OF IC Search Results

IC-WK1D

Contextual Info: iC-WK1D 11.08.2010 ic_wk1d.doc 1 of 5 11.08.2010 ic_wk1d.doc 2 of 5 11.08.2010 ic_wk1d.doc 3 of 5 11.08.2010 ic_wk1d.doc 4 of 5 11.08.2010 ic_wk1d.doc 5 of 5

DIN 40839-1

Abstract: wheel speed sensor interface AES01899
Contextual Info: Application Notes 7.1.5 Differential Hall IC TLE4923 Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

wheel speed sensor using 8051

Abstract: 80 L hall effect sensor ic wheel speed sensor Digital wheel Meter 4921-5U cd 4538 application notes TLE4921-5U AEA01590
Contextual Info: Application Notes 7.1.4 Differential Hall IC TLE4921-5U Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

Test pulses as per DIN 40839-1

Abstract: Hall-Effect-Sensor Hall Electronics 4921-3U ISO7637 Sm2CO17 hall effect wheel speed sensor circuit dc gear motor interface with 8051 DIN 40839-1
Contextual Info: Silicon Hall-Effect Sensors 6.6 Application Notes: Differential Hall ICs Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

DIN 40839-1

Abstract: AEA01590 resitor 180 hall current sensor 3A 4921-3U AEB01896 AED01900 AED02549 AES01899 tooth hall Sensor diagram
Contextual Info: Silicon Hall ICs 6.7 Application Notes: Differential Hall IC TLE 4923 Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

wheel speed sensor using 8051

Abstract: 4921-3U din 40839 ISO7637 Sm2CO17
Contextual Info: Si-Hall ICs 1 Application Notes for Differential Hall IC’s Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

wheel speed sensor using 8051

Abstract: 72 gear tooth sensor Sm2CO17 hall current sensor 3A 4921-3U AEA01260 AEA01590 AEB01695 AED01697 AED02078
Contextual Info: Silicon Hall ICs 6.6 Application Notes: Differential Hall IC TLE 4921-3U Applications • • • • Detection of rotational speed of ferromagnetic gear wheels Detection of rotational position Detection of rotational speed of magnetic encoder wheels Generation of trigger signals

OF2RZ

Contextual Info: iC-OF BLCC OF3C PACKAGE SPECIFICATION Rev C2, Page 1/4 ORDERING INFORMATION Type Package Options Order Designation iC-OF BLCC OF3C none iC-OF BLCC OF3C iC-OF BLCC OF3C reticle iC-OF BLCC OF3C OF2RZ iC-OF BLCC OF3C-ET iC-OF BLCC OF3C-ET reticle Code Disc 1024 PPR, 18 mm

LB1807N

Abstract: LA4108 LB1807 LA5512 LB1482 LA4705NA LA4505 LB1482M LA3365 LA4705N
Contextual Info: Ordering number: EN5326 No.5326 Notification of the Discontinuation of BIP ICs Thank you for your continued use of Sanyo semiconductor products. This notice announces the discontinuation of BIPIC products listed in the table below. Please make a note of this discontinuation.

Fairchild F8 example

Abstract: Fairchild F8 scratchpad memory F3853 f3850
Contextual Info: Section 3 F8 Microcomputer Family FAIRCHILD A Schlumberger Company General Input/Output Devices The distribution of logic among the various elements of a m icrocom puter system is one of the most variable features of such systems. The traditional division of logic cor­

charging lithium ic

Abstract: MM1332 MM1438
Contextual Info: IC for Control of Lithium-ion Betteries Charging MM1438 MITSUMI IC for Control of Lithium-ion Betteries Charging Monolithic IC MM1438 Outline This IC is used to control charging of lithium-ion batteries consisting of a single cell. It is a modification of the

Contextual Info: Control of Lithium Ion Batteries Charging one cell MM1438 MITSUMI Control of Lithium Ion Batteries Charging (one cell) Monolithic IC MM1438 Outline This IC is used to control charging of lithium-ion batteries consisting of a single cell. It is a modification of the

Contextual Info: NAppkin Note: Lowering the Power of the ADuM524x By Mark Cantrell, Senior Applications Engineer The ADuM524x was the first generation of iCoupler products with isoPower® integrated, isolated power. One of the first uses of these products was to provide a small amount of isolated power to the secondary side of system in its start-up

adsst-em-2030

Abstract: IC 2030 error calculator energy meter test lb 2030 8712s RU-28 IEC1036 Poly Phase Energy Meter 2030 ic 5 pins
Contextual Info: a FEATURES 3-Phase, 4-Wire Metering IC High Accuracy Support for 50 Hz/60 Hz, IEC1036 Design Accuracy: 0.5% over 5% of Ib to 6% of Ib 0.65% over 2% of Ib to 5% of Ib Measures: kWh kW rms Voltage of Each Phase rms Current of Each Phase Phase and Nonlinearity Compensation for CTs

ad10

Abstract: AD11 Transmission gate IC CMOS Transmission gate Specifications 50FOSC AD11/1043-0
Contextual Info: UTC UT912E CMOS IC 212 SERIES OF ENCODERS DESCRIPTION The UTC UT912E of CMOS LSIs for remote control system applications. They are capable of encoding information which consists of N address bits and 12-N data bits. Each address/data input can be set to one of

P2042AF

Abstract: P2042A P2042A-08SR P2042A-08ST P2042A-08TR P2042A-08TT P2042AF-08SR P2042AF-08ST P2042AF-08TT
Contextual Info: P2042A August 2005 rev 1.3 LCD Panel EMI Reduction IC Features wide reduction of EMI of dependent signals. The P2042A allows significant system ƒ FCC approved method of EMI attenuation. ƒ Provides up to 15dB of EMI suppression. ƒ Generates a low EMI spread spectrum clock of the

2042af

Abstract: CP000
Contextual Info: P2042A August 2005 rev 1.3 LCD Panel EMI Reduction IC Features wide reduction of EMI of dependent signals. The P2042A allows significant system ƒ FCC approved method of EMI attenuation. ƒ Provides up to 15dB of EMI suppression. ƒ Generates a low EMI spread spectrum clock of the

OBGA

Abstract: iC-Haus OF4C analog devices bottom mark
Contextual Info: iC-OF oBGA OF4C PACKAGE SPECIFICATION Rev C1, Page 1/4 ORDERING INFORMATION Type Package Options Order Designation iC-OF optoBGATM OF4C none leaded balls built-in reticle iC-OF oBGA OF4C iC-OF oBGA OF4C-1 iC-OF oBGA OF4C-OF2RY optoBGATM OF4C 5.4 mm x 4.2 mm

P2042A

Abstract: P2042AF-08SR P2042AF-08ST P2042AF-08TR P2042AF-08TT P2042AG-08SR P2042AG-08ST P2042AG-08TT
Contextual Info: P2042A August 2007 rev 1.5 LCD Panel EMI Reduction IC Features interference EMI at the clock source, allowing system wide reduction of EMI of • FCC approved method of EMI attenuation. • Provides up to 15dB of EMI suppression. • Generates a low EMI spread spectrum clock of

Contextual Info: IC for Control of Lithium-ion Betteries Charging one cell MM1438 MITSUMI IC for Control of Lithium-ion Betteries Charging (one cell) Monolithic IC MM1438 Outline This IC is used to control charging of lithium-ion batteries consisting of a single cell. It is a modification of the

charging lithium ic

Abstract: MM1332 MM1438
Contextual Info: IC for Control of Lithium-ion Betteries Charging one cell MM1438 MITSUMI IC for Control of Lithium-ion Betteries Charging (one cell) Monolithic IC MM1438 Outline This IC is used to control charging of lithium-ion batteries consisting of a single cell. It is a modification of the

CP000

Contextual Info: P2042A November 2006 rev 1.4 LCD Panel EMI Reduction IC Features interference EMI at the clock source, allowing system wide reduction of EMI of • FCC approved method of EMI attenuation. • Provides up to 15dB of EMI suppression. • Generates a low EMI spread spectrum clock of

MM58167

Abstract: HM68167
Contextual Info: HUALON MICROELECTRONICS 1M r * E4E D • MSTfiDMl DDQ003L a HM68167 REA L TIME C L O C K Features * M icroprocessor co m patib le. * Thousandths of seconds, hundredths of seconds, tenths of seconds, seconds, minutes, hours, days of the week, days of the month, a n d month counters.

thyristor lifetime

Abstract: all type of thyristor Discrete Thyristor Chip thyristor modules
Contextual Info: Thyristor / Diode Modules One of the essential advantages of power sem iconductor modules com pared to discrete designs is the electrical isolation between the baseplate of the module and the parts subject to voltage 3.6 kVRUS tested . This makes possible the mountdown of any number of the same or diffe­