Fm multiplex broadcasting system chipset s – Sanyo EP93F User Manual

Page 33

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.............Under development

.............New product

61

Car Audio

62

Car Audio

P23 to 26

P23 to 24

P23 to 24

P65

P66

P63

P63 to P64

P65 to P66

P64

CCB is a SANYO’s original bus format and all the
bus addresses are controlled by SANYO.

CRTC

Graphics

display

AF

amplifier

DARC FM multiplex broadcast decoder IC

ICs that support all formats
LC72711W/LC72711LW
ICs that support VICS and D-GPS
LC72713W/LC72714W

LCD driver

Display panel

Program

storage memory

Stereo
matrix

Tuner

VICS

decoder

Frame

memory

Error

correction

76 kHz

band-pass

filter

MSK

demodulation

CPU

interface

Synchronization

regeneration

Signal control microcontrollers

LC875B Series

LC87F5BP6A

Flash products are licensed from Silicon Storage Technology, Inc.,(USA),
and manufactured and sold by SANYO Electric Co., Ltd.

The DARC (Data Radio Channel) FM multiplex broadcasting technology was developed by NHK
(Japan Broadcasting Corporation) .
DARC is a registered trademark of NHK Engineering Service (NHK-ES) .
A separate contract with NHK-ES is required for the production and sale of electronic equipment
using DARC technology .
The logo shown here can be displayed on electronic equipment using DARC technology.

DARC System FM Multiplex
Data Decoder

VICS-IC
LC72713W

LC72714W

• Built-in dedicated VICS decoder circuit
• VICS data and D-GPS data can be

acquired at the same time with a single
tuner.

• On-chip 76-kHz bandpass filter based

on SC technology

• Adopts a delay detection technique that

is particularly effective in mobile reception

• Clock recovery using a digital PLL circuit
• Block and frame synchronization

detection circuits

• Error correction circuit using (272, 190)

codes

• On-chip frame memory for product code
• Layer 4 CRC code check circuit
• Selectable CCB serial and parallel

interfaces

• Operating temperature: – 40 to + 85˚C
• Supply voltage:4.5 to 5.5 V (LC72713W)
2.7 to 3.6 V (LC72714W)
• Package: SQFP64 (10 10)

Support for All Broadcast Systems
LC72711W

LC72711LW

• Supports FM multiplex all frame methods

(methods A though C)

• For reception of FM multiplex services

other than VICS

• Operating temperature: – 40 to + 85˚C
• Supply voltage:4.5 to 5.5 V (LC72711W)
2.7 to 3.6 V (LC72711LW)
• Package: SQFP64 (10 10)

Wide Range of RAM and ROM Options

Signal Control Microcontrollers
LC875B Series

• Manages the broadcast (received) data and

controls the LCD driver as an FM multiplex

broadcasting signal controller
• This series is optimal since the abundant

internal RAM can be used for smooth data

management

ROM: 176 Kbytes to 256 Kbytes
RAM: 4 to 6 Kbytes

• Provides a dedicated 8-bit bus for optimal data

management and LCD display

• Includes 256 KB of flash memory as on-board

reprogramable ROM

• Includes 6 KB of RAM

Tuner Block

LC87F5BP6A (Flash Version)

FM multiplex broadcasting is a new data transmission system that allows reception by mobile
receivers and features a large transmission capacity and a wide service area.
SANYO has proposed ICs that exactly match the requirements of each functional block and is
now aiming at further product line expansion in this area.

FM Multiplex Broadcasting

System Chipset s

For Automotive AV Equipment

Extensive lineup provides full support for a wide range of systems

P1 to 2

P1 to 2

P1 to 2

P3

P4

P4 . P20

P6 . 21

P6 . 21

P5 . 22

P5

P5

LAN drivers

CARNET

LA2330W

LA2333T

LA2351M

LA2360M

LA2361AM

LA2361JM

LA2340M

LV2341M

CAN

MOST

Varactor diodes for tuning
SVC230 (CR (C2.0V/C8.0V)

1.65, Q

100)

SVC243 (CR (C1.0V/C6.5V)

7.0, Q

40)

SVC272 (CR (C2.0V/C8.0V)

2.3, Q

150)

SVC273 (CR (C2.0V/C8.0V)

3.1, Q

100)

*: SV272, SV273: MCPH3 miniature package (2.1 2.0 mm)

Dual gate MOSFETs for amplifiers
3SK263 (VDS = 15 Vmin, IDSX = 2.4 to 24 mA, yfs = typ 14 ms),
3SK264 (VDS = 15 V, IDSX = 5.0 to 24 mA, yfs = typ 17 ms)
Transistors for buffers
2SC2812N (VCEO = 50 V, IC = 150 mA, fT = typ 100 MHz),
2SC2814 (VCEO = 20 V, IC = 30 mA, fT = typ 320 MHz)
PIN diodes for AGC and switching
Series with rs = typ 6

: ISV294, ISV315, ISV316, ISV298H

Transistors for AM and FM buffers
2SC2812N (VCEO = 50 V, IC = 150 mA, fT = typ 100 MHz),
2SC2814 (VCEO=20 V, IC=30 mA, fT = typ 320 MHz)
PIN diodes for AM AGC and switching
Series with rs = typ 5

: ISV247, ISV233, ISV246, ISV234, CPH5512

PIN diodes for FM AGC and switching
Series with rs = typ 6

: ISV294, ISV315, ISV316, ISV298H

Other transistors (power supply, interface, and switch drive)
Bipolar transistors: 50C02CH (VCEO = 15 V, IC=1 A, VCE (sat) = max 280 mV)
(NPN) 2SC5706 ( VCEO = 50 V, IC = 5 A, VCES (sat) = typ 90 mV)
2SD1913 (VCEO = 60 V, IC = 3 A, PC = 20 W, hFE 70 to 280)
MOSFET: 5LN 01M (VDSS = 50 V, ID = 100 mA RDS (on)
(Nch) <VGS = 2.5 V> = 9.9

)

CPH6424 (VDSS = 60 V, ID = 3 A RDS (on)
<VGS = 4 V> typ 150 m

)

FM Multiplex Broadcasting

System Chipset s

FM Multiplex Broadcasting

System Chipset s

All products described in this catalog contain developed products or
products that are diverted from general types. In accordance with standard
of quality management system ISO/TS16949 for automotive industry, there
is a case where all demanded articles couldn't be supported, so please
confirm to the salesman of our company at every order.

FM multiplex broadcasting is a new data transmission system that allows reception by mobile
receivers and features a large transmission capacity and a wide service area.
SANYO has proposed ICs that exactly match the requirements of each functional block and is
now aiming at further product line expansion in this area.

*The DARC system is an FM multiplex broadcasting system proposed by NHK (Japan Broadcasting Corporation). It is appropriate for
reception from mobile receivers.
*A contract with VICS Center is required to acquire VICS decoder ICs.

*The DARC system is an FM multiplex broadcasting system proposed by NHK (Japan Broadcasting Corporation). It is appropriate for
reception from mobile receivers.
*A contract with VICS Center is required to acquire VICS decoder ICs.

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