LOOP DETECTOR Search Results

lmc568cn

Abstract: fm sca
Contextual Info: LMC568 LMC568 Low Power Phase-Locked Loop Literature Number: SNAS559A LMC568 Low Power Phase-Locked Loop General Description Features The LMC568 is an amplitude-linear phase-locked loop consisting of a linear VCO, fully balanced phase detectors, and a carrier detect output. LMCMOS technology is employed

Contextual Info: AMD - Am7946 Digital Loop Carrier SLIC Product Brief Product Brief Am7946 Digital Loop Carrier SLIC The Am7946 Digital Loop Carrier Subscriber Line Interface Circuit, a new monolithic DLC-SLIC, is designed to meet today's long-loop requirements, from single-application POTS designs to highly integrated special service

din mount 35mm

Contextual Info: Loop-Powered Trip Alarm/ Current Loop Alarm ADTECH Analog-Digital Technology, Inc. The Adtech CLA 114 Loop-Powered Trip Alarm accepts 4-20 mA DC input and provides a relay contact output. The CLA loop-powered alarm does not require a separate DC or AC power supply source as conventional alarms

alt_iobuf

Abstract: receiver altLVDS working of pll in integrated circuit pdf document for phase Locked Loop pll lock time vhdl code for loop filter of digital PLL vhdl code for phase frequency detector for FPGA EP1S10F780C5 EP1S10F780
Contextual Info: Phase-Locked Loop ALTPLL Megafunction User Guide UG-ALTPLL-8.0 November 2009 Introduction The Phase-Locked Loop (PLL) is a closed-loop frequency-control system that compares the phase difference between the input signal and the output signal of a voltage-controlled oscillator (VCO). The negative feedback loop of the system forces

a2733

Contextual Info: Philips Semiconductors Military RF Communications Linear Products Product specification 150MHz phase-locked loop FEATURES • Operation to 150MHz • High linearity buffered output • Series or shunt loop filter component capability • External loop gain control

l09585

Abstract: capacitance servo circuit FTC 960 OQ8844 OQ8868 QFP44 SZA1010 TDA1301 TDA1301T PID control servo
Contextual Info: Philips Semiconductors Preliminary specification Digital Servo Integrated Circuit Silent DSICS OQ8868 FEATURES The DSICS realizes the following servo functions: • Focus servo loop • Radial servo loop • Built-in access procedure • Sledge motor servo loop

TDA1301T

Abstract: satellite decoder circuit diagram OQ8868 QFP44 SZA1010 TDA1301 DVD astigmatic focus detector
Contextual Info: Philips Semiconductors Product specification Digital Servo Integrated Circuit Silent DSICS OQ8868 FEATURES The DSICS realizes the following servo functions: • Focus servo loop • Radial servo loop • Built-in access procedure • Sledge motor servo loop

FS714x

Abstract: FS7140 FS7140-01 FS7145 13715-102
Contextual Info: FS7140 / FS7145 Programmable Phase-Locked Loop Clock Generator 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • Configurable CMOS or pseudo-ECL outputs

Contextual Info: FS7140 / FS7145 Programmable Phase-Locked Loop Clock Generator 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • Configurable CMOS or pseudo-ECL outputs

13715-201

Abstract: FS7140 FS7140-01
Contextual Info: FS7140 Programmable Phase-Locked Loop Clock Generator Preliminary April 2001 1.0 Features 2.0 • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • Configurable CMOS or pseudo-ECL outputs

CQM1-LSE01

Abstract: thermo couple PT100 CQM1-LSE02 thermo couple JPT100 cx-programmer 9.2 PT100 Platinum Resistance Temperature Detector CQM1H transistor z4w E54-CT1 E54-CT3
Contextual Info: Dedicated I/O Units Temperature Control Units F CQM1-TC00j/TC20j: Thermo- Temperature Control Units are available for either 4-loop temperature control or 2-loop temperature control, and Units with 2-loop temperature control provide a heater burnout alarm.

FS714x

Abstract: FS7140 FS7140-02G-XTD FS7140-02G-XTP FS7145 FS7145-01-XTD FS7145-01-XTP J-STD-020B
Contextual Info: FS714x Programmable Phase-Locked Loop Clock Generator 1.0 Key Features • • • • • • • • Extremely flexible and low-jitter phase locked loop PLL frequency synthesis No external loop filter components needed 150MHz CMOS or 340MHz PECL outputs

FS714x

Contextual Info: FS714x Programmable Phase-Locked Loop Clock Generator 1.0 Key Features • • • • • • • • Extremely flexible and low-jitter phase locked loop PLL frequency synthesis No external loop filter components needed 150MHz CMOS or 340MHz PECL outputs

Contextual Info: Order this document by MC44144/D MOTOROLA SEMICONDUCTOR MC44144 TECHNICAL DATA Advance Information Subcarrier Phase-Locked-Loop SUBCARRIER PHASE-LOCKED-LOOP The MC44144 is a gated phase-locked-loop intended for, but not restricted to, video applications. The integrated circuit contains a gated

MH88634BV-K

Abstract: relay pin out diagram
Contextual Info: MH88634BV-K M IT E L Central Office Interface Circuit Prelim inary Inform ation ISSUE 4 Features O ctober 1997 Ordering Information Loop Start Trunk Interface. 600£2 Input Impedance. 2-4Wire Conversion. Line state detection outputs. - Forward Loop. - Reverse Loop.

Contextual Info: FS7140-01 / FS7140-01g / FS7145 Programmable Phase-Locked Loop Clock Generator Data Sheet 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • 150MHz CMOS or 340MHz PECL outputs

FS714x

Abstract: FS7140 13715-102 FS7140-01g 12KW FS7140-01 FS7145 J-STD-020B
Contextual Info: FS7140-01 / FS7140-01g / FS7145 Programmable Phase-Locked Loop Clock Generator Data Sheet 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • 150MHz CMOS or 340MHz PECL outputs

LRD 08

Abstract: MH88634 MH88634BV-2 MH88634CV-K
Contextual Info: MH88634CV-K Central Office Interface Circuit Data Sheet Features • • • • August 2006 Loop Start Trunk Interface 600 Ω 2-4 Wire Conversion Line state Detection Outputs: • Forward Loop Ordering Information MH88634CV-K1 0°C to 70°C Reverse Loop

Contextual Info: MH88634B Central Office Interface Circuit Data Sheet Features • • • • • • • • September 2003 Loop Start Trunk Interface 600Ω Input Impedance 2-4 Wire Conversion Line state Detection Outputs: • Forward Loop • Reverse Loop • Ringing Voltage

MH88634

Abstract: MH88634-2 MH88634B MH88634BV-2 TR57 24v 8 channel Relay driver LRD 21
Contextual Info: MH88634B Central Office Interface Circuit Data Sheet Features • • • • • • • • September 2003 Loop Start Trunk Interface 600Ω Input Impedance 2-4 Wire Conversion Line state Detection Outputs: • Forward Loop • Reverse Loop • Ringing Voltage

13715-805-XTP

Contextual Info: FS714x Programmable Phase-Locked Loop Clock Generator Data Sheet 1.0 Key Features • • • • • • • • Extremely flexible and low-jitter phase locked loop PLL frequency synthesis No external loop filter components needed 150MHz CMOS or 340MHz PECL outputs

Contextual Info: FS7140-01 / FS7140-01g / FS7145 Programmable Phase-Locked Loop Clock Generator Data Sheet 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • 150MHz CMOS or 340MHz PECL outputs

Andrzej Przedpelski optimize

Abstract: Przedpelski PLL design przedpelski book 1977 ic hp 4503 era 555 MOTOROLA A. B. Przedpelski, "Phase-Locked Loop Design motorola article reprint
Contextual Info: AR254 Article Reprint Phase-Locked Loop Design Articles • "Analyze, Don't Estimate, Phase-Locked Loop Performance” • “Optimize Phase-Lock Loops to Meet Your Needs — Or Determine Why You Can't” • “Suppress Phase-Lock-Loop Sidebands Without Introducing Instability”

FS7140-01g

Contextual Info: FS7140-01 / FS7140-01g / FS7145 Programmable Phase-Locked Loop Clock Generator Data Sheet 1.0 Features 2.0 Description • Extremely flexible and low-jitter phase-locked loop PLL frequency synthesis • No external loop filter components needed • 150MHz CMOS or 340MHz PECL outputs