LMX2320 Search Results

LMX2325

Abstract: LMX2315
Contextual Info: LMX2315,LMX2320,LMX2325 LMX2315/LMX2320/LMX2325 PLLatinum Frequency Synthesizer for RF PersonalCommunications, LMX2325 2.5 GHz, LMX2320 2.0 GHz, LMX2315 1.2 GHz Literature Number: SNAS101D LMX2315/LMX2320/LMX2325 July 13, 2011 PLLatinum Frequency Synthesizer for RF Personal

LMX2315

Abstract: IIL14
Contextual Info: OBSOLETE LMX2315, LMX2320, LMX2325 www.ti.com SNAS101E – SEPTEMBER 1996 – REVISED MARCH 2013 PLLatinum Frequency Synthesizer for RF Personal Communications LMX2325 2.5 GHz LMX2320 2.0 GHz LMX2315 1.2 GHz Check for Samples: LMX2315, LMX2320, LMX2325

R19-22

Abstract: LMX2320 LMX1511
Contextual Info: OPERATING INSTRUCTIONS FOR THE NATIONAL SEMICONDUCTOR LMX2320 EVALUATION BOARD SET-UP INSTRUCTIONS The LMX2320 Evaluation Board is an implementation of the schematic shown as Figure 1. NOTE: The schematic in Figure 1 shows a component value for each component that is actually on the

lmx2315

Abstract: LMX2325TM RCR filter C1996 IS-54 LMX2315TM LMX2315TMX LMX2320 LMX2325 LMX2320TMX
Contextual Info: LMX2315 LMX2320 LMX2325 PLLatinum TM Frequency Synthesizer for RF Personal Communications LMX2325 2 5 GHz LMX2320 2 0 GHz LMX2315 1 2 GHz General Description Features The LMX2315 2320 2325’s are high performance frequency synthesizers with integrated prescalers designed for RF

LMX1511

Abstract: LMX2320
Contextual Info: OPERATING INSTRUCTIONS FOR THE NATIONAL SEMICONDUCTOR LMX2320 EVALUATION BOARD SET-UP INSTRUCTIONS The LMX2320 Evaluation Board is an implementation of the schematic shown as Figure 1. NOTE: The schematic in Figure 1 shows a component value for each component that is actually on the board.

Contextual Info: L M X 2 3 1 5, LM X 2320, LM X 2325 LM X2315/LM X2320/LM X2325 PLLatinum Frequency Synthesizer fo r RF PersonalCom m unications, LM X2325 2.5 GHz, LM X2320 2.0 GHz, LM X2315 1.2 GHz Te x a s In s t r u m e n t s Literature Number: SN AS101D OBSOLETE a l t Semiconductor

SPLH2330SA

Abstract: SPLH1525SA
Contextual Info: INTEGRATED FREQUENCY SYNTHESIZERS ’/ í j / / tR E O i; E:\C i • Si,:RFA . f'.-MOl :S1 190 188 FREQUENCY RANGE STEP SIZE (MHz (KHz) 1000-1800 1000-2000 1290-2000 1400-1600 1470-2070 20 1000 100 100 25 1485-1635 1500-2050 1525-1560 1685-1780 1750-2250

LMX2326

Contextual Info: Click Package To View Outline Drawing INTEGRATED FREQUENCY FREQUENCY INTEGRATED SYNTHESIZERS SYNTHESIZERS HIGH FREQUENCY FREQUENCY RANGE STEP SIZE MHz (KHz) DC BIAS REQUIREMENTS Vcc1 & 2 (Volts) 124SL OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance

FSPLL950SA

Abstract: SPLL121SA
Contextual Info: INTEGRATED FREQUENCY SYNTHESIZERS 124SL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec) 198 197 TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz TYPICAL HARMONIC

COP8SA-EPU

Abstract: AN-1098 COP8SAA716M9 LMX2320 COP8-EVAL-HI01 national semiconductor COP8 application note n5100
Contextual Info: National Semiconductor Application Note 1098 Steven Goldman June 1998 1.0 INTRODUCTION This application note describes the hardware and software required for loading Single or Dual Frequency Synthesizers for RF Communications with National Semiconductor’s

5252 F 1009 "integrated circuit"

Abstract: LMX1601 LMX2336 892063 6301k lmx2315 qpsk modulation experiment discussion PHILIPS RF databook 1980 AN1001 AN-1052
Contextual Info: PLL Performance, Simulation, and Design Frequency Dividers 1/N Output Frequency Fout 1/R Kφ Loop Filter Voltage Controlled Oscillator ( VCO ) Crystal Reference Charge Pump/Phase-Frequency Detector ( PFD ) Low Pass Filter Z(s) By Dean Banerjee Copyright 1998 National Semiconductor

Alps Electric vco

Abstract: lmx2315 alps vco LMX1511 LMX2320 LMX2325 1-800-NSC-MICRO Alps 934a vco
Contextual Info: PLLATINUM EVALUATION BOARD SINGLE PLL 20 PIN VERSION INTRODUCTION In order to assist in your evaluation of National Semiconductor’s LMX series single PLL, a blank printed circuit board is included with this product sample kit. The PCB is designed to reduce the time

EPM5128LC

Abstract: EPM5128GC epm5064lc-1 EPM5128LC1 59628867809r 5962-8984106LX EPM5128GI 7C19945DMB EPM5130GC-1 5962-8867812rx
Contextual Info: Product Line Cross Reference CYPRESS CYPRESS CYPRESS CYPRESS CYPRESS 5962-8753903LX 5962-8753902LX CY21L49-55C CY21L49-45C CY7C281 CY7C281A 5962-8863701LX 5962-8753902LX CY6116A-45C CY6116A-35C CY7C286 CY27H512 5962-8867003LX 5962-8867002LX CY6116A-55C CY6116A-45C

Contextual Info: INTEGRATED FREQUENCY SYNTHESIZERS HIGH FREQUENCY INTEGER PLL FREQUENCY RANGE STEP SIZE MHz (KHz) DC BIAS REQUIREMENTS Vcc1 & 2 (Volts) CURRENT Max. (mA) OUTPUT POWER dBm Tolerance (dB) 197 124SL SETTLING TIME (mSec) TYPICAL PHASE NOISE dBc/Hz Offset at 10 KHz/100 KHz

SPLH1525SA

Contextual Info: INTEGRATED FREQUENCY SYNTHESIZERS Hig h F req u en c y S u rfaceM ount - m 4 124S DC BIAS REQUIREMENTS FREQUENCY RANGE STEP SIZE MHz (KHz) 1000- 1800 1000-2000 12 90-2000 1400- 1600 1470-2070 20 1000 100 100 25 1485 - 1635 1500-2050 1525- 1560 1685- 1780

SPLH1000SD

Abstract: SPLH1000SA SPLH1000SB SPLH1470SA SPLH1290SA SPLH1400SA SPLH1485SA SPLH1500SA SPLH1525SA SPLH5100SA
Contextual Info: INTEGRATED FREQUENCY FREQUENCY INTEGRATED SYNTHESIZERS SYNTHESIZERS Click on package to view outline drawing HIGH FREQUENCY FREQUENCY RANGE STEP SIZE MHz (KHz) DC BIAS REQUIREMENTS Vcc1 & 2 (Volts) 124SL OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance

Contextual Info: INTEGRATED FREQUENCY SYNTHESIZERS Si!R!h'ACb:-Xti FREQUENCY RANGE STEP SIZE MHz (KHz) 101 -109 136-146 162-172 700 - 730 750 - 780 820-850 944 - 952 100 50 50 30 30 30 25 □C BIAS REQUIREMENTS Vcc1 & 2 (Volts) +5/+5 +5U5 +5/+5 +5/+5 +5/+5 +5/+5 +5/+5 OUTPUT

LM6462

Abstract: LF411 "direct replacement" LH0032ACG LM6464 LM646 VARIABLE POWER SUPPLY. 0 - 30V, LM723 LM35,3 sensor vhdl 4-bit binary calculator ADC1231 lm2940-8
Contextual Info: N Military/Aerospace Division Product Line Card 1997 N www.national.com/appinfo/milaero/ Table of Contents At National Semiconductor , it’s about innovation. One of the largest suppliers of IC products for high reliability applications, we’ve provided analog and mixedsignal engineering for the Military/Aerospace market for more than 30 years. Our expertise in system design and

PLL 2400 MHZ

Contextual Info: INTEGRATED FREQUENCY FREQUENCY INTEGRATED SYNTHESIZERS SYNTHESIZERS HIGH FREQUENCY INTEGER PLL FREQUENCY RANGE STEP SIZE MHz (KHz) DC BIAS REQUIREMENTS Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm Tolerance (dB) 197 124SL SETTLING TIME (mSec) TYPICAL

SPLL121SA

Contextual Info: Click Package To View Outline Drawing INTEGRATED FREQUENCY FREQUENCY INTEGRATED SYNTHESIZERS SYNTHESIZERS 124SL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec)

SPLL121SA

Contextual Info: INTEGRATED FREQUENCY FREQUENCY INTEGRATED SYNTHESIZERS SYNTHESIZERS Click on package to view outline drawing 124SL FREQUENCY RANGE MHz DC BIAS REQUIREMENTS STEP SIZE (KHz) Vcc1 & 2 (Volts) OUTPUT POWER CURRENT Max. (mA) dBm SETTLING TIME Tolerance (dB) (mSec)

ka band lna

Abstract: LMX2216 LMX2216M LMX2320 M16A CMOS Gilbert Cell Mixer gilbert cell sum 2 LO1F Gilbert Cell
Contextual Info: LMX2216 National Semiconductor LMX2216 0.1 GHz to 2.0 GHz Low Noise Amplifier/Mixer for RF Personal Communications General Description The LMX2216 is a monolithic, integrated low noise amplifier LNA and mixer suitable as a first stage amplifier and downconverter for RF receiver applications. The wideband oper­

LMX1501A

Abstract: LMX1501 Gardner AN-885 C1995 LMX2320 AN1881
Contextual Info: National Semiconductor Application Note 885 Cynthia L Barker Wireless Communications March 1993 ABSTRACT Synthesizer and Phase Locked Loop PLL figures of merit including phase noise spurious output and lock time at microwave frequencies are examined Measurement methods

lm3242

Abstract: LM356 op-amp datasheet LM356 LM6484 SC14421 LM380 spice lm7412 LM117 model SPICE LM356 audio amplifier pc preamp with bass treble circuit diagrams lm324
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