50MHz-22.6GHz Low Phase Noise & Rapid Frequency Hopping for Critical Communication Systems

Place of Origin：China

Brand Name：SWT

Model Number：SXWT-TFS21-22

Price：Please Contact Customer Service

Product Description

Input frequency (MHz)		10 (Automatically lock to external references when available; use internal references otherwise)
Input power (dBm)		7 ± 3
Enter the reference phase noise		≤ -155dBc/Hz@1kHz
Built-in reference (MHz)		100
Output frequency RF1 (MHz)		50~22600
frequency stability		≤ 2×10-7 (external reference is synchronized with external reference when external reference is used)
frequency accuracy		≤ 2×10-7 (external reference is synchronized with external reference when external reference is used)
Frequency step (mHz)		0.1
Frequency hopping time (μs)		≤ 25 (excluding communication time)
Output power (dBm)		4 ± 5
stray （dBc）		≤ -70/-65 (typical maximum)
harmonic wave （dBc）		≤ -5 ≤ 1/2 and 3/2 harmonics of-20(11.3GHz~22.6GHz)
Output frequency RF2 (MHz)		100
Output power (dBm)		≥ 0
harmonic wave （dBc）		≤ -30
phase noise （ output frequency ）	dBc/Hz@100Hz	@1GHz	≤ -110	@5GHz	≤ -98
	dBc/Hz@1kHz		≤ -130		≤ -117
	dBc/Hz@10kHz		≤ -136		≤ -125
	dBc/Hz@100kHz		≤ -136		≤ -125
	dBc/Hz@1MHz		≤ -136		≤ -125
	dBc/Hz@100Hz	@10GHz	≤ -92	@22.6GHz	≤ -85
	dBc/Hz@1kHz		≤ -110		≤ -104
	dBc/Hz@10kHz		≤ -119		≤ -112
	dBc/Hz@100kHz		≤ -119		≤ -112
	dBc/Hz@1MHz		≤ -119		≤ -112
supply electricity （V/A）		+12V/1A (stabilized)
Interface requirements		RF interface: SMA-KFD / 2.92 (K-type female connector) Control and power interface: J30J-9-ZKP
outline dimension		93×60×16mm
control method		SPI (LVTTL level)
working temperature （℃）		-40~+70
storage temperature （℃）		-55~+85

Connector definition
RF1 out		2.92 (K-type female head) (removable)
RF2 out		SMA-KFD (Removable)
10M in		SMA-KFD (Removable)
Power and Control		J30J-9-ZKP
J30J-9-ZKP interface definition
1	+12V (Power)		4	GND（ the earth ）	7	MISO (SPI Communication Interface)
2	+12V (Power)		5	LD (Lock: High-Level Lock)	8	SPI communication interface
3	GND（ the earth ）		6	MOSI (SPI Communication Interface)	9	LE (SPI Communication Interface)