Ordering number : ENN6450A CMOS IC LC74980W LCD TV Scan Converter IC Overview Specifications The LC74980W is an LCD TV scan converter IC that converts an NTSC TV signal to an XGA personal computer video signal. This IC, in conjunction with a digital decoder, a microcontroller, and an LCD panel, can easily form an LCD TV video signal-processing circuit system. Since the LC74980W performs resolution conversion without an external frame memory, it can reduce system costs. Since this IC also provides PAL TV signal input and DTV inputs (480p and 480i formats), it provides the functions required in the next generation of LCD TV sets. • Supply voltage: 3.3 V (input pins are 5 V tolerant) • Maximum operating frequency: 65.0 MHz • Package: SQFP208 Applications • LCD TVs, monitors, and projectors • PDP displays • Digital TV sets (both home and car products) Package Dimensions unit: mm 3210-SQFP208 [LC74980W] 156 0.5 30.6 28.0 105 28.0 208 30.6 104 157 53 1 (0.5) 0.2 0.15 52 (3.2) (1.25) 3.8max • NTSC and PAL inputs: 8-bit digital YUV (CCIR 601) input • DTV input: 8-bit digital YCbCr input • Progressive-scan XGA RGB (6 bits per color, twophase) signal output • YUV to RGB conversion and YCbCr to RGB conversion • Interlaced to progressive scan conversion • Resolution conversion (enlargement) • Variable display size and display position (independently settable in the horizontal and vertical directions) • Image quality adjustments: brightness, contrast, color, sharpness, color phase, black balance, and white balance • Built-in γ correction (programmable LUT technique) • Dithering (8-bit to 6-bit conversion) • Built-in OSD function (8 colors) • I2C bus interface • Constant frame-rate processing (identical frame periods in the input and output signals) adopted so that no external memory is required. 0.35 Features SANYO: SQFP208 Any and all SANYO products described or contained herein do not have specifications that can handle applications that require extremely high levels of reliability, such as life-support systems, aircraft’s control systems, or other applications whose failure can be reasonably expected to result in serious physical and/or material damage. Consult with your SANYO representative nearest you before using any SANYO products described or contained herein in such applications. SANYO assumes no responsibility for equipment failures that result from using products at values that exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges, or other parameters) listed in products specifications of any and all SANYO products described or contained herein. SANYO Electric Co.,Ltd. Semiconductor Company TOKYO OFFICE Tokyo Bldg., 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110-8534 JAPAN 31000RM (OT) No. 6450-1/10 LC74980W I/O Specifications Output Specifications (Main output signals) Input Specifications (Main input signals) • Video signal: Two-phase XGA digital RGB signal with 6 bits per color. A single-phase output mode is also support, and can be selected by settings using the I2C bus. (Output is from the ODD pin in this case.) • Synchronizing signals: The period and polarity of both the horizontal and the vertical signals may be set. The synchronizing signal position is also variable. A composite synchronizing signal can also be output from the vertical output. • Blanking signals: Horizontal and vertical blanking signals are provided. The periods and the polarities can be set. A composite blanking signal can also be output from the vertical output. • Output processing clock: • Video signals TV: Two 8-bit digital YUV (CCIR 601) input systems. The Y data is 8 bits, and the UV signal is an 8-bit point sequential multiplexed signal. Note: NTSC and PAL signals are referred to simply as TV signals in this document. DTV: One 8-bit digital YCbCr (CCIR 601) input system. Supports the 480i and 480p formats. Note: This IC does not perform frame rate conversion. Thus only frame rates that fall within the operating range of the LCD panel module used are supported as input frame rates. • Synchronizing signals: Both horizontal and vertical synchronizing signal are input as two independent systems. They are switched internally. Any input polarity may be used. The IC detects the polarity internally. • Blanking signal: Provides as either a component signal or as a composite signal. • Input processing clock: Two clock systems are input independently. They are switched internally. • Output processing clock: A fixed-frequency oscillator provides 65.0 MHz clock. In XGA mode, 65.0 MHz (DCLK1) and 32.5 MHz (DCLK2) clocks are output. Control Specifications • I 2C bus: Used for setting internal registers and for reading out status values. (SDA, SCL) • Three-wire bus: Control bus used for OSD control and γ correction settings. (AIDA, AICK, AICS) • External control output: EXCTR pin can be used for general-purpose control of circuits external to the IC over the I2C bus. Electrical Characteristics Absolute Maximum Ratings at VSS = 0 V Parameter Symbol Maximum supply voltage Conditions Ratings VDD Unit –0.3 to +4.6 V V Input voltage VI –0.5 to VIN + 0.5 I/O voltages VI, VO –0.3 to VDD + 0.3 V Storage temperature Tstg –55 to +125 °C Operating temperature Topr –30 to +70 °C Allowable Operating Ranges at Ta = –30 to +70°C Parameter Symbol Conditions Ratings min typ max Unit Supply voltage VDD 3.0 3.3 3.6 V Input voltage range VIN 0 — 5.5 V I/O Pin Capacitances at VDD = –VI = 0 V, Ta = 25°C Parameter Input pins Output pins Bidirectional pins Symbol Conditions Ratings min typ max Unit CIN f = 1 MHz — — 10 pF COUT f = 1 MHz — — 10 pF CI/O f = 1 MHz — — 10 pF No. 6450-2/10 LC74980W DC Characteristics at Ta = –30 to +70°C, VDD = 3.0 to 3.6 V, VIDD = 3.0 to 5.5 V Parameter Symbol Input high-level voltage VIH Input low-level voltage VIL Input high-level current IIH Input low-level current IIL Output high-level voltage VOH Ratings Conditions min CMOS level VOL Output leakage current IOZ Pull-down resistance RDN Quiescent current* IDD Unit max 0.7 VDD — — V 0.75 VDD — — V CMOS level — — 0.2 VIDD V CMOS level Schmitt — — 0.15 VIDD V VI = VDD –10 — +10 µA VI = VDD, with pull-down resistors attached. +10 — +100 µA VI = VSS –10 — +10 µA CMOS level Schmitt Type B4, IOH = –2 mA VDD – 0.8 — — V Type B8, IOH = –4 mA VDD – 0.8 — — V Type B12, IOH = –6 mA VDD – 0.8 — — V — — 0.4 V Type B4, IOL = 2 mA Output low-level voltage typ Type B8, IOL = 4 mA — — 0.4 V Type B12, IOL = 6 mA — — 0.4 V In the high-impedance output state Outputs open, VI = VSS or VDD –10 — +10 µA 34.3 68.5 137 kΩ — — 100 µA *: Note that the rating cannot be always guaranteed due to the circuit structure such as a case where the circuit includes a pull-down resistor. Pins Pin Assignment 105 DVDD DCLK1B DCLK1 DVSS DVDD BOODD5 BOODD4 BOODD3 BOODD2 BOODD1 BOODD0 DVSS DVDD GOODD5 GOODD4 GOODD3 GOODD2 GOODD1 GOODD0 DVSS DVDD ROODD5 ROODD4 ROODD3 ROODD2 ROODD1 ROODD0 DVSS DVDD BOEVEN5 BOEVEN4 BOEVEN3 BOEVEN2 BOEVEN1 BOEVEN0 DVSS DVDD GOEVEN5 GOEVEN4 GOEVEN3 GOEVEN2 GOEVEN1 GOEVEN0 DVSS DVDD ROEVEN5 ROEVEN4 ROEVEN3 ROEVEN2 ROEVEN1 ROEVEN0 DVSS 156 157 DVSS DCLK2 DCLK2B DVDD DVSS HOUT VOUT VIRST DVDD DVSS XTAL DVDD DVSS EXCTR MUTE AICS AIDA AICK SDA SCL PDOWN1 PDOWN2 CLKIO DVDD DVSS TSTOA7 TSTOA6 TSTOA5 TSTOA4 TSTOA3 TSTOA2 TSTOA1 TSTOA0 DVDD DVSS TSTOB7 TSTOB6 TSTOB5 TSTOB4 TSTOB3 TSTOB2 TSTOB1 TSTOB0 TSTMOD3 TSTMOD2 TSTMOD1 TSTMOD0 TSTSUB3 TSTSUB2 TSTSUB1 TSTSUB0 DVDD 208 155 150 145 140 135 130 125 120 115 110 105 160 100 165 95 170 90 175 85 180 80 LC74980W 185 75 190 70 195 65 200 60 205 55 10 15 20 25 30 35 40 45 50 DVSS OSDRIN OSDGIN OSDBIN OSDEN YIN7 YIN6 YIN5 YIN4 YIN3 YIN2 YIN1 YIN0 DVDD DVSS UIN7 UIN6 UIN5 UIN4 UIN3 UIN2 UIN1 UIN0 DVDD DVSS VIN7 VIN6 VIN5 VIN4 VIN3 VIN2 VIN1 VIN0 DVDD DVSS CLKITV DVDD DVSS CLKIDTV DVDD DVSS DVSS DVDD SCANMOD SCANEN AVSS PDO AVDD AVSS VCOCNT VCORNG AVDD 5 1 104 DVDD BLKVOUT BLKHOUT RST DVSS DVDD PLLH BLKIV BLKIH N.C N.C VIDTV HIDTV VITV HITV DVSS DVDD CLPCR CLPCB CLPY CLPP DVSS DVDD BIN0 BIN1 BIN2 BIN3 BIN4 BIN5 BIN6 BIN7 DVSS DVDD GIN0 GIN1 GIN2 GIN3 GIN4 GIN5 GIN6 GIN7 DVSS DVDD RIN0 RIN1 RIN2 RIN3 RIN4 RIN5 RIN6 RIN7 DVSS 53 Top view 52 A12972 No. 6450-3/10 LC74980W Pin Functions Pin No. Pin I/O type I/O Type Connection GND Notes 1 DVSS P 2 OSDRIN I g74980m03 Caption OSD microcontroller Digital system ground OSD red input 3 OSDGIN I g74980m03 Caption OSD microcontroller OSD green input 4 OSDBIN I g74980m03 Caption OSD microcontroller OSD blue input 5 OSDEN I g74980m03 Caption OSD microcontroller OSD data enable 6 YIN7 I g74980m03 Digital decoder 7 YIN6 I g74980m03 or 8 YIN5 I g74980m03 ADC MSB TV Y signal input or 9 YIN4 I g74980m03 10 YIN3 I g74980m03 DTV Y signal input 11 YIN2 I g74980m03 12 YIN1 I g74980m03 13 YIN0 I g74980m03 14 DVDD P 15 DVSS P 16 UIN7 I g74980m03 Digital decoder 17 UIN6 I g74980m03 or 18 UIN5 I g74980m03 ADC 19 UIN4 I g74980m03 20 UIN3 I g74980m03 21 UIN2 I g74980m03 22 UIN1 I g74980m03 23 UIN0 I g74980m03 24 DVDD P 25 DVSS P 26 VIN7 I g74980m03 Digital decoder 27 VIN6 I g74980m03 or 28 VIN5 I g74980m03 ADC 29 VIN4 I g74980m03 30 VIN3 I g74980m03 31 VIN2 I g74980m03 32 VIN1 I g74980m03 33 VIN0 I g74980m03 34 DVDD P 35 DVSS P 36 CLKITV I 37 DVDD P 38 DVSS P 39 CLKIDTV I 40 DVDD P Power supply 41 DVSS P GND 42 DVSS P GND 43 DVDD P Power supply 44 SCANMOD I g74980m03 Open Scan test mode 45 SCANEN I g74980m03 Open Scan test enable 46 AVSS P 47 PDO O 48 AVDD P Power supply Analog system power supply: 3.3 V 49 AVSS P Power supply Analog system ground 50 VCOCNT I g74100m06 Loop filter 51 VCORNG I g74100m06 Resistor 52 AVDD P LSB Power supply GND TV UV multiplexed signal input or Digital system power supply: 3.3 V Digital system ground MSB DTV Cr signal input LSB Power supply GND Digital decoder Power supply Digital system power supply: 3.3 V Digital system ground TV clock input (data rate) Digital system power supply: 3.3 V GND Digital system ground PLL DTV clock input Power supply zwp3vp113 MSB LSB GND g74980m05 Digital system ground DTV Cb signal input Power supply g74980m05 Digital system power supply: 3.3 V Loop filter Power supply Digital system power supply: 3.3 V Digital system ground Digital system ground Digital system power supply: 3.3 V Analog system ground Charge pump output (Leave open when unused.) VCO control input (Connect to AVSS when unused.) VCO bias resistor input (Connect to AVSS when unused.) Analog system power supply: 3.3 V Continued on next page. No. 6450-4/10 LC74980W Continued from preceding page. I/O type Pin No. Pin 53 DVSS P 54 RIN7 I g74980m03 55 RIN6 I g74980m03 56 RIN5 I g74980m03 57 RIN4 I g74980m03 58 RIN3 I g74980m03 59 RIN2 I g74980m03 60 RIN1 I g74980m03 61 RIN0 I g74980m03 62 DVDD P 63 DVSS P 64 GIN7 I g74980m03 65 GIN6 I g74980m03 66 GIN5 I g74980m03 67 GIN4 I g74980m03 68 GIN3 I g74980m03 69 GIN2 I g74980m03 70 GIN1 I g74980m03 71 GIN0 I g74980m03 72 DVDD P 73 DVSS P 74 BIN7 I g74980m03 75 BIN6 I g74980m03 76 BIN5 I g74980m03 77 BIN4 I g74980m03 78 BIN3 I g74980m03 79 BIN2 I g74980m03 80 BIN1 I g74980m03 81 BIN0 I g74980m03 82 DVDD P 83 DVSS P 84 CLPP O I/O Type Connection GND Digital system ground ADC MSB Y signal input LSB Power supply Digital system power supply: 3.3 V GND Digital system ground ADC MSB U signal input LSB Power supply Digital system power supply: 3.3 V GND Digital system ground ADC MSB V signal input LSB Power supply POB4 Notes Digital system power supply: 3.3 V GND Digital system ground ADC Clamp pulse 85 CLPY O POT4 ADC Y clamp level 86 CLPCB O POT4 ADC Cb clamp level 87 CLPCR O POT4 88 DVDD P 89 DVSS P 90 HITV I ADC Power supply GND g74980m04 Cr clamp level Digital system power supply: 3.3 V Digital system ground TV decoder TV horizontal synchronizing signal input TV vertical synchronizing signal input 91 VITV I g74980m04 TV decoder 92 HIDTV I g74980m04 Digital interface 93 VIDTV I g74980m04 Digital interface 94 N.C — — — — 95 N.C — — — — 96 BLKIH I g74980m02 Digital interface 97 BLKIV I g74980m02 Digital interface 98 PLLH O POB4 PLL 99 DVSS P GND 100 DVDD P Power supply DTV horizontal synchronizing signal input DTV vertical synchronizing signal input Horizontal blanking signal input or composite blanking signal Vertical blanking signal input (Held high in composite mode) PLL internal divider output Digital system ground Digital system power supply: 3.3 V 101 RST I g74980m01 Initialization circuit System reset (reset to low) 102 BLKHOUT O POB8 Initialization circuit Horizontal data enable 103 BLKVOUT O POB8 Initialization circuit 104 DVDD P Power supply Vertical data enable or composite data enable Digital system power supply: 3.3 V Continued on next page. No. 6450-5/10 LC74980W Continued from preceding page. Pin No. Pin I/O type I/O Type 105 DVSS P 106 ROEVEN0 O POB4 107 ROEVEN1 O POB4 108 ROEVEN2 O POB4 109 ROEVEN3 O POB4 110 ROEVEN4 O POB4 111 ROEVEN5 O POB4 112 DVDD P Connection GND LCD module DVSS P 114 GOEVEN0 O POB4 115 GOEVEN1 O POB4 116 GOEVEN2 O POB4 117 GOEVEN3 O POB4 118 GOEVEN4 O POB4 119 GOEVEN5 O POB4 120 DVDD P Digital system ground LSB Red signal output (even) MSB Power supply 113 Notes GND LCD module Digital system power supply: 3.3 V Digital system ground LSB Green signal output (even) MSB Power supply GND Digital system power supply: 3.3 V 121 DVSS P 122 BOEVEN0 O POB4 123 BOEVEN1 O POB4 124 BOEVEN2 O POB4 125 BOEVEN3 O POB4 126 BOEVEN4 O POB4 127 BOEVEN5 O POB4 128 DVDD P Power supply 129 DVSS P GND 130 ROODD0 O POB4 131 ROODD1 O POB4 Red signal output (odd) 132 ROODD2 O POB4 or 133 ROODD3 O POB4 Red signal single-phase output 134 ROODD4 O POB4 135 ROODD5 O POB4 136 DVDD P LCD module Digital system ground LSB Blue signal output (even) MSB LCD module Digital system power supply: 3.3 V Digital system ground LSB MSB Power supply GND Digital system power supply: 3.3 V 137 DVSS P 138 GOODD0 O POB4 139 GOODD1 O POB4 Green signal output (odd) 140 GOODD2 O POB4 or 141 GOODD3 O POB4 Green signal single-phase output 142 GOODD4 O POB4 143 GOODD5 O POB4 144 DVDD P LCD module Digital system ground LSB MSB Power supply GND Digital system power supply: 3.3 V 145 DVSS P 146 BOODD0 O POB4 147 BOODD1 O POB4 Blue signal output (odd) 148 BOODD2 O POB4 or 149 BOODD3 O POB4 Blue signal single-phase output 150 BOODD4 O POB4 151 BOODD5 O POB4 152 DVDD P Power supply 153 DVSS P GND 154 DCLK1 O POB12 155 DCLK1B O POB12 156 DVDD P LCD module Digital system ground LSB MSB LCD module Digital system power supply: 3.3 V Digital system ground Data clock 1 (for single-phase data output) LCD module Inverted data clock 1 (for single-phase data output) Power supply Digital system power supply: 3.3 V Continued on next page. No. 6450-6/10 LC74980W Continued from preceding page. Pin No. Pin I/O type I/O Type 157 DVSS P 158 DCLK2 O POB12 159 DCLK2B O POB12 160 DVDD P Connection GND — — Power supply Notes Digital system ground Data clock 2 (for two-phase data output) Inverted data clock 2 (for two-phase data output) Digital system power supply: 3.3 V 161 DVSS P GND Digital system ground 162 HOUT O POB8 LCD module Horizontal sync output 163 VOUT O POB8 LCD module Vertical synchronizing signal output or composite synchronizing signal output 164 VIRST O POB4 165 DVDD P Power supply 166 DVSS P GND Digital system ground VCO Crystal oscillator circuit output g74980m01 XTAL Crystal oscillator reset Digital system power supply: 3.3 V 167 XTAL I 168 DVDD P Power supply 169 DVSS P GND 170 EXCTR O POB4 — 171 MUTE I g74980m02 Microcontroller Mute control input (mute to low) 172 AICS I g74980m02 Microcontroller 3-wire bus control chip select 173 AIDA I g74980m02 Microcontroller 3-wire bus control bus data 174 AICK I g74980m02 Microcontroller 3-wire bus control bus clock 175 SDA B g74980m06 Microcontroller I2C control data 176 SCL I g74980m02 Microcontroller I2C control clock 177 PDOWN1 I g74980m01 Microcontroller Power down 1 (low in normal mode) 178 PDOWN2 I g74980m01 Microcontroller 179 CLKI0 O POB12 — 180 DVDD P Power supply 181 DVSS P GND 182 TSTOA7 O POB4 183 TSTOA6 O POB4 184 TSTOA5 O POB4 185 TSTOA4 O POB4 186 TSTOA3 O POB4 187 TSTOA2 O POB4 188 TSTOA1 O POB4 189 TSTOA0 O POB4 190 DVDD P OPEN DVSS P 192 TSTOB7 O POB4 193 TSTOB6 O POB4 194 TSTOB5 O POB4 195 TSTOB4 O POB4 196 TSTOB3 O POB4 197 TSTOB2 O POB4 198 TSTOB1 O POB4 199 TSTOB0 O POB4 200 TSTMOD3 I g74980m03 201 TSTMOD2 I g74980m03 202 TSTMOD1 I g74980m03 203 TSTMOD0 I g74980m03 204 TSTSUB3 I g74980m03 205 TSTSUB2 I g74980m03 206 TSTSUB1 I g74980m03 207 TSTSUB0 I g74980m03 208 DVDD P External control output (output controlled over the I2C bus) Power down 2 (high in normal mode) Input system clock output Digital system power supply: 3.3 V Digital system ground MSB Test outputs LSB Power supply 191 Digital system power supply: 3.3 V Digital system ground GND OPEN Digital system power supply: 3.3 V Digital system ground MSB Test outputs LSB OPEN Test mode OPEN Test sub-mode Power supply Digital system power supply: 3.3 V No. 6450-7/10 LC74980W Pin Type I/O type Applicable pins Function Equivalent circuit RST g74980m01 PDOWN1 to 2 3 to 5 V voltage handling input XTAL A12973 AICS, AIDA, AICK g74980m02 SCL BLKIH, BLKIV 3 to 5 V voltage handling Schmitt input A12974 MUTE OSDRIN, OSDGIN, OSDBIN, OSDEN YIN0 to 7, UIN0 to 7, VIN0 to 7 g74980m03 SCANMOD, SCANEN RIN0 to 7, GIN0 to 7, BIN0 to 7 3 to 5 V voltage handling pull-down input TSTMOD0 to 3, TSTSUB0 to 3 A12975 Leave open when unused. g74980m04 HITV, VITV HIDTV, VIDTV 3 to 5 V voltage handling pull-down Schmitt input A12976 A12976 g74980m05 CLKITV CLKIDTV 3 to 5 V voltage handling OE input A12977 CLPP, PLLH, POB4 ROEVEN0 to 5, GOEVEN0 to 5, BOEVEN0 to 5 ROODD0 to 5, GOODD0 to 5, BOODD0 to 5 4 mA drive output VIRST, EXCTR, TST0A0 to 7, TST0B0 to 7 POB8 POB12 POT4 BLKHOUT, BLKVOUT HOUT, VOUT DCLK1, DBLK1B, DCLK2, DCLK2B CLKI0 CLPY, CLPCB, CLPCR 8 mA drive output A12978 12 mA drive output 4 mA 3-state drive output A12979 g74980m06 SDA Open-drain I/O A12980 No. 6450-8/10 Output processing Output timing generator circuit • OSD • γ correction • Color-depth conversion • Background and blanking addition I2C bus control interface B G R 6 6 6 6 6 6 BOEVEN BOODD GOEVEN GOODD ROEVEN ROODD CLKITV CLKIDTV BLKIH BLKIV VITV VIDTV Three-wire bus control interface AICK/AIDA/AICS Input clock generator CLKIO SDA/SCL XTAL Output clock generator A12981 DCLK2B DCLK1B DCLK2 DCLK1 BLKVOUT BLKHOUT VOUT HOUT Input timing generator circuit • Enlargement processing Resolution conversion HITV HIDTV B G R EXCTR 8 • YCbC → RGB • YUV → RGB Input processing MUTE RIN [7 : 0] BIN [7 : 0] GIN [7 : 0] VIN [7 : 0] UIN [7 : 0] YIN [7 : 0] LC74980W IC Internal Block Diagram No. 6450-9/10 LC74980W Supplementary Documentation: Sample Application (LCD TV) NTSC/PAL TV Tuner SW VCR Decoder Y U/V LC74980W 8 Selector 8 8 D-TV/DVD Y Cb 480I/480P YIN UIN TFT-LCD MODULE (XGA) VIN Cr A/D A12982 Specifications of any and all SANYO products described or contained herein stipulate the performance, characteristics, and functions of the described products in the independent state, and are not guarantees of the performance, characteristics, and functions of the described products as mounted in the customer’s products or equipment. To verify symptoms and states that cannot be evaluated in an independent device, the customer should always evaluate and test devices mounted in the customer’s products or equipment. SANYO Electric Co., Ltd. strives to supply high-quality high-reliability products. However, any and all semiconductor products fail with some probability. It is possible that these probabilistic failures could give rise to accidents or events that could endanger human lives, that could give rise to smoke or fire, or that could cause damage to other property. When designing equipment, adopt safety measures so that these kinds of accidents or events cannot occur. Such measures include but are not limited to protective circuits and error prevention circuits for safe design, redundant design, and structural design. In the event that any or all SANYO products (including technical data, services) described or contained herein are controlled under any of applicable local export control laws and regulations, such products must not be exported without obtaining the export license from the authorities concerned in accordance with the above law. No part of this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying and recording, or any information storage or retrieval system, or otherwise, without the prior written permission of SANYO Electric Co., Ltd. Any and all information described or contained herein are subject to change without notice due to product/technology improvement, etc. When designing equipment, refer to the “Delivery Specification” for the SANYO product that you intend to use. Information (including circuit diagrams and circuit parameters) herein is for example only; it is not guaranteed for volume production. SANYO believes information herein is accurate and reliable, but no guarantees are made or implied regarding its use or any infringements of intellectual property rights or other rights of third parties. This catalog provides information as of March, 2000. Specifications and information herein are subject to change without notice. PS No. 6450-10/10