60KHZ TIME CLOCK Search Results

40khz crystal

Abstract: SM9501B SM9501BV T200 T500 T800 peak hold ic
Contextual Info: SM9501B Radio Controlled Clock Receiver IC OVERVIEW Radio controlled clock FEATURES • ■ Operating supply voltage range: 4.5 to 5.5V Operating current consumption: 55µA typ @5V Standby current consumption: 0.1µA (max) @5V High sensitivity: 0.5µVrms input

"Radio Controlled Clock Receiver"

Abstract: 40khz crystal 40KHz-60KHz T800 equivalent SM9502AV T200 T500 T800 40khz switch mode power supply vsop 40 package dimensions
Contextual Info: SM9502A Radio Controlled clock Receiver IC OVERVIEW Radio controlled clock FEATURES • ■ Operating supply voltage range: 1.2 to 2.8V Operating current consumption: 36µA typ @1.5V Standby current consumption: 0.1µA (max) @1.5V High sensitivity: 0.3µVrms (typ) input

9501A

Abstract: SM9501A 40khz crystal T800 equivalent NIPPON CAPACITORS CF9501A SM9501AV SM9501BV T200 T500
Contextual Info: SM9501A/B Radio Controlled Clock Receiver IC OVERVIEW Radio controlled clock FEATURES • Operating supply voltage range • 2.4 to 3.6V A version • 4.5 to 5.5V (B version) Operating current consumption • 55µA (typ) @3V (A version) • 55µA (typ) @5V (B version)

"Radio Controlled Clock Receiver"

Abstract: T800 equivalent 40khz crystal CF9501A SM9501AV SM9501BV T200 T500 T800 NPC-1207 equivalent
Contextual Info: SM9501A/B Radio Controlled Clock Receiver IC OVERVIEW Radio controlled clock FEATURES • Operating supply voltage range • 2.4 to 3.6V A version • 4.5 to 5.5V (B version) Operating current consumption • 55µA (typ) @3V (A version) • 55µA (typ) @5V (B version)

SM9501A

Contextual Info: SM9501A Radio Controlled Clock Receiver IC OVERVIEW The SM9501A is a BiCMOS RCC*1 receiver IC. It accepts low frequency standard wave input received from an external antenna, amplifies it, detects the data signal, and outputs a digital time code signal. Radio controlled clock

"Radio Controlled Clock Receiver"

Abstract: 40khz crystal CP1230 SM9502AV T200 T500 T800 amplifier 40khz peak hold ic T800 equivalent
Contextual Info: SM9502A Radio Controlled clock Receiver IC OVERVIEW *1: ina ry The SM9502A is a BiCMOS RCC*1 receiver IC. It accepts low frequency standard wave input received from an external antenna, amplifies it, detects the data signal, and outputs a digital time code signal. Low-voltage

Contextual Info: Datasheet CMA-60-100 Clock Antenna DESCRIPTION The CMA-60-100 is a 100mm length antenna designed for single band clock application. DIMENSION CIRCUIT SPEC No. Revision State C-MAX printed Version Page CMA-60-100 A.4 28.11.05 5/3/2007 English 1 of 3 C-MAX Time Solutions

Contextual Info: SM9501A Radio Controlled Clock Receiver IC OVERVIEW The SM9501A is a BiCMOS RCC*1 receiver IC. It accepts low frequency standard wave input received from an external antenna, amplifies it, detects the data signal, and outputs a digital time code signal. Radio controlled clock

A/time code receiver 60khz msf

Contextual Info: ML6191 PRODUCT INTRODUCTION SHEET Preliminary, Dec 9, 2003 1 RADIO CONTROLLED REALTIME CLOCK Currently designed for Japanese transmitters only. Description ML6191 essentially contains an RF receiver and a decoder with real-time clock, RTC. The RTC, capable of automatic time correction, detects and decodes

SM9501A

Abstract: 40khz crystal CF9501A SM9501AV T200 T500 T800 T800 equivalent NPC Digital receiver
Contextual Info: SM9501A Radio Controlled Clock Receiver IC OVERVIEW The SM9501A is a BiCMOS RCC*1 receiver IC. It accepts low frequency standard wave input received from an external antenna, amplifies it, detects the data signal, and outputs a digital time code signal. Radio controlled clock

"Radio Controlled Clock Receiver"

Abstract: SM9503A SM9503AV T200 T500 T800 T900 DA9503 T800 equivalent
Contextual Info: SM9503A Radio Controlled Clock Receiver IC OVERVIEW *1: Radio controlled clock FEATURES • ■ PINOUT Operating supply voltage range: 1.2 to 3.6V Operating current consumption: 36µA typ @1.5V Standby current consumption: 0.1µA (max) @1.5V High sensitivity: 0.3µVrms (typ) input @60kHz

"Radio Controlled Clock Receiver"

Abstract: SM9503A DA9503 SM9503AV T200 T500 T800 T900 peak hold ic T800 equivalent
Contextual Info: SM9503A Radio Controlled Clock Receiver IC OVERVIEW Radio controlled clock FEATURES • ■ ■ Operating supply voltage range: 1.2 to 3.6V Operating current consumption: 36µA typ @1.5V Standby current consumption: 0.1µA (max) @1.5V High sensitivity: 0.3µVrms (typ) input @60kHz

COM16

Contextual Info: PF844-03 E0C63404 4-bit Single Chip Microcomputer ge oltan V e o Wid erati ts p O oduc Pr ● 4-bit Core CPU 2–6 clock / inst. ● Dot-matrix Type LCD Driver ● Low Voltage Operation (1.8V Min.) ● Large Capacity RAM • DESCRIPTION The E0C63404 is a CMOS 4-bit microcomputer composed of a CMOS 4-bit core CPU, ROM, RAM, dot-matrix

trimmer 3-30 pf

Abstract: CRYSTAL 32.768KHz DATASHEET trimmer capacitor ceramic 25pF COM16
Contextual Info: PF844-03 E0C63404 4-bit Single Chip Microcomputer ge oltan V e o Wid erati ts p O oduc Pr ● 4-bit Core CPU 2–6 clock / inst. ● Dot-matrix Type LCD Driver ● Low Voltage Operation (1.8V Min.) ● Large Capacity RAM • DESCRIPTION The E0C63404 is a CMOS 4-bit microcomputer composed of a CMOS 4-bit core CPU, ROM, RAM, dot-matrix

Contextual Info: EPSON PF844-02 SMC63404 4-bit Single Chip Microcomputer • • • • 4-bit Core CPU 2-6 clock / inst. Dot-matrix Type LCD Driver Low Voltage Operation (1,8V Min.) Large Capacity RAM • DESCRIPTION The SMC63404 is a CMOS 4-bit microcomputer composed of a CMOS 4-bit core CPU, ROM, RAM, dot-matrix

dcf77 module

Abstract: dcf77 antenna loop JJY60 dcf77 receiver CME8000BUS CRF24060 time code receiver 60khz msf dcf ferrite antenna utc 1018 cme8000
Contextual Info: Fig. 2 Fig. 1 Antennas 10.02 8.81 Length Number of Unloaded Q Fig. “L” mm Application Turns Inductance (Min.) 19 Watch 228 985H 55 1 24 Watch 203 985H 50 60 Table Clock 147 1.5mH 120 2 100 Wall Clock 139 1.5mH 110 Digi-Key Part No. 561-1002-ND 561-1003-ND

Contextual Info: Optical Sensor LTR-659PS-01 1. Description The LTR-659PS-01 is an integrated low voltage I2C digital proximity sensor [PS] with built-in emitter, in a single miniature chipled lead-free surface mount package. With built-in proximity sensor emitter and detector , LTR-659PS-01 offers the feature to detect

Contextual Info: Optical Sensor LTR-659PS-01 1. Description The LTR-659PS-01 is an integrated low voltage I2C digital proximity sensor [PS] with built-in emitter, in a single miniature chipled lead-free surface mount package. With built-in proximity sensor emitter and detector , LTR-659PS-01 offers the feature to detect

Contextual Info: Property of Lite-On Only 1. Description 2 The LTR-659PS-01 is a low voltage I C digital proximity sensor [PS] with built-in emitter, in a single miniature chipled lead-free surface mount package. With built-in infrared emitter, LTR-659PS-01 offers the feature to detect object at a user configurable distance.

Contextual Info: Property of Lite-On Only 1. Description The LTR-658PS-01 is a low voltage I2C digital proximity sensor [PS] with built-in emitter, in a single miniature chipled lead-free surface mount package. With built-in infrared emitter, LTR-658PS-01 offers the feature to detect object at a user configurable distance.

lcd 908

Abstract: E0C63467 K1299
Contextual Info: PF1123-01 E0C63467 4-bit Single Chip Microcomputer li e r P m ry a in ● 4-bit E0C63000 Core CPU ● Built-in Dot-matrix LCD Driver ● High Speed Instruction Cycle 2-6CPI • DESCRIPTION The E0C63467 is a CMOS 4-bit microcomputer composed of a CMOS 4-bit core CPU, ROM, RAM, dot-matrix

Contextual Info: Optical Sensor Product Data Sheet LTR-658PS-01 Spec No.: DS86-2012-0016 Effective Date: 07/11/2013 Revision: A LITE-ON DCC RELEASE BNS-OD-FC001/A4 LITE-ON Technology Corp. / Optoelectronics No.90,Chien 1 Road, Chung Ho, New Taipei City 23585, Taiwan, R.O.C.

EB6181B1COB77K60KA1

Abstract: dcf77 code DAEV6181B1COB
Contextual Info: DAEV6181B1COB.000 7 May, 2012 DUAL BAND TIME SIGNAL RECEIVER MODULE • Tuned ferrite antenna • AM receiver IC board • Reception of: - DCF77 / MSF - JJY60 / JJY40 INTRODUCTION The dual band time signal receiver module comprises of a ferrite antenna and an AM receiver

Contextual Info: Zarlink Semiconductor, formerly Mitel Semiconductor, announced its new trade identity on May 29, 2001. To reflect that new identity, rebranding of all product documentation will be completed by August 31, 2001. MGCM01 Scorpio TDMA/AMPS Baseband Interface