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    M3500C Search Results

    M3500C Datasheets (12)

    Micronetics
    Part ECAD Model Manufacturer Description Datasheet Type PDF PDF Size Page count
    M3500C-0102
    Micronetics 100 to 200 MHz VCO Original PDF 40.26KB 1
    M3500C-0204
    Micronetics 200 to 400 MHz Original PDF 42.01KB 1
    M3500C-0305
    Micronetics 300 to 500 MHz Original PDF 40.77KB 1
    M3500C-0306
    Micronetics 300 to 600 MHz Original PDF 42.25KB 1
    M3500C-0408
    Micronetics 400 to 800 MHz Original PDF 42.06KB 1
    M3500C-0510
    Micronetics 500 to 1000 MHz Original PDF 43.9KB 1
    M3500C-0612
    Micronetics 600 to 1200 MHz Original PDF 39.69KB 1
    M3500C-0613
    Micronetics 600 to 1300 MHz Original PDF 41.01KB 1
    M3500C-0916
    Micronetics Input Voltage Limiting Original PDF 20.12KB 1
    M3500C-1324
    Micronetics 1350 to 2400 MHz Original PDF 40.6KB 1
    M3500C-2032
    Micronetics 2000 to 3200 MHz Original PDF 42.44KB 1
    M3500C-2235
    Micronetics 2250 to 3500 MHz Original PDF 41.98KB 1
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    M3500C Price and Stock

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    Micron Technology Inc M3500C-0305T

    Osc voltage CNTL
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    Bristol Electronics M3500C-0305T 69
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    Qualcomm M3500C-0204

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    Bristol Electronics M3500C-0204 5
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    Bristol Electronics M3500C-1324T 1
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    Micron Industries Corporation M3500C-0305T

    VOLTAGE CONTROLLED OSCILLATOR, 300 - 500 MHZ
    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Quest Components M3500C-0305T 55
    • 1 $57.50
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    Distributors Part Package Stock Lead Time Min Order Qty Price Buy
    Quest Components M3500C-1324T 1
    • 1 $70.00
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    M3500C Datasheets Context Search

    Catalog Datasheet Type Document Tags PDF

    q3236i

    Abstract: tfk - 843 tfk 811 s TFK 834 S/BIP/SCB345100/B/30/10/ferrite ei core 33A
    Contextual Info: Q3236 PHASE-LOCKED LOOP FREQUENCY SYNTHESIZER FEATURES • Reference Division Ratios of 1 to 16 in Direct • Backwards Compatible w ith the Q3036 and Parallel Mode, or 1 to 64 in Serial and 8 -bit Bus Mode Q3216 PLL Chips • Phase N oise Contributions as Low as


    OCR Scan
    q3236q3036q3216q0420+5q3236itfk - 843tfk 811 stfk 834s/bip/scb345100/b/30/10/ferrite ei core 33a PDF

    Q3236I20N

    Abstract: Q3036 Q3216 Qualcomm q3216 q32361 Q3236I-20N 213-044-602 q3236i Q3236 Q32361-20N
    Contextual Info: Q3236 PHASE-LOCKED LO O P FR EQ U EN C Y SYNTHESIZER • Reference D ivisio n Ratios of 1 to 16 in D irect FEATU RES • Backwards Com patible w ith the Q3036 and Parallel Mode, or 1 to 64 in Serial and 8 -bit Bus Mode Q 3 2 1 6 PLL Chips • Program m ability for Faster M ultiplexing between


    OCR Scan
    q3236q3036q3216pll100333b+8q3236i20nq3216 qualcommq3216q32361q3236i-20n213-044-602q3236iq32361-20n PDF

    Q2220

    Abstract: Q0320 Q3236 Q2368 Q3036 VJ0603A101JXAA db37m QUALCOMM Reference manual Q2220 datasheet Q0320 datasheet
    Contextual Info: Q0420 PHASE-LOCKED OSCILLATOR PLO EVALUATION SYSTEM USER’S GUIDE INTRODUCTION The Q0420 PLO Evaluation System is a complete evaluation board designed on a compact 5” x 7.5” printed circuit card for the Q3236 PLL. The evaluation platform includes a fixed demonstration as well as a custom prototyping


    Original
    q0420q3236q2220q2334+9q4401q0320q2368q3036vj0603a101jxaadb37mqualcomm reference manualq2220 datasheetq0320 datasheet 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
    pe3501pe3236m3500c-2032sad797+4an1410 mhz tcxovco at 15ghztcxo 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
    pe3501pe3236m3500c-2032sad797+4an14peregrinevco at 15ghzvectron 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
    pe3501pe3236m3500c-2032sm3500c+6ad797an14vco at 15ghzosc-3a0-10vectron tcxom3500c-2032 PDF