NJM3771 EQUIVALENT Search Results

NJM3771 EQUIVALENT Result Highlights (5)

Part	ECAD Model	Manufacturer	Description	Download	Buy
TMP89FS60AUG		Toshiba Electronic Devices & Storage Corporation	8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP64-P-1010-0.50E
TMP89FS63AUG		Toshiba Electronic Devices & Storage Corporation	8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP52-P-1010-0.65
TMP89FS60BFG		Toshiba Electronic Devices & Storage Corporation	8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP64-1414-0.80-002
TMP89FS63BUG		Toshiba Electronic Devices & Storage Corporation	8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/P-LQFP52-1010-0.65-002
TMP89FS62AUG		Toshiba Electronic Devices & Storage Corporation	8-bit Microcontroller/Processing Performance Equivalent to a 16-bit MCU/LQFP44-P-1010-0.80A

NJM3771 EQUIVALENT Datasheets Context Search

Catalog Datasheet	MFG & Type	Document Tags	PDF
NJM3771 equivalent Abstract: stepper motor for 5v MICROSTEPPING NJU39610 NJM3771 NJM3771 NJM3772 NJU39610 5v stepper motor dual stepper motor driver stepper chopper Text: Stepper Motor Drivers Dual Stepper Motor Driver Dual Stepper Motor Driver NJM3771 NJM3772 DATA SHEET • GENERAL DESCRIPTION ■ GENERAL DESCRIPTION The NJM3771 is a stepper motor driver, which circuit is especially developed for use in microstepping applications in conjunction with the matching dual DAC Digital-to-Analog Converter NJU39610. The NJM3771 contains a clock oscillator,	Original	NJM3771 NJM3772 NJM3771 NJU39610. 650mA NJM3772 1000mA NJU39610 NJM3771 equivalent stepper motor for 5v MICROSTEPPING NJU39610 NJM3771 NJU39610 5v stepper motor dual stepper motor driver stepper chopper	PDF
microstepping Abstract: motor controller "motor controller" micro motor controller interfacing STEPPER MOTOR with microprocessor Analog Devices Motor Analog Devices Motor Control DAC Analog Devices NJU39610 NJM3771 Text: Microstepping Motor Controller Microstepping Motor Controller with Dual DAC Microstepping Motor Controller with Dual DAC NJU39610 NJU39612 DATA SHEET DATA SHEET • GENERAL DESCRIPTION ■ GENERAL DESCRIPTION NJU39610 is a dual 7-bit+sign, Digital-to-Analog Converter	Original	NJU39610 NJU39612 NJU39610 NJM3771, NJU39612 NJM3771 DIP22/PLCC28 EMP20 microstepping motor controller "motor controller" micro motor controller interfacing STEPPER MOTOR with microprocessor Analog Devices Motor Analog Devices Motor Control DAC Analog Devices NJM3771	PDF
Thermal Management Abstract: Heatsinks for 14 pin dip 16 pin dip with heat sink njm3717 NJM3771 NJM3772 NJM3774 NJM3770A NJM3777 Text: Thermal Management New JRC’s stepper motor ICs are power Ics encapsulated in Dual in Line DIP , EMP and PLCC (Plastic Leaded Chip Carrier) packages. The silicon die is directly bonded to a heat-spreading lead-frame for efficient heat-transfer to an external heat sink, or to a copper ground plane on the printed circuit board.	Original		PDF
NJM3717 Abstract: NJM3770A NJM3771 NJM3772 NJM3774 NJM3777 NJM3771 equivalent Text: 放熱設計新日本無線のステッピングモータドライバＩＣはＤＩＰＥＭＰ、ＰＬＣＣなどのプラスチックパッケージで提供されています。ＩＣチップは大電力対応のリードフレームに直接ボンディングされ、外付けのヒートシン	Original	NJM3771 NJM3772 NJM3773/3775 NJM3774 NJM3777 NJM3717 NJM3770A NJM3717 NJM3770A NJM3771 NJM3772 NJM3774 NJM3777 NJM3771 equivalent	PDF
RthJA Abstract: JRC IC NJM3717 NJM3770A NJM3771 NJM3772 NJM3774 NJM3777 IC JRC 14 pin ic dip Text: 放熱設計 New チップはパワー対応のリードフレームに直接ボンディングされ外付けのヒートシンク、もしくは基板の銅泊経由	Original	TJ150 CNJM3545/3548140 NJM3771 NJM3772 NJM3773/3775 NJM3774 NJM3777 NJM3717 NJM3770A IP-16V7-3SV8-3SDIP-22V7-7V8-7V7-7STV8-7ST RthJA JRC IC NJM3717 NJM3770A NJM3771 NJM3772 NJM3774 NJM3777 IC JRC 14 pin ic dip	PDF
microstepping Abstract: application note TB307I stepper motor electronic damping MICROSTEP synchronous motor NJM3771 NJU39610 AUTOMATIC TRANSMISSION GEARBOXES DSA00159192 Text: Microstepping This application note discusses microstepping and the increased system performance that it offers. Some of the most important factors that limit microstepping performance, as well as methods of overcoming these limitations, are discussed. It is assumed that the reader is somewhat familiar with stepper motor driving and the torque	Original		PDF