75 south street, hopkinton, ma 01748 ? 800-982-5737 ? 508 -497-6377 ? fax 508-435-5289 ? www.valpeyfisher.com ? reva_10 07 1 m2000 series h2000 series vcxo 5.0v full/half size , thru-hole , hcmos/ttl parameter symbol condition min typ max unit note frequency range f 1 175 mhz frequency stability ? f/f operating temperature at 25c 20 25 50 ppm aging first year after first year 3 1 ppm ppm/yr operating temperature t 0 +70 c supply voltage vcc 4.5 5.0 5.5 v supply current icc 30 45 ma output levels ?0? level, sinking 16ma ?1? level, sourcing 10ma v dd -0.4 0.4 v rise & fall times from 0.4 to (v dd -.4) v (above 35 mhz) 2.5 4 2 ns input impedance control voltage 15 1000 kohm start-up time ts 5 ms symmetry @ v dd /2 45/55 % control voltage bandwidth 15 150 khz features ? frequency from 1 mhz to 175 mhz ? start-up time is less than 5ms applications ? xdsl customer premise equipment ? cable modems ? atm/sonet/sdh electrical specifications rohs status
75 south street, hopkinton, ma 01748 ? 800-982-5737 ? 508 -497-6377 ? fax 508-435-5289 ? www.valpeyfisher.com ? reva_10 07 2 m2000 series h2000 series vcxo 5.0v full/half size , thru-hole , hcmos/ttl parameter specification shock 1000 gs, 0.35 ms, 1/2 sine wave, 3 shocks in each plane vibration 10-2000 hz of .06" d.a. or 20 gs, whichever is less humidity resistant to 85 r.h. at 85c gross leak each unit checked in 125c fluorocarbon fine leak mass spectrometer leak rate less than 2 x 10 - 8 atm, cc/sec of helium pins kovar, nickel plated with 60/40 solder coat bend test will withstand two bends of 90 from reference header steel, with nickel plate case stainless steel, type 304 marking printing is black epoxy ink or laser marked resistance to solvents mil std 202, method 215 descriptions m2001, ? h2001 ? 175 ppm, min. deviation when using 0.3 to 10v control-voltage m2002, ? h2002 ? 75 ppm, min. deviation when using 0.3 to 4.0v control-voltage m2003, h2003 175 ppm to 300 ppm deviation when using 0.3 to 10v control-voltage m2004, ? h2004 ? 125 ppm min. deviation when using 0.3 to 4.0v control-voltage m2005, ? h2005 ? 75 ppm to 300 ppm deviation when using 1.0 to 4.0v control-voltage, for use where the control voltage is 1 volt off both rails m2006, ? h2006 ? 150 ppm, min. deviation when using 0 to 5.0v rail-to-rail control-voltage m2007, ? h2007 ? 125 ppm to 250 ppm deviation when using 0.5 to 4.5v control-voltage m2021, ? h2021 ? 75 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 50 ppm stability ? m2022, ? h2022 ? 100 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 50 ppm stability ? m2023, ? h2023 ? 150 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 50 ppm stability ? m2031, ? h2031 ? 75 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 25 ppm stability ? m2032, ? h2032 ? 100 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 25 ppm stability ? m2033, ? h2033 ? 150 ppm capture when using using 0.5 to 4.5v control-voltage and 2.5v center with 25 ppm stability ? environmental and mechanical conditions center frequency is between two voltages center frequency is at 2. 5v with 50 ppm stability center frequency is at 2. 5v with 25 ppm stability
75 south street, hopkinton, ma 01748 ? 800-982-5737 ? 508 -497-6377 ? fax 508-435-5289 ? www.valpeyfisher.com ? reva_10 07 3 m2000 series h2000 series vcxo 5.0v full/half size , thru-hole , hcmos/ttl full size (m) half size (h) pin 1 pin 1 control voltage pin 7 pin 4 ground & case pin 8 pin 5 output pin 14 pin 8 +5.0v, v dd how to order m - 2 0 0 1 - freq. g ?m? is full size dil ?2001? is leave blank ?h? is half size dil model type for straight leads add ?g? for gullwig
75 south street, hopkinton, ma 01748 ? 800-982-5737 ? 508 -497-6377 ? fax 508-435-5289 ? www.valpeyfisher.com ? reva_10 07 4 m2000 series h2000 series vcxo 5.0v full/half size , thru-hole , hcmos/ttl frequency deviation, ppm frequency deviation, ppm frequency deviation, ppm frequency deviation, ppm control voltage, v c control voltage, v c control voltage, v c control voltage, v c frequency ? vs. ? control ? voltage ? for ? typical ? devices fig. 2 m2001-40m fig. 6 m2023-19.44 fig. 3 m2002-12.352 fig. 4 m2007-16.777216m
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