FEATURES PETERMANN TECHNIK - HIGH RELIABILITY FOR LOW COST Time & Frequency Components - TEMPERATURE STABILITY OF +-1 PPM AVAILABLE - EXCELLENT PHASE NOISE PERFORMANCE - LOW POWER CONSUMPTION - CHEAPEST AVAILABLE LEADED TCXO IN HERMETICALLY SEALED DIP PACKAGE - EXTENDED TEMPERATURE RANGE TO -40/+85°C AVAILABLE M4500 DIP 14 PACKAGE 2.0 ~ 51.84 MHz HCMOS / TTL FREQUENCY RANGE 10.0 ~ 51.84 MHz CLIPPED SINE WAVE +-1 ~ +-5 ppm VS. TEMPERATURE +-0.5 ppm max. / 5VDC +-5% VS. SUPPLY VOLTAGE FREQUENCY STABILITY +-0.2 ppm max. / 10 pF ~ 20 pF VS. LOAD +-1 ppm max. per year VS. AGING OPERATING TEMPERATURE RANGE -0/+50°C ~ -40/+85°C STORAGE TEMPERATURE RANGE -40/+85°C VOLTAGE +5.0 VDC +-5% INPUT 40 mA max. for HCMOS / TTL CURRENT 3 mA max. for CLIPPED SINE WAVE 40/60% for HCMOS / TTL STANDARD SYMMETRY OPTION 45/55% for HCMOS / TTL HCMOS / TTL SIGNALS CLIPPED SINE WAVE RISE AND FALL TIME FOR HCMOS 10 ns max. (10% VDD TO 90% VDD) RISE AND FALL TIME FOR TTL 10 ns max. (0.4 TO 2.4 VOLT) "0" LEVEL 10% VDD max. OUTPUT HCMOS "1" LEVEL 90% VDD min. 0.4 VDC max. "0" LEVEL TTL "1" LEVEL 2.4 VDC min. CLIPPED SINE WAVE 1.0 V peak to peak min. 15 pF HCMOS LOAD TTL 2 TTL 10 kΩ / 10 pF CLIPPED SINE WAVE STANDARD +-3 ppm min. per internal trimmer FREQUENCY ADJUSTMENT OPTION +-5 ppm min. by external control voltage EXTERNAL CONTROL VOLTAGE 2.5 VDC +-2 VDC 10 Hz offset from carrier -80 dBc/Hz 100 Hz offset from carrier -105 dBc/Hz PHASE NOISE (typical) 1 kHz offset from carrier -130 dBc/Hz 10 kHz offset from carrier -145 dBc/Hz -150 dBc/Hz 100 kHz offset from carrier PIN 1 NOT CONNECTED OR CONTROL VOLTAGE PIN 7 CASE GROUND PIN CONNECTION PIN 8 OUTPUT PIN 14 SUPPLY VOLTAGE OTHER PARAMETERS ARE AVAILABLE ON REQUEST / CREATE HERE YOUR SPECIFICATION SERIES PACKAGE PETERMANN-TECHNIK | Amselweg 8 | D-86916 Kaufering Fon: 00 49 (0) 81 91 / 30 53 95 | Fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | [email protected] PETERMANN TECHNIK Time & Frequency Components PART NUMBERING GUIDE EXAMPLE M4500-S-J-10-S-V-27.000MHz SERIES M4500 S = CLIPPED SINE WAVE T = TTL H = HCMOS J = 0/+50°C N = -10/+60°C X = 0/+70°C M = -20/+70°C K = -30/+75°C W = -40/+85°C 10 = +-1.0 ppm 15 = +-1.5 ppm 20 = +-2.0 ppm 25 = +-2.5 ppm 50 = +-5.0 ppm X = OTHER VALUE - PLEASE INDICATE YOUR REQUIRED VALUE BLANK = 40/60% S = 45/55% V = 2.5 +-2.0 VDC for +-5 ppm min. X = OTHER VALUE - PLEASE INDICATE YOUR REQUIRED VALUE FREQUENCY IN MHz OUTPUT SIGNAL TEMPERATURE RANGE STABILITY VS. TEMPERATURE SYMMETRY FOR HCMOS / TTL VCTCXO OPTION FREQUENCY OUTLINE DRAWING M4500 0.9max 4-00.45+0.03 - #1MARK #7 10.7+0.15 15.24+0.15 - #8 5.35+0.15 - 7.62+0.3 - #1 #14 13.08max 6.0+0.5 8.5max - 20.7max PIN #1 #7 #8 #14 Connection N.C. or Control Voltage Case Ground Output VDD Unit:mm PETERMANN-TECHNIK | Amselweg 8 | D-86916 Kaufering Fon: 00 49 (0) 81 91 / 30 53 95 | Fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | [email protected] PETERMANN TECHNIK Time & Frequency Components TEST CIRCUIT FOR HCMOS (HCMOS LOAD) + mA M TEST POINT #14 + + VM - POWER SUPPLY tf VOH #8 90%VDD VCC OUT OSCILLATOR 0,1µF GND #1 - tr CL=15pF 50%VDD #7 10%VDD CONTROL VOLTAGE VOL NOTE: CL includes probe and fixture capacitance Th DUTY=Th/T T TEST CIRCUIT FOR TTL (TTL LOAD) + mA M TEST POINT #14 + + VM - POWER SUPPLY tr tf VOH #8 VDD OUT OSCILLATOR 0,1µF GND #1 - RL=390 2.4V C L=15pF 1N4148 or Equiv 1.4V #7 0.4V CONTROL VOLTAGE VOL NOTE: CL includes probe and fixture capacitance Th DUTY=Th/T T TEST CIRCUIT FOR CLIPPED SINE WAVE + + POWER SUPPLY - mA M CLIPPED SINE WAVE TEST POINT #14 + VM - 0,1µF #8 VDD OUT 10k OSCILLATOR #1 GND #7 CL=10pF 0.0VDC N.C. or Control Voltage NOTE: CL includes probe and fixture capacitance PETERMANN-TECHNIK | Amselweg 8 | D-86916 Kaufering Fon: 00 49 (0) 81 91 / 30 53 95 | Fax: 00 49 (0) 81 91 / 30 53 97 http://www.petermann-technik.de | [email protected] VP-P 1V min