PIC1672

Abstract: RC522 PIC1670 PIC1655A PIC1650A PIC1654 L103201 pic single phase inverter VDO RD3 SF237
Contextual Info: millllllllllH lllql II •: M I C R O C H I P TECHNOLOGY INC S3 D • — bl03201 — OODBMSS fi ■ 1 INTRODUCTION 1 .1 . . . " Descnption The General Instrument PIC Family is a series of MOS/LSI 8-bit microcomputers manufactured to meet the requirements of the costcompetitive controller market. The PIC microcomputer contains

Contextual Info: Silicon Power Rectifier S / R 4 3 Series Dim. Inches H M I— Millimeter Minimum Maximum Minimum Maximum Notes A B C D F G H J K M R T AA Notes: 1. 3 / 8 - 2 4 U N F -3A 2. Full threods within 2 1 /2 threads 3. Standard polarity: Stud is Cathode Reverse polarity: Stud is Anode

ECG778

Abstract: ECG77
Contextual Info: 17E D PHILIPS E C G INC bbSB^fl 00D345fi 2 m 7 z 7 9 ~ a r^ C ECG778 DUAL OPERATIONAL AMPLIFIER semiconductors ECG778 is designed for use as a summing amp­ lifie r , integrator, or am plifier with operating characteristics as a function of the external

Contextual Info: M O S E L VITELÊC MS7203U7204L 2K X 9, 4K X 9 CMOS FIFO Features Description • First-In/First-Out static RAM based dual port memory ■ Two densities 2K and 4K in a x9 configuration ■ Low power versions ■ Includes empty, full, and half full status flags

Contextual Info: SPT7840 SPT 10-BIT, 10 MSPS, 100 mW A/D CONVERTER SIGNAL PROCESSING TECHNOLOGIES FEATURES APPLICATIONS • • • • • • • • • • • All High-Speed Applications Where Low Power Dissipation is Required • Video Imaging • Medical Imaging

Contextual Info: CS-5258-1 8A LDO 5-Pin Adjustable Linear Regulator Description This new very low dropout regula­ tor is designed to power the next generation of advanced micropro­ cessor. To achieve very low dropout, the internal pass transistor is pow­ ered separately from the control cir­

ECG778

Abstract: 1J1N ECG778A
Contextual Info: 17 E bhS3*i2fl 0gD345fl D ECG778 semiconductors DUAL OPERATIONAL AM PLIFIER E C G 7 7 8 is designed for use as a summing amp­ lifier, Integrator, or amplifier with operating characteristics as a function of the external feedback components. • N o Frequency Compensation Required