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    MICRONETICS M3500 Search Results

    MICRONETICS M3500 Result Highlights (3)

    Part ECAD Model Manufacturer Description Download Buy
    PCM3500E
    		Texas Instruments Low Voltage, Low Power, 16-Bit, Mono SoundPlus™ Voice/Modem Codec 24-SSOP Visit Texas Instruments Buy
    PCM3500E/2K
    		Texas Instruments Low Voltage, Low Power, 16-Bit, Mono SoundPlus™ Voice/Modem Codec 24-SSOP Visit Texas Instruments Buy
    PCM3500EG4
    		Texas Instruments Low Voltage, Low Power, 16-Bit, Mono SoundPlus™ Voice/Modem Codec 24-SSOP Visit Texas Instruments Buy

    MICRONETICS M3500 Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    micronetics M3500

    Abstract: M3500 VCO M3500 Micronetics Wireless VCOs micronetics vco
    Contextual Info: INTRODUCTION: VCOS FOR THE REAL WORLD ᮣ When your system design calls for a Voltage Controlled Oscillator that performs predictably and consistently without tuning, you should look at the Micronetics M3500 VCO Series. CONSISTENT PERFORMANCE FROM 100 MHZ TO


    Original     		M3500 M3500 micronetics M3500 M3500 VCO Micronetics Wireless VCOs micronetics vco PDF

    M3500-0916

    Abstract: 0916 micronetics M3500-0916 micronetics m3500 M3500 VCO m3500-0613 vco
    Contextual Info: INPUT LIMITING INPUT VOLTAGE LIMITING ON M3500-0916 ONLY The M3500-0916 uses an input zener diode to clamp the input voltage at 13V. This guarantees that the VCO always has an output at high tune voltages. Micronetics recommends that an input resistor be used in designs where the input


    Original     		M3500-0916 0916 micronetics M3500-0916 micronetics m3500 M3500 VCO m3500-0613 vco PDF

    Test Methodology

    Abstract: M3500 VCO micronetics M3500 QUALCOMM Reference design nomograph M3500 M3500-0612 is nomograph micronetics vco micronetics M3500-0916s
    Contextual Info: TEST METHODOLOGY TEST CONFIGURATION 1 TEST CONFIGURATIONAND PERFORMANCE Test Configurations 1,2,3 & 4 illustrate the actual test methods used for collecting the test data for all M3500 VCO versions. The performance curves of figures 2 A-M pages 9-22 were


    Original     		M3500 Test Methodology M3500 VCO micronetics M3500 QUALCOMM Reference design nomograph M3500-0612 is nomograph micronetics vco micronetics M3500-0916s PDF

    diode SMD MARKING CODE K6

    Abstract: SMD MARKING CODE k11 Amphenol Connectors CATALOG ecg catalog SMD EK 742 DIODE ZENNER C25 C26-C43 smd diode K7 diode smd marking M7 SMD diode S4 59
    Contextual Info: 3 +3_3V 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 10 NC S_CLK 2 S_DATA 3 S_WR 4 17 NC NC 18 GND DIRECT 5 19 GND EW_R 6 20 GND ENH 7 21 GND MS2_SEL 8 22 GND RAND_EN 9 23 GND NC 10 24 GND GND 11 9 4 5 8 NC 26 GND NC 13 4 5 C21 0.01µF C22 100pF C23 22pF 9 10 11 12 13


    Original     		100pF MW500-1233 MAZ80270HL 742C163221JTR ERJ-3GEYJ510V 301-0-RC P10194CT-ND com/industrial/components/pdf/AEH0000CE4 PCC101ACVTR-ND com/industrial/components/pdf/abj0000ce1 diode SMD MARKING CODE K6 SMD MARKING CODE k11 Amphenol Connectors CATALOG ecg catalog SMD EK 742 DIODE ZENNER C25 C26-C43 smd diode K7 diode smd marking M7 SMD diode S4 59 PDF

    M3500-0612

    Contextual Info: M3500-0612 600-1200 MHZ 1H. M3500-0612 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +12.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0612 M3500-0612 0/20V PDF

    M3500-1324

    Abstract: Micronetics M3500-1324 micronetics M3500 M3500-1324 CIRCUIT M3500
    Contextual Info: M3500-1324 1350-2400 MHZ 1K. M3500-1324 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER Maximum Supply Voltage Tuning Voltage Min/Max RATING +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER Power Dissipation Frequency Tuning Range


    Original     		M3500-1324 M3500-1324 0/20V Micronetics M3500-1324 micronetics M3500 M3500-1324 CIRCUIT M3500 PDF

    micronetics M3500

    Abstract: 6-15M MW500-1189 Micronetics
    Contextual Info: Voltage Controlled Oscillators MW500-1189 600MHz to 1500MHz Specifications Frequency Tuning Voltage Power Output Phase Noise 600MHz to 1500MHz 0.5/18 V 7.5 +/- 2.5 dBm 10 kHz Offset -95 typ dBc/Hz 100 kHz Offset -115 (typ) dBc/Hz Frequency Pushing 5 MHz/V


    Original     		MW500-1189 600MHz 1500MHz M3500-615M micronetics M3500 6-15M MW500-1189 Micronetics PDF

    M3500-0305

    Abstract: Tuning
    Contextual Info: M3500-0305 300-500 MHZ 1D. M3500-0305 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +14.5V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0305 M3500-0305 0/20V Tuning PDF

    M3500-0204

    Contextual Info: M3500-0204 200-400 MHZ 1C. M3500-0204 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +14.5V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0204 M3500-0204 0/20V PDF

    M3500-2235

    Abstract: M3500
    Contextual Info: M3500-2235 2250-3500 MHZ 1M. M3500-2235 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER Maximum Supply Voltage Tuning Voltage Min/Max RATING +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER Power Dissipation Frequency Tuning Range


    Original     		M3500-2235 M3500-2235 0/20V M3500 PDF

    0916

    Abstract: M3500-0916 micronetics M3500-0916 micronetics m3500
    Contextual Info: M3500-0916 900-1600 MHZ 1J. M3500-0916 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0916 M3500-0916 0/20V 0916 micronetics M3500-0916 micronetics m3500 PDF

    M3500-0408

    Abstract: m3500 vco micronetics M3500
    Contextual Info: M3500-0408 400-800 MHZ 1F. M3500-0408 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0408 M3500-0408 0/20V m3500 vco micronetics M3500 PDF

    M3500-0510

    Abstract: M3500 VCO
    Contextual Info: M3500-0510 500-1000 MHZ 1G. M3500-0510 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0510 M3500-0510 0/20V M3500 VCO PDF

    M3500-2032

    Abstract: M3500 micronetics M3500
    Contextual Info: M3500-2032 2000-3200 MHZ 1L. M3500-2032 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER Maximum Supply Voltage Tuning Voltage Min/Max RATING +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER Power Dissipation Frequency Tuning Range


    Original     		M3500-2032 M3500-2032 0/20V M3500 micronetics M3500 PDF

    M3500-0613

    Abstract: M3500 VCO m3500-0613 vco
    Contextual Info: M3500-0613 650-1300 MHZ 1I. M3500-0613 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0613 M3500-0613 0/20V M3500 VCO m3500-0613 vco PDF

    M3500-0306

    Abstract: 0306
    Contextual Info: M3500-0306 300-600 MHZ 1E. M3500-0306 VCO TECHNICAL SPECIFICATIONS ABSOLUTE MAXIMUM / MINIMUM RATINGS PARAMETER RATING Maximum Supply Voltage Tuning Voltage Min/Max +15.0V 0/20V GUARANTEED PERFORMANCE (0-70° C) PARAMETER DATA Power Dissipation Frequency Tuning Range


    Original     		M3500-0306 M3500-0306 0/20V 0306 PDF

    Soldering Techniques

    Abstract: SN95 solder M3500 VCO M3500 micronetics M3500 50 ohm microstrip line SN63 m3500-0613 vco
    Contextual Info: SOLDERING TECHNIQUES ᮣ If you want to make sure that each M3500 VCO operates at published performance and phase noise levels, follow the soldering techniques described below. SURFACE MOUNT Set iron for 250° C. Iron contact should not exceed 7 seconds from


    Original     		M3500 Soldering Techniques SN95 solder M3500 VCO micronetics M3500 50 ohm microstrip line SN63 m3500-0613 vco PDF

    marking code x328 SMD ic

    Abstract: diode X318 micronetics M3500 DIODE ZENNER C25 marking code c41 SMD ic smd x327 50V X375 x289 X644 X614
    Contextual Info: 5 4 3 2 1 CA4-D 100pF 5 7 +3V TP9 +3V 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 8 7 6 5 4 3 2 1 1 R13 R22-A R22-B R22-C R22-D R22-E R22-F R22-G R22-H R11-A R11-B R11-C R11-D R11-E R11-F R11-G R11-H R12-A R12-B R12-C R12-D R12-E R12-F R12-G R12-H 220 220 220 220 220


    Original     		100pF R22-A R22-B R22-C R22-D R22-E R22-F R22-G R22-H R11-A marking code x328 SMD ic diode X318 micronetics M3500 DIODE ZENNER C25 marking code c41 SMD ic smd x327 50V X375 x289 X644 X614 PDF

    M3500-2235

    Abstract: M3500 VCO M3500-1324 Micronetics M3500-1324 M3500-0916 NMT-900 M3500 m35000 nmt450 nmt900 M3500-0613
    Contextual Info: HOW TO ORDER M3500 VCO S PECIFICATIONS MODEL M3500-0102* M3500-0103* M3500-0204* M3500-0305 M3500-0306* M3500-0408* M3500-0510* M3500-0612 M3500-0613 M3500-0916 M3500-1324 M3500-2032 M3500-2235 Selecting a Package Style FREQUENCY RANGE MHz TYP. 100 - 200 150 - 300


    Original     		M3500 M3500-0102* M3500-0103* M3500-0204* M3500-0305 M3500-0306* M3500-0408* M3500-0510* M3500-0612 M3500-0613 M3500-2235 M3500 VCO M3500-1324 Micronetics M3500-1324 M3500-0916 NMT-900 m35000 nmt450 nmt900 M3500-0613 PDF

    micronetics m3500

    Abstract: MW500-1189 M3500
    Contextual Info: Voltage Controlled Oscillators MW500-1189 600 MHz to 1500 MHz Specifications Frequency Tuning Voltage Power Output Phase Noise 600 MHz to 1500 MHz 0.5/18 V 7.5 +/- 2.5 dBm 10 kHz Offset 100 kHz Offset Frequency Pushing Frequency Pulling Harmonic Suppression


    Original     		MW500-1189 M3500-615M micronetics m3500 MW500-1189 M3500 PDF

    micronetics m3500

    Abstract: M3500-615M
    Contextual Info: Request a Quote | Ask an Engineer Image description. Print this Sheet End of image description. Image description. as PDF EndSave of image description. MW500-1189 600 MHz to 1500 MHz VOLTAGE CONTROLLED OSCILLATORS Specifications Frequency Tuning Voltage Power Output


    Original     		MW500-1189 M3500-615M micronetics m3500 M3500-615M PDF

    M3500C-2032S

    Abstract: AD797 AN14 PE3236 PE3501 10 MHz TCXO VCO at 15GHZ tcxo 10mhz dbc
    Contextual Info: AN14: Application Note Introduction There are many applications that require the synthesis of frequencies above 3 GHz. However, this range is generally beyond the maximum frequency that PLL devices can directly accept. By using an external prescaler, the range of a PLL can be extended. This


    Original     		PE3501 PE3236 M3500C-2032S AD797 AN14 10 MHz TCXO VCO at 15GHZ tcxo 10mhz dbc PDF

    PE3236

    Abstract: M3500C-2032S AD797 AN14 PE3501 peregrine VCO at 15GHZ vectron tcxo
    Contextual Info: AN14: Application Note Introduction There are many applications that require the synthesis of frequencies above 3 GHz. However, this range is generally beyond the maximum frequency that PLL devices can directly accept. By using an external prescaler, the range of a PLL can be extended. This


    Original     		PE3501 PE3236 M3500C-2032S AD797 AN14 peregrine VCO at 15GHZ vectron tcxo PDF

    M3500C-2032S

    Abstract: PE3236 M3500C AD797 AN14 PE3501 VCO at 15GHZ OSC-3A0-10 vectron tcxo M3500C-2032
    Contextual Info: AN14: Application Note Introduction There are many applications that require the synthesis of frequencies above 3 GHz. However, this range is generally beyond the maximum frequency that PLL devices can directly accept. By using an external prescaler, the range of a PLL can be extended. This


    Original     		PE3501 PE3236 M3500C-2032S M3500C AD797 AN14 VCO at 15GHZ OSC-3A0-10 vectron tcxo M3500C-2032 PDF