MDT10P23 Search Results

MDT10P23 Datasheets (9)

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Micon Design Technology

Part	ECAD Model	Manufacturer	Description	Datasheet Type	PDF	PDF Size	Page count
MDT10P23		Micon Design Technology	8-bit Micro-controller	Original	PDF	122.72KB	18
MDT10P23		Micon Design Technology	8-bit Micro-controller	Original	PDF	122.07KB	18
MDT10P23		Micon Design Technology	8 Bit Micro Controller	Original	PDF	184.68KB	19
MDT10P23AE		Micon Design Technology	8-bit micro-controller	Original	PDF	122.05KB	18
MDT10P23CC		Micon Design Technology	8-bit micro-controller	Original	PDF	122.71KB	18
MDT10P23CF		Micon Design Technology	8-bit micro-controller	Original	PDF	159.15KB	18
MDT10P23CFA1P		Micon Design Technology	8-bit micro-controller	Original	PDF	159.16KB	18
MDT10P23CFA1S		Micon Design Technology	8-bit micro-controller	Original	PDF	159.15KB	18
MDT10P23CFA3S		Micon Design Technology	8-bit micro-controller	Original	PDF	159.16KB	18

MDT10P23 Datasheets Context Search

Catalog Datasheet	Type	Document Tags	PDF
cf 455 Abstract: MDT10P23 Contextual Info: MDT10P23 CF 1. General Description This EPROM-Based 8-bit micro-controller uses a fully static CMOS design technology to achieve high speed, small size, low power and high noise immunity. On chip memory includes 2K words EPROM and80 bytes static RAM. Four comparator inputs with external Vref	Original	mdt10p23 and80 14-bit cf 455	PDF
ldr 6k Abstract: 200H MDT10P22 MDT10P23 Contextual Info: MDT10P23 AE 1. General Description This EPROM-Based 8-bit micro-controller uses a fully static CMOS design technology to achieve high speed, small size, low power and high noise immunity. On chip memory includes 2K words EPROM and80 bytes static RAM. Four comparator inputs with external Vref	Original	mdt10p23 and80 14-bit ldr 6k +2200h mdt10p22	PDF
cf 455 Abstract: 200H MDT10P23 Contextual Info: MDT10P23 CF 1. General Description This EPROM-Based 8-bit micro-controller uses a fully static CMOS design technology to achieve high speed, small size, low power and high noise immunity. On chip memory includes 2K words EPROM and80 bytes static RAM. Four comparator inputs with external Vref	Original	mdt10p23 and80 14-bit cf 455 +1200h	PDF
ldr 6k Abstract: 200H MDT10P23 Contextual Info: MDT10P23 CC 1. General Description This EPROM-Based 8-bit micro-controller uses a fully static CMOS design technology to achieve high speed, small size, low power and high noise immunity. On chip memory includes 2K words EPROM and80 bytes static RAM. Four comparator inputs with external Vref	Original	mdt10p23 and80 14-bit ldr 6k +1200h	PDF
18PIN Abstract: 20PIN MDT10P23 810a resistor MDT10P23A2K Contextual Info: MDT10P23 CF 1. 概述 LFXT–––低频晶体振荡器 XTAL–––标准晶体振荡器 HFXT–––高频晶体振荡器这个 8 位基于 EPROM 微控制器是由完全静态 CMOS 技术设计，集高速体积小、低功耗和抗高噪声一体的芯片。	Original	mdt10p23 150us 18pin i/o12 +614io20pin 20mhz 200ns 20pin 810a resistor mdt10p23a2k	PDF
PIC16C57 Abstract: MDT2010E MDT2020 MDT10P21 MDT10P22 MDT10P23 MDT2010 pa1as 28PIN IC 5 pin voltage comparator IC Contextual Info: MDT10P21/22/23 應用事項 MDT10P21/22/23 應用事項一使用 MDT10P2x 的優點 : (1). MDT10P2x 價格較 MDT2020 低 è 可以降低成本. (2). MDT10P2x 體積較 MDT2020 小 è 可省 Layout 空間. (3). MDT10P23xI/O 較 MDT2005/MDT2010 多 è 可以多些控制.	Original	mdt10p21/22/23 mdt10p2x mdt2020 mdt10p23xi/o +10mdt2005/mdt2010 pic16c57 mdt2010e mdt10p21 mdt10p22 mdt10p23 mdt2010 pa1as 28pin ic 5 pin voltage comparator ic	PDF
MDT2020 Abstract: MDT2005 mdt2010e pic16c57 MDT10P21 MDT10P23 MDT2010 28PIN IC Contextual Info: MDT10P21/22/23 应用事项 MDT10P21/22/23 应用事项一使用 MDT10P2x 的优点: (1). MDT10P2x 价格较 MDT2020 低 è 可以降低成本. (2). MDT10P2x 体积较 MDT2020 小 è 可省 Layout 空间. (3). MDT10P2x I/O 较 MDT2005/MDT2010 多 è 可以多些控制.	Original	mdt10p21/22/23 mdt10p2x mdt2020 mdt2005/mdt2010 +7mdt2005 mdt2010e pic16c57 mdt10p21 mdt10p23 mdt2010 28pin ic	PDF
pic16c57 PCB Circuit Abstract: MDT2005 MDT10P23 MDT2020 MDT2010 MDT2030 PIC16C57 MDT10PXX Contextual Info: The application note for MDT10P21/22/23 The Application Note for MDT10P21/22/23 1. The advantages of MDT10P2x : 1 The price of MDT10P2x is lower than MDT2020’s è Cost reduction. (2) The package size of MDT10P2x is smaller than MDT2020’s è Save PCB area.	Original	mdt10p21/22/23 mdt10p2x mdt2020 mdt2005/2010 +7mdt10p23 pic16c57 pcb circuit mdt2005 mdt2010 mdt2030 pic16c57 mdt10pxx	PDF