RF Components - Frequency Control SC3053B 750 MHz SAW Clock - Diff Sine Wave - RFM offers a full set of custom embedded wireless networking solutions like Zigbee wireless mesh sensor networks, RF modules, IC transceiver, IC transmitters and IC receivers. RFM, Inc. manufactures low power wireless and RF radio modules, wireless mesh nodes for distributed sensing on distributed sensor networks. Low Power radio, n../arrowband and short range devices, front end saw filters, active RFID, RFIC, coupled resonator filters, single silicon chips in the 70MHZ and 300-1000Mhz range.

SC3053B

750 MHz Clock - Diff Sine Wave

� Quartz SAW Frequency Stability
� Fundamental Fixed Frequency
� Very Low Jitter and Power Consumption
� Rugged, Miniature, Surface-Mount Case
� Low-Voltage Power Supply (3.3 VDC)

download data sheet Rev Date 07/12/01

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Features
Specs
AppNotes
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This digital clock is designed for use with high-speed timing systems. Fundamental-mode oscillation is made possible by surface-acoustic-wave (SAW) technology. The design results in low jitter, compact size, and low power consumption. Differential outputs provide a sine wave that is capable of driving 50 ? loads.


Electrical Characteristics

Characteristic	Symbol	Minimum	Typical	Maximum	Units
Output Frequency Absolute Frequency	fO	749.812		750.188	MHz
Tolerance from 700.000 MHz	DfO			�250	ppm
Q and Q Output Voltage into 50Ohm (VSWR ? 1.2)	VO	0.60	.85		VP-P
Operating Load VSWR				2:1	VP-P
Symmetry		49		51	%
Harmonic Spurious			-25	-20	dBc
Nonharmonic Spurious				-60	dBc
Q and Q Period Jitter No Noise on VCC			15	30	psP-P
200 mVP-P from 1 MHz to � fO on				35	psP-P
Output (Disabled) Amplitude into 50 Ohm				75	mVP-P
Output DC Resistance (between Q & Q)		50			kOhm
ENABLE (Terminal 14) Input HIGH Voltage	VIH	VCC-0.1	VCC	VCC+0.1	V
Input LOW Voltage	VIL	0		0.20	V
Input HIGH Current	IIH		3	5	mA
Input LOW Current	IIL			-1	mA
Propagation Delay	tPD			1	ms
DC Power Supply Operating Voltage	VCC	+3.13	+3.30	+3.47	VDC
Operating Current	ICC		20	40	mA
Operating Ambient Temperature	TA	0		+70	�C