RVX5032P TEMEX

Document overview

  • Manufacturer or author: Provided By www.digicamel.com(FREE DATASHEET DOWNLOAD SITE)
  • PDF pages: 8

Technical content

Features

0.5 ps integrated RMS phase jitter (12 kHz to 20 MHz) Fast sample turnaround available LVCMOS, LVPECL, or LVDS Output options Wide frequency range Low power differential outputs Small form factor Specifications ----- 1.0 SPECIFICATIONS REFERENCES Line Parameter

Description

1.1 Model Description RVX5032P VCXO 1.2 Reference Number 1.3 Rakon Part Number ----- 2.0 FREQUENCY CHARACTERISTICS Line Parameter Test Condition Value Unit 2.1 Frequency 8 to 1500 MHz 2.2 Operating Temperature Range -40 to 85 2.3 Frequency Stability Including Temperature range, Supply variation, Load variation & 15 years aging at 25°C ±30 to 50 ppm 2.4 Temperature Stability Temperature range only ±10 to 20 ppm ----- 3.0 POWER SUPPLY Line Parameter Test Condition Value Unit 3.1 Supply Voltage (VDD) With a tolerance of ±10% 3.3 V 3.2 Supply Voltage (VDD) With a tolerance of ±5% 2.5 V 3.3 Supply Current For LVCMOS 30 max mA 3.4 Supply Current For LVPECL 65 max mA 3.5 Supply Current For LVDS 40 max mA ----- Rakon Product Proposal Page 1

4.0 CONTROL VOLTAGE (VCO) Line Parameter Test Condition Value Unit 4.1 Absolute Pull Range (APR) ±50 min ppm 4.2 Total Pull Range Frequency shift from minimum to maximum control voltage 400 max ppm 4.3 Control Voltage Nominal 1.65V 0 to 3.3 V 4.4 Linearity Control voltage 0.3 to 3V 15 max 4.5 Slope Positive only 4.6 Modulation BW Control voltage 0.3 to 3V 10 min kHz 4.7 Input Impedance 1 min MΩ ----- 5.0 OUTPUT CHARACTERISTICS - LVCMOS UP TO 200MHz ONLY Line Parameter Test Condition Value Unit 5.1 Output Voltage (Vol) 15pF load 10 max %VDD 5.2 Output Voltage (Voh) 15pF load 90 min %VDD 5.3 Duty Cycle @ 50% VDD 48 to 52 5.4 Rise Time / Fall Time 90%/10% at 15 pF output load 3 max ns 5.5 RMS Phase Jitter Typical integrated 12 kHz to 20 MHz 0.5 ps ----- 6.0 OUTPUT CHARACTERISTICS - LVPECL ONLY Line Parameter Test Condition Value Unit 6.1 Output Voltage (Vol) 50Ω nominal load. (VDD - 1.6V) max. 6.2 Output Voltage (Voh) 50Ω nominal load. (VDD - 1.03V) min. 6.3 Duty Cycle @ VDD-1.3V (45 to 50% for 600MHz+) 48 to 52 6.4 Rise Time / Fall Time 80%/20% at 50Ω output load 0.6 max ns 6.5 RMS Phase Jitter Typical integrated 12kHz to 20MHz 0.5 ps ----- 7.0 OUTPUT CHARACTERISTICS - LVDS ONLY Line Parameter Test Condition Value Unit 7.1 Differential Output: Voltage Swing (Vod) 350 mV 7.2 Duty Cycle Measured at 1.25V (45 to 50% for 600MHz+) 48 to 52 7.3 Rise Time / Fall Time RL = 100 Ω / CL = 10 pF 0.6 max ns 7.4 RMS Phase Jitter Typical integrated 12kHz to 20MHz 0.5 ps ----- 8.0 SSB PHASE NOISE Line Parameter Test Condition Value Unit 8.1 SSB Phase Noise power density @ 10 Hz offset Typical value for a 77.76 MHz VCXO @ 25 °C -68 dBc/Hz 8.2 SSB Phase Noise power density @ 100 Hz offset Typical value for a 77.76 MHz VCXO @ 25 °C -95 dBc/Hz 8.3 SSB Phase Noise power density @ 1 kHz offset Typical value for a 77.76 MHz VCXO @ 25 °C -120 dBc/Hz 8.4 SSB Phase Noise power density @ 10 kHz offset Typical value for a 77.76 MHz VCXO @ 25 °C -125 dBc/Hz 8.5 SSB Phase Noise power density @ 100 kHz offset Typical value for a 77.76 MHz VCXO @ 25 °C -128 dBc/Hz ----- Rakon Product Proposal Page 2

9.0 SSB PHASE NOISE Line Parameter Test Condition Value Unit 9.1 SSB Phase Noise Power Density @ 10 Hz Offset Typical value for a 155.52 MHz VCXO @ 25°C -62 dBc/Hz 9.2 SSB Phase Noise Power Density @ 100 Hz Offset Typical value for a 155.52 MHz VCXO @ 25°C -90 dBc/Hz 9.3 SSB Phase Noise Power Density @ 1 kHz Offset Typical value for a 155.52 MHz VCXO @ 25°C -112 dBc/Hz 9.4 SSB Phase Noise Power Density @ 10 kHz Offset Typical value for a 155.52 MHz VCXO @ 25°C -118 dBc/Hz 9.5 SSB Phase Noise Power Density @ 100 kHz Offset Typical value for a 155.52 MHz VCXO @ 25°C -120 dBc/Hz ----- 10.0 SSB PHASE NOISE Line Parameter Test Condition Value Unit 10.1 SSB Phase Noise Power Density @ 10 Hz Offset Typical value for a 622.08 MHz VCXO @ 25°C -43 dBc/Hz 10.2 SSB Phase Noise power density @ 100 Hz offset Typical value for a 622.08 MHz VCXO @ 25°C -72 dBc/Hz 10.3 SSB Phase Noise power density @ 1kHz offset Typical value for a 622.08 MHz VCXO @ 25°C -98 dBc/Hz 10.4 SSB Phase Noise power density @ 10 kHz offset Typical value for a 622.08 MHz VCXO @ 25°C -108 dBc/Hz 10.5 SSB Phase Noise power density @ 100 kHz offset Typical value for a 622.08 MHz VCXO @ 25°C -114 dBc/Hz 10.6 SSB Phase Noise power density @ 100 MHz offset Typical value for a 622.08 MHz VCXO @ 25°C -120 dBc/Hz ----- 11.0 PIN CONNECTIONS Line Parameter 11.1 Pin 1 VCO 11.2 Pin 2 E/D* or NC 11.3 Pin 3 GND 11.4 Pin 4 OUTPUT 11.5 Pin 5 COMPLIMENTARY OUTPUT (LVPECL/LVDS only), or E/D*, or NC 11.6 Pin 6 VDD 11.7 * Output Enabled >70% of VDD on E/D pin, or E/D pin left open (connected to internal pull-up resistor) 11.8 * Output Disabled <30% of VDD on E/D pin, or E/D pin to GND ----- 12.0 PACKAGE DETAIL Line Parameter 12.1 Package F 12.2 Top line 12.3 Middle line 12.4 Bottom line [o FYWW] Pin 1, Manufacturing code, Year code* and Week code** 12.5 * Year code A = 2010, B = 2011, C = 2012, D = 2013, ... Z = 2035 12.6 ** Week Code WW = 01 = Week of first Monday of the year ----- Rakon Product Proposal Page 3

13.0 ENVIRONMENTAL SPECIFICATIONS Line Parameter 13.1 Mechanical Shock MIL-STD-883, Method 2002 13.2 Storage Temperature range -55 to 125 °C 13.3 Thermal Shock MIL-STD-883, Method 1011 13.4 Vibration MIL-STD-883, Method 2007 13.5 Gross and Fine Leak MIL-STD-883, Method 1014 13.6 RoHS Compliant Yes ----- 14.0 MANUFACTURING INFORMATION Line Parameter 14.1 Packaging Description Tape and reel. Standard packing quantity is 4000 per reel 14.2 Reflow Solder reflow process as per attached profile Rakon Product Proposal Page 4

Drawing Name: XO/VCXO 5032 6-Pin Model Drawing Rakon Product Proposal Page 5

Drawing Name: XO/VCXO 6 Pin Series Test Circuit Rakon Product Proposal Page 6

Drawing Name: XO/VCXO5032 F Series Tape & Reel Rakon Product Proposal Page 7

Drawing Name: Pb-Free Reflow Rakon Product Proposal Page 8