MMD Components, 30400 Esperanza, Rancho Santa Margarita, CA, 92688

Sales@mmdcomp.com

In the event of conflict, the requirements of this specification shall govern.

Revision:

SSIC020509 A

Revisions only with customer approval

1 of 2

Release: AWB

Date:

02/06/09

SSI Series – 5 x 7 Spread Spectrum Clock Oscillator

Wide Frequency Range

Direct Drop-in Replacement

EMI Reduction Oscillator

RoHS Compliant

Tape and Reel Available

ELECTRICAL SPECIFICATION:

Frequency Range

13.000MHZ to 160.000MHZ

Center Spread

±0.125% to ±2.00%

Spread Spectrum Modulation

Down Spread

-0.250% to -4.00%

Temperature Stability (Inclusive of +25ºC ±3º C and Operating

Temperature)

(See Part Number Guide for Options)

Operating Temperature Range

(See Part Number Guide for Options)

Storage Temperature Range

-55°C to +125°C

Supply Voltage (Vdd)

+2.50 VDC ±5%

+3.30 VDC ±5%

13.000MHZ to 49.999MHZ

20 mA max

50.000MHZ to79.999MHZ

20 mA max

25 mA max

80.000MHZ to 99.999MHZ

25 mA max

30 mA max

Supply Current

100.000MHZ to 160.000MHZ

30 mA max

40 mA max

Output Type

CMOS

Symmetry (50% of waveform)

(See Part Number Guide for Options)

13.000MHZ to 49.999MHZ

10.0 nSec

50.000MHZ to79.999MHZ

5.0 nSec

8.0 nSec

80.000MHZ to 99.999MHZ

4.0 nSec

5.0 nSec

Rise/Fall Time (10% to 90% of

Supply Voltage)

100.000MHZ to 160.000MHZ

3.0 nSec

4.0 nSec

Load

15pF 50pF max

Aging

±3.0 ppm first year, ±1.0 ppm each year after

Tri-state Operation

Voh = 70% of Vdd min or No Connection to Enable Output

Vol = 30% max or grounded to Disable Output (High

Impedance)

PART NUMBER GUIDE:

5 X 7 Ceramic SMD

SSI

Frequency

Please Consult with MMD Sales Department for any other Parameters or Options

Operating Temperature

Blank = 0°C to +70°C

27 = -20°C to +70°C

48 = -40°C to +85°C

Symmetry

Blank = 40/60%

A = 45/55%

Packaging

Blank = Bulk

T = Tape and Reel

C = CMOS

Output

C

Supply Voltage

Pin 1 Connection

H = Tri-state

Frequency

Stability

020 = ±20 ppm

025 = ±25 ppm

050 = ±50 ppm

100 = ±100 ppm

H

3 = +3.30 VDC

2 = +2.50 VDC