PLR
PLR is RF PLL Synthesizer manufactured by Raltron Electronics.
RF PLL Synthesizer PLR-SERIES
Features
Frequency up to 3 GHz Low Profile available: 3.9 mm Low Phase Noise Custom options available
Applications
Telemunications High Performance Radio Base Stations Instrumentation
Description
The PLR-type is a RF PLL synthesizer designed to meet the requirements for a variety of applications.Stationary or battery-operated, the unit is available in many different versions from Low Noise, High Power, Linear Tuning, Low Profile or Wide Band. ponents are selected for high-Q and tight tolerances. Raltron’s PLR-series is developed and manufactured in its ISO900:2k certified facilities. RF-simulation (CAE), automated test-equipment (Agilent VCO/PLL-Analyzer) and statistical process control (SPC) are integral part of R&D and manufacturing
- which ensures minimal process variances and a high degree of repeatability.
Mechanical Specification
Electrical Specification
PARAMETER Max Frequency Step Size Supply Voltage Supply Current(VCO/PLL) Output Power Harmonic Suppression Input Frequancy Input Frequency Amplitude MENTS, EXAMPLES Currently available in PLR-package Based-on PLL IC used. Battery operated 3.3V and 5V Dependent on Frequency and Output Power Output Power Tolerance is typ. ±6d Bm ± 2 d B Dependent on Tuning Range and Freq SYMBOL fo Vcc Icc Pout a(2fo) fin fin(A) MIN 700 10 3.3 4 TYP MAX 3000 1000 5 40 +8 UNIT MHz KHz V m A d Bm d Bc MHz Vp-p
+6 -25 10
General Specification
1. Load Impedance is 50 Ohms. 2. Operating temperature range is typically
- 40°C…+85°C. 3. The package is non-hermetic. Substrate is glass-reinforced laminate, the cover is folded nickel-silver. 4. Bypass-capacitors (ceramic) from Vcc to Ground are remended: 1n F||100p F. 5. Customized specifications may deviate from this General Specification. 6. Phase-noise performance depends on the individual specification. Phase Noise is strongly dependent on (a) frequency (b) supply voltage and (c) step size. 7. PLL Ics Available; AD4113 LMX2526 8. For other...