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Phase Locked Oscillator Product List

PHASE LOCKED OSCILLATORS


API Technologies’ experience with Phase Locked Oscillators covers a period of 35 years. We have worked closely with Systems Engineers on some of the most technically sophisticated programs in the country. The phase locked oscillator must be compatible with other components in the system and must not only operate properly on the “bench” but must also operate properly within complex systems.

API Technologies engineers review power supply noise, load impedances, and other system considerations to provide a design that will be successful during full integration into your system.

We integrate a doubler and a x4 multiplier, optimizing the 100 MHz reference signal.

We integrate a doubler and a x4 multiplier,
optimizing the 100 MHz reference signal.

Phase locked indicator output is provided for built-in test or error detection.

Phase locked indicator output is provided
for built-in test or error detection.

Isolators are incorporated for enhanced performance.

Isolators are incorporated
for enhanced performance.

The internal oscillator is isolated from the phase lock circuitry for improved spurious performance.

The internal oscillator is isolated from the phase lock circuitry for improved spurious performance.

Our PLOs feature internal crystal frequency monitoring for precision tuning.

Our PLOs feature internal crystal frequency monitoring for precision tuning.

Features an integral low loss bandpass filter for superior harmonic suppression.

Features an integral low loss bandpass filter for superior harmonic suppression.

Better receiver sensitivity and enhanced system noise floor.

Better receiver sensitivity and
enhanced system noise floor.

FEATURES
Superior Phase Noise Performance

Superior Phase Noise Performance

To download more information about our superior phase noise performance, click here! To message to one of our engineers about our superior phase noise performance, click here! To request pricing information about our superior noise performance, click here!
  • For Superior Phase Noise Performance, API Technologies engineers integrate both a doubler and a x4 multiplier, optimizing the 100 MHz reference signal.
  • Join us on the API Technologies Frequency Sources Tour to learn even more!
Rich Features

Frequency Generation Features

To download more information about our rich features, click here! To message to one of our engineers about our rich features, click here! To request pricing information about our rich features, click here!
  • An integral voltage regulator is incorporated to ensure Superior Phase Noise Performance and Reduced Spurious Signals.
  • Phase Lock Indicator output is also provided for built-in test or error detection.
  • Learn about more of our customizable frequency generation features in our Frequency Sources Brochure!
Enhanced Performance

Enhanced Performance

To download more information about our enhanced performance, click here! To message to one of our engineers about our enhanced performance, click here! To request pricing information about our enhanced performance, click here!
  • Isolators are also incorporated for enhanced performance.
  • The internal oscillator is isolated from the phase lock circuitry for improved spurious performance.
  • Email one of our experienced engineers to learn more today!
Intelligent Integration

More Standard Features

To download more information about our intelligent integration, click here! To message to one of our engineers about our intelligent design, click here! To request pricing information about our intelligent design, click here!
  • Our PLOs feature internal crystal frequency monitoring for precision tuning and ideal reference performance.
  • We frequently integrate low-loss Isolators for improved pulling and added isolation from effects bad load VSWR.
  • We offer both wide and narrow band loops.
EU Manufactured Solutions
MASYML0007

MASYML0007 - Low Phase Noise PLO

To download more information about PLOs, click here! To message to one of our engineers about PLOs, click here! To request pricing information about PLOs, click here!
  • MASYML0007 is a high reliability phase locked CRO oscillator with excellent phase noise performance.
  • The MASYML0007 is designed for demanding applications that require the ultimate in low phase noise and robust construction.
  • Applications include communications terminals, surveillance radar exciters, airborne transponders and fire control radar.
  • The module is supplied in a flange mount metal package for ease of integration into the user’s hardware.
  • Frequency control is handled internally using a customized microcontroller.
  • For more information, contact us today!

 

PRODUCT SOLUTIONS

Part Number

Frequency

Phase Noise @ 10 kHz Offset (dBc/Hz)*

Harmonics (dB)

Spurious (dBc)

Supply (V/mA)

Int. Ref.

Ext. Ref.

Int. Ref.

Ext. Ref.

Int. Ref.

Ext. Ref.

611208 621499 500 MHz -133 -138 -25 -70 15/150 15/120
611209 621500 550 MHz -132   -25 -70 15/150  
611210 621501 600 MHz -132 -137 -25 -70 15/150 15/120
611211 621502 650 MHz -131   -25 -70 15/150  
611212 621503 700 MHz -130 -135 -25 -70 15/150 15/120
611213 621504 750 MHz -130   -25 -70 15/150  
611214 621505 800 MHz -129 -134 -25 -70 15/150 15/120
611215 621506 850 MHz -129   -25 -70 15/150  
611216 621507 900 MHz -128 -133 -25 -70 15/150 15/120
611217 621508 950 MHz -128   -25 -70 15/150  
611218 621509 1000 MHz -127 -132 -25 -70 15/150 15/120
611219 621510 1050 MHz -127   -25 -70 15/150  
611220 621511 1100 MHz -126 -131 -25 -70 15/150 15/120
611221 621512 1150 MHz -126   -25 -70 15/150  
611222 621513 1200 MHz -125 -130 -25 -70 15/150 15/120
611223 621514 1250 MHz -125   -25 -70 15/150  
611224 621515 1300 MHz -125 -130 -25 -70 15/150 15/120
611225 621516 1350 MHz -125   -25 -70 15/150  
611226 621517 1400 MHz -124 -129 -25 -70 15/150 15/120
611227 621518 1450 MHz -124   -25 -70 15/150  
611228 621519 1500 MHz -123 -128 -25 -70 15/150 15/120
611229 621520 1550 MHz -123   -25 -70 15/150  
611230 621521 1600 MHz -123 -128 -25 -70 15/150 15/120
611231 621522 1650 MHz -123   -25 -70 15/150  
611232 621523 1700 MHz -122 -127 -25 -70 15/150 15/120
611233 621524 1750 MHz -122   -25 -70 15/150  
611234 621525 1800 MHz -122 -127 -25 -70 15/150 15/120
611235 621526 1850 MHz -122   -25 -70 15/150  
611236 621527 1900 MHz -121 -126 -25 -70 15/150 15/120
611237 621528 1950 MHz -121   -25 -70 15/150  
611238 621529 2000 MHz -121 -126 -25 -70 15/150 15/120
612110 622177 3000 MHz -117 -122 -25 -70 15/150 15/120
613070 623115 5000 MHz -113 -118 -25 -70 15/150 15/120
614049 624107 7000 MHz -110 -115 -25 -70 15/150 15/120
615072 625133 9000 MHz -108 -113 -25 -70 15/150 15/120
616058 626106 11 GHz -106 -111 -25 -70 15/150 15/120
617050 627122 13 GHz -105 -110 -25 -70 15/150 15/120

* 100 MHz Reference
* Phase noise measured using a API Technologies crystal oscillator at +25°C
* External Reference Phase Noise performance dependent on Customer's supplied source

Phase Locked SAW Oscillators

Model
Number

Fo (MHz) Typ.

Lock Range min/max (ppm)

Harmonic Spurious (dBc)

Non-
coherent
Spurious
(dBc)

Refer-
ence Spurious (dBc)

Refer-
ence Freq. (MHz)

SSB Phase Noise1 (dBc/Hz)

Icc (Typ)

Tcase (Oper-
ating) °C

10
Hz

1
kHz

100
kHz

1
MHz

10
MHz

MN745-0640 625 -100/+100 -30 -75 -65 32 -65 -110 -140 -155 -155 110
mA
-40 to +85
Vcc = 5 V +/- 0.25 volts
Output Power = 10 +/- 2 dBm
Typical performance measured at 25°C
1 640MHz Output Frequency, 10MHz Reference Frequency, 10kHz PLL Bandwidth.
Note that the close-in phase noise will vary with loop bandwidth and reference frequency.

FREE DESIGN SOFTWARE