HEX DEBOUNCER DIP Search Results

HEX DEBOUNCER DIP Result Highlights (5)

Part	Manufacturer	Description	Download
TC74HC04AP	Toshiba Electronic Devices & Storage Corporation	CMOS Logic IC, Hex Inverter, DIP14	Datasheet
TC74HC14AP	Toshiba Electronic Devices & Storage Corporation	CMOS Logic IC, Hex Inverter, DIP14	Datasheet
54367J/B	Rochester Electronics LLC	54367 - Hex Bus Drivers	PDF
54H04/BCA	Rochester Electronics LLC	54H04 - Hex Inverters	PDF
54AC04/BCA	Rochester Electronics LLC	54AC04 - HEX INVERTER	PDF

HEX DEBOUNCER DIP Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
marking ALP Abstract: EM6617 PDIP24 PDIP28 SO24 TSSOP28 Contextual Info: EM MICROELECTRONIC - MARIN SA EM6617 Ultra Low Power Microcontroller with ADC AND EEPROM Figure 1. Architecture Features • Low Power • • • • • • • • • • • • • • • • • • - 3.2 µA active mode, ADC off - 9.0 µA active mode, ADC on	Original	EM6617 32kHz, 128KHz marking ALP EM6617 PDIP24 PDIP28 SO24 TSSOP28	PDF
PROM 64x8-Bit Abstract: TSSO28 DIP28 EM6617 SO24 TSSOP24 Contextual Info: EM6617 INDEX 1. Pin Description for EM6617 ; 24 / 26 pins package _ 4 2. Operating 6 2.1 STANDBY Mode 6	Original	EM6617 12k-28k 14k-29k 40k-140k 40k-210k PROM 64x8-Bit TSSO28 DIP28 EM6617 SO24 TSSOP24	PDF
EM6617 Abstract: PDIP24 PDIP28 SO24 TSSOP28 heat meter eeprom st Contextual Info: EM MICROELECTRONIC - MARIN SA EM6617 Ultra Low Power Microcontroller with ADC AND EEPROM Figure 1. Architecture Features • Low Power • • • • • • • • • • • • • • • • • • - 3.2 µA active mode, ADC off - 9.0 µA active mode, ADC on	Original	EM6617 32kHz, 128KHz inp442 C/399 C/442 EM6617 PDIP24 PDIP28 SO24 TSSOP28 heat meter eeprom st	PDF
EM6517 Abstract: PDIP24 PDIP28 S028 SO24 32x8bit Contextual Info: 0 0,&52(/(&7521,&0$5,1 6$ EM6517 4 Bit Microcontroller Features • Low Power • • • • • • • • • • • • • • • • • - 9 µA active mode, ADC off - 15 µA active mode, ADC on - 1.3 µA standby mode - 0.1µA sleep mode @ 3.0V, 32kHz, 25°C	Original	EM6517 32kHz, EM6517 CH-2074 PDIP24 PDIP28 S028 SO24 32x8bit	PDF
mask eeprom Abstract: b25813 B25833 Contextual Info: 0 0,&52(/(&7521,&0$5,1 6$ EM6617-1 4 Bit Microcontroller Features • Low Power • • • • • • • • • • • • • • • • • - 3.2 µA active mode, ADC off - 9.0 µA active mode, ADC on - 0.6 µA standby mode - 0.1µA sleep mode @ 3.0V, 32kHz, 25°C	Original	EM6617-1 32kHz, 10-bit 150mV B/258 mask eeprom b25813 B25833	PDF
sti ae c 642 Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 32kHz, 800kHz 16Bit TSSOP-8/14, SO-8/14 TSSOP14. sti ae c 642	PDF
Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 32kHz, 128kHz 16Bit TSSOP-8/14, SO-8/14	PDF
Contextual Info: EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 16Bit 32kHz, TSSOP-8/14, SO-8/14 800kHz TSSOP14.	PDF
C52 SCR Abstract: ac voltage regulator using SCR circuit diagram led ldr sensor EM6680 EM6681 347H marking 611 016 soic-8 Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 16Bit 32kHz, TSSOP-8/14, SO-8/14 C52 SCR ac voltage regulator using SCR circuit diagram led ldr sensor EM6680 EM6681 347H marking 611 016 soic-8	PDF
EM6680 Abstract: EM6681 EM6682 Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6682 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.5 µA standby mode 0.6µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6682 16Bit 32kHz, TSSOP-14, SO-8/14 800kHz EM6600 10-Bit EM6680 EM6681 EM6682	PDF
0-30v variable power supply Abstract: EM6680 Contextual Info: Preliminary EM6680 EM MICROELECTRONIC - MARIN SA Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.5 µA standby mode 0.18 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C Low Supply Voltage 1.2 V to 3.6 V	Original	EM6680 16Bit 32kHz, TSSOP-8/14, SO-8/14 B/484 B/484 0-30v variable power supply EM6680	PDF
Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 16Bit 32kHz, TSSOP-8/14, SO-8/14	PDF
Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6682 Ultra Low Power 8-pin Microcontroller Features ̌ True Low Power: Figure 1. Architecture 4.0 µA active mode 3.5 µA standby mode 0.6µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C ̌ ̌ ̌ ̌ ̌ ̌ ̌ ̌ ̌ ̌ ̌	Original	EM6682 16Bit 32kHz, TSSOP-14, SO-8/14 800kHz 10-Bit	PDF
resistor 3.3 KOhm J Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.65 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6680 32kHz, 800kHz 16Bit TSSOP-8/14, SO-8/14 resistor 3.3 KOhm J	PDF

EM6680 Contextual Info: EM MICROELECTRONIC - MARIN SA EM6680 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.5 µA standby mode 0.35 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C Low Supply Voltage 1.2 V to 3.6 V	Original	EM6680 16Bit 32kHz, TSSOP-8/14, SO-8/14 C/484 D/484 EM6680	PDF
C52 SCR Abstract: EM6682 ac voltage regulator using SCR circuit diagram em 223 metal detectors circuit EM6680 EM6681 MUX ADR 622 tssop14 st automotive Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6682 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.35 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6682 16Bit 32kHz, TSSOP-8/14, SO-8/14 C52 SCR EM6682 ac voltage regulator using SCR circuit diagram em 223 metal detectors circuit EM6680 EM6681 MUX ADR 622 tssop14 st automotive	PDF
DEBC Abstract: hex debouncer dip Contextual Info: R EM MICROELECTRONIC - MARIN SA EM6682 Ultra Low Power 8-pin Microcontroller Features True Low Power: Figure 1. Architecture 4.0 µA active mode 3.0 µA standby mode 0.35 µA sleep mode ROM 1536 x 16Bit @ 1.5V, 32kHz, 25°C	Original	EM6682 32kHz, 800kHz 16Bit TSSOP-8/14, SO-8/14 DEBC hex debouncer dip	PDF
6605 SP Abstract: EM 235 setting TSSOP24 EM6603 EM6605 PDIP24 SO24 SOIC24 Contextual Info: EM MICROELECTRONIC - MARIN SA EM6605 Low Power Microcontroller with 300kHz RC Oscillator Figure 1.Architecture Features • Low Power - typical 4.0µA active mode - typical 2.5µA standby mode - typical 0.3µA sleep mode @ 1.8V, 32kHz, 25 °C • Low Voltage - 1.8 to 5.5V	Original	EM6605 300kHz 32kHz, 300kHz presca24 TSSOP24. C/441 B/400 C/400 6605 SP EM 235 setting TSSOP24 EM6603 EM6605 PDIP24 SO24 SOIC24	PDF
sensor LDR Abstract: IT 243 MPC3 EM 235 setting EM6603 EM6605 SOIC24 TSSOP24 Contextual Info: 0 0,&52(/(&7521,&0$5,1 6$ EM6605 - 4 bit Microcontroller Figure 1.Architecture Features • Low Power - typical 4.0µA active mode - typical 2.5µA standby mode - typical 0.3µA sleep mode @ 1.8V, 32kHz, 25 °C • Low Voltage - 1.8 to 5.5V • RC oscillator 30 - 300kHz	Original	EM6605 32kHz, 300kHz B/243 CH-2074 sensor LDR IT 243 MPC3 EM 235 setting EM6603 SOIC24 TSSOP24	PDF
EM6603 Abstract: PDIP24 SO24 TSSOP24 electric bicycle microcontroller MPC12 Contextual Info: EM MICROELECTRONIC - MARIN SA EM6603 Ultra Low Power Multi I/O Microcontroller Features Figure 1.Architecture • Low Power - typical 1.8µA active mode - typical 0.35µA standby mode - typical 0.1µA sleep mode @ 1.5V, 32kHz, 25 °C • Low Voltage - 1.2 to 3.6 V	Original	EM6603 32kHz, G/439 E/374 F/374 EM6603 PDIP24 SO24 TSSOP24 electric bicycle microcontroller MPC12	PDF
S46 SMD Abstract: SPG8640 EM6607 SPG8640AN EM6617 EM6620 EM6621 EM6622 EM6625 EM6640 Contextual Info: R EM MICROELECTRONIC - MARIN SA EME66xx Hardware Description EM66xx IN-CIRCUIT EMULATOR HARDWARE DESCRIPTION Version 2.8 October 2005 Copyright 2005, EM Microelectronic-Marin SA 1 www.emmicroelectronic.com EME66xx R Hardware Description Copyright © 2005, EM Microelectronic-Marin SA	Original	EME66xx EM66xx S46 SMD SPG8640 EM6607 SPG8640AN EM6617 EM6620 EM6621 EM6622 EM6625 EM6640	PDF
crystal 18.432mhz Abstract: RESISTOR SIP 9 optrex dmc16207 CTS208-8 DS5250 schematic panasonic lcd inverter 10K SIP for microcontroller DMC16207 C707-10M006-049 Omron RS-232 pin configuration Contextual Info: ABRIDGED EV KIT DATA SHEET Rev 1.2: 102005 DS5250 Evaluation Kit General Description Features The DS5250 evaluation kit EV is a proven platform to conveniently evaluate the capabilities of the DS5250 high-speed secure microcontroller. It contains the microprocessor, 1MB of battery-backed	Original	DS5250 crystal 18.432mhz RESISTOR SIP 9 optrex dmc16207 CTS208-8 schematic panasonic lcd inverter 10K SIP for microcontroller DMC16207 C707-10M006-049 Omron RS-232 pin configuration	PDF
ds52502 Abstract: optrex dmc16207 crystal 18.432mhz RESISTOR SIP 9 8051 microcontroller fairchild DS5250 PC16552 DS5250F C707-10M006 CTS208-8 Contextual Info: ABRIDGED EV KIT DATA SHEET Rev 1.2: 102005 DS5250 Evaluation Kit General Description Features The DS5250 evaluation kit EV is a proven platform to conveniently evaluate the capabilities of the DS5250 high-speed secure microcontroller. It contains the microprocessor, 1MB of battery-backed	Original	DS5250 ds52502 optrex dmc16207 crystal 18.432mhz RESISTOR SIP 9 8051 microcontroller fairchild PC16552 DS5250F C707-10M006 CTS208-8	PDF
MC14050 equivalent Abstract: mc14490 mc14490p MC14050 bounce eliminator Contextual Info: MC14490 Hex Contact Bounce Eliminator The MC14490 is constructed with complementary MOS enhancement mode devices, and is used for the elimination of extraneous level changes that result when interfacing with mechanical contacts. The digital contact bounce eliminator circuit takes an input	Original	MC14490 MC14490DW 751G-03 MC14490FEL MC14490FL1 MC14490DWR2 MC14490FR1 MC14490F MC14050 equivalent mc14490p MC14050 bounce eliminator	PDF

HEX DEBOUNCER DIP Search Results

HEX DEBOUNCER DIP Result Highlights (5)

HEX DEBOUNCER DIP Datasheets Context Search

marking ALP

PROM 64x8-Bit

EM6617

EM6517

mask eeprom

sti ae c 642

C52 SCR

EM6680

0-30v variable power supply

resistor 3.3 KOhm J

EM6680

C52 SCR

DEBC

6605 SP

sensor LDR

EM6603

S46 SMD

crystal 18.432mhz

ds52502

MC14050 equivalent