave band 6 The number of frequency points

0x04

7: 0>

SW6_CHAN_NUM <11: 0> + 1 .
SW6_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.86.

SW7_CHAN_NUM0 (Address 0xCC)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW7_CHAN_NUM <

RW

0000

SW Wave band 7 The number of frequency points

11: 8>

SW7_CHAN_NUM <11: 0> + 1 .
SW7_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

copyright • 2016 Quantum Microelectronics Co., Ltd.

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KT0936M ( B9 )6.6.87.

SW7_CHAN_NUM1 (Address 0xCD)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW7_CHAN_NUM <RW

SW Wave band 7 The number of frequency points

0xD2

7: 0>

SW7_CHAN_NUM <11: 0> + 1 .
SW7_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.88.

SW8_CHAN_NUM0 (Address 0xCE)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW8_CHAN_NUM <

RW

0000

SW Wave band 8 The number of frequency points

11: 8>

SW8_CHAN_NUM <11: 0> + 1 .
SW8_CHAN_NUM <11: 0> set as
0 , It indicates that this is only one frequency band

6.6.89.

SW8_CHAN_NUM1 (Address 0xCF)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW8_CHAN_NUM <RW

SW Wave band 8 The number of frequency points

0xCC

7: 0>

SW8_CHAN_NUM <11: 0> +1.

SW8_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.90.

SW9_CHAN_NUM0 (Address 0xD0)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW9_CHAN_NUM <

RW

0000

SW Wave band 9 The number of frequency points

11: 8>

SW9_CHAN_NUM <11: 0> + 1 .
SW9_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.91.

SW9_CHAN_NUM1 (Address 0xD1)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW9_CHAN_NUM <RW

SW Wave band 9 The number of frequency points

0xE6

7: 0>

SW9_CHAN_NUM <11: 0> + 1 .
SW9_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.92.

SW10_CHAN_NUM0 (Address 0xD2)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW10_CHAN_NUM

RW

0001

SW Wave band 10 The number of frequency points<11: 8>SW10_CHAN_NUM <11: 0> + 1 .
SW10_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

copyright • 2016 Quantum Microelectronics Co., Ltd.

35

KT0936M ( B9 )6.6.93.

SW10_CHAN_NUM1 (Address 0xD3)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW10_CHAN_NUM

RW

SW Wave band 10 The number of frequency points

0x04<7: 0>

SW10_CHAN_NUM <11: 0> + 1 .
SW10_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

6.6.94.

SW11_CHAN_NUM0 (Address 0xD4)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW11_CHAN_NUM

RW

0001

SW Wave band 11 The number of frequency points<11: 8>SW11_CHAN_NUM <11: 0> + 1 .
SW11_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

6.6.95.

SW11_CHAN_NUM1 (Address 0xD5)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW11_CHAN_NUM

RW

SW Wave band 11 The number of frequency points

0x04<7: 0>

SW11_CHAN_NUM <11: 0> + 1 .
SW11_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

6.6.96.

SW12_CHAN_NUM0 (Address 0xD6)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW12_CHAN_NUM

RW

0000

SW Wave band 12 The number of frequency points<11: 8>SW12_CHAN_NUM <11: 0> + 1 .
SW12_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

6.6.97.

SW12_CHAN_NUM1 (Address 0xD7)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW12_CHAN_NUM

RW

SW Wave band 12 The number of frequency points

0xE6<7: 0>

SW12_CHAN_NUM <11: 0> + 1 .
SW12_CHAN_NUM <11: 0> set as
0 , It indicates that this is only one frequency band

6.6.98.

SW13_CHAN_NUM0 (Address 0xD8)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW13_CHAN_NUM

RW

0000

SW Wave band 13 The number of frequency points<11: 8>SW13_CHAN_NUM <11: 0> + 1 .
SW13_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

copyright • 2016 Quantum Microelectronics Co., Ltd.

36

KT0936M ( B9 )6.6.99.

SW13_CHAN_NUM1 (Address 0xD9)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW13_CHAN_NUM

RW

SW Wave band 13 The number of frequency points

0xFA<7: 0>

SW13_CHAN_NUM <11: 0> + 1 .
SW13_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

6.6.100.

SW14_CHAN_NUM0 (Address 0xDA)

Bit name

Reading and writing Defaults

Functional Description

7: 4 Reserved bits

R

0000

Reserved bits

3: 0 SW14_CHAN_NUM

RW

0000

SW Wave band 14 The number of frequency points<11: 8>SW14_CHAN_NUM <11: 0> + 1 .
SW14_CHAN_NUM <11: 0> set as
0 , This represents only one frequency band.

6.6.101.

SW14_CHAN_NUM1 (Address 0xDB)

Bit name

Reading and writing Defaults

Functional Description

7: 0 SW14_CHAN_NUM

RW

SW Wave band 14 The number of frequency points<7: 0>

0xE6

SW14_CHAN_NUM <11: 0> + 1 .
SW14_CHAN_NUM <11: 0> set as 0 , This
represents only one frequency band.

copyright • 2016 Quantum Microelectronics Co., Ltd.

37

KT0936M ( B9 )7. Reference circuit
VCC

VDD

RCLK

XI

XO

FB1

24pF

221 @ 100MHz

Option 2

Y1

DVDD

AOUT

10K

C4 1nF

24pFC3221 @ 100MHzHEADPHONE

RCLK

XO

XI

Option 1

Option 3
VDD

VDD

DVDD

+

AMINN

1

AMINP

2

FMIN

C7

C8

10uF

0.1uF

3
4
5

DVDD

6
RF_SW

7

R2 1K

8

TUNING

D1

J1

123

+
R1

32.768KHz C1

FB2

C2 125uF

AMINN

AVDD 16

AMINP

XO 15

RFINP

XI / RCLK 14

RFGND

AVSS 13DVSS

AOUT 12DVDD

AM_FM 11

RF_SW

SPAN 10TUNING

CH 9

C5

C6

0.1uF

10uF

+

XO

AOUT
VDD

AM_FM
SPAN XI

RV1

CH

10K

KT0936M (B9)) U1

DVDD

SW1

R3 1K

D2

FM
MW

D3

SW

D4

VDD

1

SPAN

twenty

R5
R6
R7
R8
R9
R10
R11
R12

three

94
AMINN

C10

10K

R4

63.4R
1K
4.12K
4.42K
4.75K
5.23K
5.62K
6.04K

FM1 (87.0-108.5MHz) AM2(513-1719KHz) SW8(6.78-7.8MHz) SW9(9.15-10.3MHz) SW10
(11.1-12.4MHz) SW11
(14.85-16MHz) SW13 (17.05-18.3MHz)

AMINP

10

1211
138
14151667

R13

E1 FM / SW ANT

1K
4.7uF

C9

R14

100K

2,930,313,233,343,536

Q1

2,122,232,425,262,728

4.7uF

VDD VDD(13-14.3MHz) SW12

2019

SW_IN

S9018

18175

L1 2.2uH

100K

C11 47nF

FM_IN
C12 100pF

R15

SW SLIDE-4P8T
E2

MW ANT

Map 4: Typical application circuit

Components

description

Parameter Value

C1, C4

Crystal oscillator capacitor

24pF

C2, C7

Decoupling capacitor

0.1uF

C3, C6

Decoupling capacitor

10uF

C5

AC coupling capacitors

125uF

C8, C9AC coupling capacitors

4.7uF

C10

SW Input filter

47nF

C11

AC coupling capacitors

100F

D1

Transfer station indicator

led

D2

FM Pilot lamp

led

D3

MW Pilot lamp

led

D4

SW Pilot lamp

led

E1

FM / SW antenna

FM / SW antenna

E2

MW Ferrite antenna

420uH

F1, FB2

Beads

221 @ 100MHz

J1

Headphone jackcopyright • 2016 Quantum Microelectronics Co., Ltd.

38

KT0936M ( B9 )L1

SW Input filter

2.2uH

Q1

SW Low noise amplifier

S9018

RV1

Variable resistor

1Kohm

RV2

Variable resistor

10KohmR1

Resistor

10Kohm

R2, R3, R13

Resistor

1Kohm

R4

A band switching resistor

10Kohm (1%)

R5

A band switching resistor

63.4ohm (1%)

R6

A band switching resistor

1Kohm (1%)

R7

A band switching resistor

4.12Kohm (1%)

R8

A band switching resistor

4.42Kohm (1%)

R9

A band switching resistor

4.75Kohm (1%)

R10

A band switching resistor

5.23Kohm (1%)

R11

A band switching resistor

5.62Kohm (1%)

R12

A band switching resistor

6.04Kohm (1%)

R14, R15

Resistor

100Kohm

SW1

Band switch

4 Knife 8 Throw switch

U1

FM / LW / MW / SW receiverKT0936M (B9)Y1

Crystal32.768KHz

copyright • 2016 Quantum Microelectronics Co., Ltd.

39

KT0936M ( B9 )8. Package size

Millimeter
symbolMinimum

TypicalMillimeter
MaximumsymbolMin Typical maximum

values

A
A1

0.10

A2

1.30

A3

0.60

b

0.39

b1

0.38

c

0.21

C1

0.19

value

1.75

D

9.70

9.90

10.10

0.25

E

5.80

6.00

6.20

1.40

1.50

E1

3.70

3.90

4.10

0.65

0.70

e

0.48

h

0.25

0.43

L

0.50

0.26

L1

0.21

θ

0.41
0.20

copyright • 2016 Quantum Microelectronics Co., Ltd.

1.27BSC
0.50
0.80

1.05BSC08°40

KT0936M ( B9 )9. Screen printing package

KT0936M
GMS411.1.B9
1637B

Mark Method

YAG LaserLine 1 Marking Device ID

KT0936M

Line 2 Marking LOT Number

GMS411.1.B9

Line 3 Marking Year

16

Work week

37

Manufacturing codeB

copyright • 2016 Quantum Microelectronics Co., Ltd.

41

KT0936M ( B9 )10. Ordering Guidemodel

description

Package

The minimum
order quantity

KT0936M

The third generation fully integrated global band

( B9 )

FM / LW / MW / SW Radio chip

copyright • 2016 Quantum Microelectronics Co., Ltd.

SOP16 Lead-free 3000 pcs

42

KT0936M ( B9 )11. historic version
V1.0 First releaseV1.1 Modify register table

V2.0 Amended to apply to KT0936M (9A) version of.
V2.1 Modify the first 2 section RF_SW with AM_FM Pin description of 6.3 section AM_FM Description of pin functions. modify 0x88
Described registers. Named register ONLY_FM_DIS Changed

ONLY_FM1_DIS .
V2.2 Amended to apply to KT0936M (B9) version of. Modify the first 2 section AM_FM Pin description of 3.4 Description of parts, thefirst 6.3 section AM_FM Description of pin functions. Modify the table 9 ,table
10 ,table 12 Fig. 3 . modify 0x4F Described registers. Modify the resistance value of the band in the typical application circuit. Screen
described as increasing the packaging.

copyright • 2016 Quantum Microelectronics Co., Ltd.

43

KT0936M ( B9 )[ CAUTION ]The specifications on this databook are only given for information, without any guarantee as regards either mistakes or omissions. The application circuits in this databook
are described only to show representative usages of the product and not intended for the guarantee or permission of any right including the industrial rights.

copyright • 2016 Quantum Microelectronics Co., Ltd.

44