Beckwith Electronics

824 Horan Drive, Fenton, Mo 63026
(636) 343-6463

(636) 343-7026 fax

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Abracon Corporation

Crystal Clock Oscillators, HCMOS/TTL Compatible, 5.0Vdc, J-Leaded, Plastic Molded
Features:

  • Industry standard J-leaded terminals.
  • HCMOS and TTL compatible.
  • Available optional -40°C to 85°C extended temperature.
  • Plastic molded SMD.
  • Tristate Enable / Disable function.
Applications:

  • Wide range of applications in dialing communication equipment.
  • AV / OA equipment, Measuring equipment.
ASM


14.0 x 8.95 x 4.7mm

Standard Specifications - ASM
ParametersSpecifications
Frequency Range (Fo)1.00MHz - 70.000MHz
Operating Temperature (TOPR)0°C to +70°C
Storage Temperature (TSTO)-40°C to +85°C
Frequency Stablilty ()+100ppm max. (See Options)
Supply Voltage (Vdd)5Vdc +10%
Input Current (Idd)25mA max. for F < 30MHz
35mA max. for F > 30MHz
Duty Cycle or Symmetry45 / 55% max. for F < 10MHz
40 / 60% max for F > 10Mhz (See Options)
Rise and Fall Times (TR / TF)8ns max. for F < 40MHz
6ns max. for F > 40MHz
Output Load10TTL max.
50pF max. for F < 50MHz
15pF for F > 50MHz
Output Voltage
(VOH)
(VOL)
 
2.4Vdc min. (TTL)    0.9 * (Vdd) min. (HCMOS)
0.4Vdc max. (TTL)   0.1* Vdd max. (HCMOS)
Start-up Time (TOSC)10ms max.
Output Disable / Enable
(VIH)
(VIL)
 
> 2.0V     "1" or Open: Oscillation;   100 nS max.
< 0.8V     "0": Output disabled in high impedance (Hi Z)
Disable Current (IDIS)28mA max.
Aging @ 25°C+5ppm / Year max.
Note 1: Option -S (Symmetry level measured at 1/2 Vdd for HCMOS, and at 1.4Vdc for TTL.
Note 2: Pin 1 has internal pull-up resistor wich allows Pin 1 to be left floating (enable high).
Connect a By-Pass capacitor 0.01 µF between Vdd and GND.
Reflow profile
Test circuit, waveforms,
Standard Markings
Environmental and Mechanical
Recommended Handling
Application Notes
Tape and Reel (1,000 pcs / reel)

Ordering Options


Note: Left blank if standard - All specifications and markings subject to change without notice.


Dimensions: Inches (mm)

Pin No.Function
1Tristate E/D
2GND / Case
3Output
4Vdd