OSC-2B0
OSC-2B0 is (OSC-Series) Ultra Miniature TCXO manufactured by Vectron International.
- Part of the OSC-1A0 comparator family.
- Part of the OSC-1A0 comparator family.
Features
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Low Cost 3.0 or 5.0 Vdc Option Reflow Solderable <2.2 mm Height Voltage Tune Option
Applications
Wireless handsets, PCS, GSM, Cellular PCMCIA Applications GPS
Description
Vectron International has introduced a series of low-profile, low cost, surface mount, Temperature pensated Crystal Oscillators (TCXOs) available in frequencies from 10 MHz to 50 MHz. The OSC series low-profile (0.09 inch maximum height), surface mount TCXOs can be mounted using the standard convection reflow process. The units feature a PPM frequency vs. temperature characteristic over a to operating range and operate from a 3.0V or 5V supply. Current drain <2.0 m A. Aging <1ppm/year and phase noise is -125 d Bc/Hz at 100 Hz and -150 dbc/Hz at 100 k Hz. The OSC series of TCXOs and TCVCXOs has been designed for pick-and-place mounting and reflow soldering. Units are available on tape-and-reel at no additional charge. The reel size is 2000 pcs. and is patible with EIAJ-1009B standards. The low-cost, miniature units are ideal for wireless handsets, PCMCIA applications, and GPS receivers.
OSC Series Ultra Miniature TCXO s
Performance Characteristics
Parameter
Option A = +5 Vdc Frequency range: Stability Options: (relative to
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Characteristics
Option B= +3 Vdc 10 MHz to 50 MHz 1 2 3 4 = = = = ppm ppm ppm ppm -20 -30 -30 -40 to to to to
Stability vs. Supply Aging (typical): Input Voltage: Current: Output: Clipped Sinewave Load: Mechanical trim: Trim options: +5.0 Vdc ppm vs B+ of < 1.0 ppm/year at +3.0 Vdc <2.0 m A (16.8 to 20.0 MHz) <4.0 m A (35.1 to 50.0 MHz) +3.0 Vdc = 0.7 VP-P minimum
<1.5 m A (10.0 to 16.8 MHz) <3.0 m A (20.1 to 35.0 MHz) +5.0 Vdc = 1.0 VP-P minimum
10 K /10pf PPM min.
- Need a trim tool
0 = Mechanical trim, no VCO 1= ppm VC & mechanical 2 = Voltage trim only ppm min. 100K +5.0 Vdc +0.5Vdc to +4.5Vdc ppm at +2.5 Vdc <10 m S (typical) to within > 3 d Bc down > 6 d Bc down > 10 d Bc down -80 d Bc/Hz max. at 10 Hz offset -125 d Bc/Hz max. at 100 Hz offset -145 d Bc/Hz max. at...