1 x 16 Way Rackmount GPS Power Splitter (Divider)

Name: 1 x 16 Way Rackmount GPS Power Splitter (Divider)
Brand: Haiyan Gelvo Telecom Equipment Co., Ltd.
Rating: 4.6 (29 reviews)

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Model No. :	RGT116
Brand Name :	GELVO TELECOM

9yrs

Haiyan, Zhejiang, China

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Product description

1 × 16 Way Rackmount GPS Power Splitter (Divider) (Gain can be specified) Description The RGT116 GPS Splitter is a one-input, sixteen-output GPS device. This product typically finds application where an input from an active GPS roof antenna is split evenly between sixteen receiving GPS units. In this scenario, the RGT116 can be configured to pass DC from an RF output (J1) to the antenna input port in order to power an active GPS antenna on that port. Output ports(J2-J16) would feature a 200 Ohm DC load to simulate an antenna DC current draw for any receiver connected to those ports. Specifications Electrical Specifications, Operating Temperature -40 ~ 85°c

Parameter		Conditions	Min	Typ	Max	Units
Freq. Range		Ant - Any Port	1.1		1.7	GHz
In & Out Imped.		In, all output ports		50		Ω
Gain	0dB	In-Output ports, Unused Ports - 50Ω	-1	0	1	dB
Gain	10dB	In-Output ports, Unused Ports - 50Ω	9	10	11	dB
Input SWR		All Ports - 50Ω			2.0:1	-
Output SWR		All Ports - 50Ω			2.0:1	-
Noise Figure (Amplified)		Ant-Any Port, Unused Ports-50Ω			3	dB
Gain Flatness (Amplified)		\|L1-L2\|, Ant-Any Port, Unused Ports - 50Ω			3	dB
Amp. Balance		\|J1-J2\|, Ant-Any Port, Unused Ports - 50Ω			0.5	dB
Phase Balance		Phase(J1-J2), Ant-Any Port, Unused Ports - 50Ω			1.0	deg
Group Delay Flatness					1	ns
Isolation	Amplified	Adjacent Ports: In - 50Ω	28			dB
	Amplified	Opposite Ports: In - 50Ω	34
	Gain:10dB	Adjacent Ports: In - 50Ω	28
	Gain:10dB	Opposite Ports: In - 50Ω	34
AC IN		Wall Mount transformer		230		VAC
DC IN		DC Block, All ports with a 200Ω Load			14	VDC
		PASS DC, Amplified	3		16
		PASS DC, Passive			16
		Powered, (9V)	5	9	16
		Powered, (-48V)	-60	-48	-40	(Option)
Device Current					80	mA
Current		Pass DC, No Powered configuration, DC input on J1			250	mA
Current		Powered, to be specified				mA
Max RF Input (Amplified)		Max RF input without damage			0	dBm