Panasonic Semiconductor MN6 fiche technique

No.	Partie #	Fabricant	Description
1	MN6474A	Panasonic Semiconductor	D/A Converter for Digital Audio Equipment 1 2 3 4 5 6 7 8 9 10 OUTR( –) AVSS1 AVSS2 OUTR(+) AVDD2 N.C. AVDD3 OUTL(+) AVSS3 AVSS4 OUTL( –) (TOP VIEW) QFP042-P-1414A MN6474A Block Diagram For Audio Equipment ZFLGB TEST2 TEST1 384FS 192FS TP2 TP1 X1 7 6 5 4 31 39 32 26 Timin
2	MN6626	Panasonic Semiconductor	Signal Processing LSI for CD Players Data slice Phase-locked loop for reproducing the bit clock Frame synchronization detection, holding, and insertion EFM demodulation Subcode data processing Subcode Q data CRC check Built-in subcode Q data register Serial interface for subcodes P thro
3	MN63151	Panasonic Semiconductor	EEPROM security features and an address specification system using opcode input. Low cost combined with high security makes the chips ideal for use in prepaid cards and other types of IC cards. Pad Assignment GND 1 5 4 VDD RST CLK Features Easy-to-use
4	MN63154	Panasonic Semiconductor	EEPROM security features and an address specification system using opcode input. Low cost combined with high security makes the chips ideal for use in prepaid cards and other types of IC cards. Pad Assignment GND 1 5 4 VDD RST CLK Features Easy-to-use
5	MN6155	Panasonic Semiconductor	PLL LSI with Built-In Prescaler include intermittent operation by the power save (PS) control signal and high-speed pull-in that rapidly corrects the phase differences occurring at the start of operation. It also offers two choices for the reference signal: selfexcited operation us
6	MN6556A	Panasonic Semiconductor	Low Power 8-Bit CMOS D/A Converters for Image Processing Maximum conversion rate: 20 MSPS (min.) Linearity error: ±0.3 LSB (typ.) Differential linearity error: ±0.3 LSB (typ.) Power supply voltage: 5.0±0.5 V Power consumption: 50 mW (typ.) Full scale current: 5 mA (typ.) Applications Digital television Di
7	MN65543S	Panasonic Semiconductor	Low Power 8-Bit CMOS A/D Converter for Image Processing Maximum conversion rate: 15 MSPS (min.) Linearity error: ±0.5 LSB (typ.) Differential linearity error: ±0.3 LSB (typ.) Power supply voltage: 4.40 to 5.25 V Power consumption: 90 mW (typ.) Applications Digital television receivers Digital video equip
8	MN65531AS	Panasonic Semiconductor	Low Power 6-Bit CMOS A/D Converter for Image Processing Maximum conversion rate: 20 MSPS (min.) Linearity error: ±0.5 LSB (typ.) Differential linearity error: ±0.5 LSB (typ.) Power supply voltage: 5.0 ±0.5 V Power consumption: 100 mW (typ.) Built-in 3-input multiplexer, clamp circuit, and reference voltag
9	MN6557A	Panasonic Semiconductor	Low-Power-Consumption CMOS 10-Bit D/A Converters for Image Processing Maximum conversion rate: 30 MSPS (min.) Linearity error: ±0.5 LSB (typ.) Differential linearity error: ±0.3 LSB (typ.) Power supply voltage: 5.0 ±0.5 V Power consumption: 125 mW (typ.) Full-scale current: 13 mA (typ.) Applications Digital TV Digital
10	MN6475A	Panasonic Semiconductor	D/A Converter for Digital Audio Equipment a built-in 4 times oversampling and 16-bit input digital filter. It includes a digital de-emphasis circuit and analog post filter to reduce the parts count and power consumption of the overall D/A conversion system. And also it includes two noise-sha
11	MN662785TBUC	Panasonic Semiconductor	LSI (Optical servo) Focus (Fo), tracking (Tr), and traverse (TRV) servos Automatic adjustment functions (Fo/Tr gain, Fo/Tr offset, Fo/Tr balance) On-chip PWM for drive output Provided with a countermeasure for dropout Provided with anti-shock function Pr
12	MN66710	Panasonic Semiconductor	Full-Function DAB Receiver LSI • The DAB signal-processing block is integrated on a single chip. (with external 4M DRAMs) • Supports all of DAB modes I, II, III, and IV. • Achieves a processing data rate of up to 1.536 Mbps. • Up to 4 MSC sub-channels can be selected. • MPEG audio
13	MN63112S	Panasonic Semiconductor	2K-Bit EEPROM Choice of memory organizations: 256 × 8 bits and 128 × 16 bits Floating gate memory cells Function blocking erroneous writes Low power consumption - Reads: max. 6.6 mW for VCC = 3.3 V - Standby: max. 66 µW for VCC = 3.3 V Built-in self-timer for use
14	MN6311S	Panasonic Semiconductor	2K-Bit EEPROM 2048 words × 1 bit organization Built-in reset function Tristate output Low power consumption · 3 volt read: 1.5 mW (max.) · 3 volt program: 6 mW (max.) · 3 volt standby: 60 µW (max.) Single 3 volt power supply (charge pump circuit built-in) Self tim
15	MN63121	Panasonic Semiconductor	1K-Bit EEPROM Memory organization: 64 × 16 bits Floating gate memory cells Function blocking erroneous writes Low power consumption - Reads: max. 6.6 mW for VCC = 3.3 V - Standby: max. 66 µW for VCC = 3.3 V Built-in self-timer for use in automatically erasing and
16	MN63Y1213	Panasonic Semiconductor	LSI ...........................................................................................................................10 1.2 Block Diagram...........................................................................................................
17	MN63Y1210	Panasonic Semiconductor	LSI .............................................................................................................................8 1.2 Block Diagram..........................................................................................................
18	MN6153UC	Panasonic Semiconductor	PLL LSI with Built-In Prescaler include intermittent operation by the power save (PS) control signal and high-speed pull-in that rapidly corrects the phase differences occurring at the start of operation. Pin Assignment XIN XOUT FV VDD DOP VSS VCP FIN 1 2 3 4 5 6 7 8 16 15 14 1
19	MN6152U	Panasonic Semiconductor	PLL LSI with Built-In Prescaler include intermittent operation by the power save (PS) control signal and high-speed pull-in that rapidly corrects the phase differences occurring at the start of operation. Pin Assignment XIN XOUT FV VDD DOP VSS LD FIN 1 2 3 4 5 6 7 8 16 15 14 13
20	MN61113	Panasonic Semiconductor	2K-Bit EEPROMs 2048 words × 1 bit organization Built-in reset function Tristate output Low power consumption • 3 volt read: 1.5 mW (max.) • 3 volt program: 6 mW (max.) • 3 volt standby: 60 µW (max.) Single 3 volt power supply (charge pump circuit built in) Self tim