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ELECTRONIC WARFARE COMMUNICATIONS TEST & MEASUREMENT RADAR SATCOM

Cutting edge, compact, ultra broadband, solid state power amplifiers from Empower are playing a major role in Electronic Warfare applications.

Empower’s remarkable hardware and software architecture is advanced beyond any other amplifier supplier and offers break through capabilities not seen before in EW systems. Among these capabilities are Multi-domain operations where a single unit is capable of operating in Multi-Domain scenarios as a jamming, communications and radar transmitter at optimal performance with any type of modulation.

Features and Benefits

• Built in EW modulation modes
• Frequency hopping
• QAM-xx, OFDM
• Multi-carrier
• Pulse, AM, FM, PSK
• Barrage
• Broadband noise
• Upgradable to future modulation standards
• User defined pre-set jamming modes
• Unprecedented size, weight and power reduction (SWaP), superior to anything in the market at similar frequencies and power levels
• Inherently rugged design with a patented architecture that includes an internal “connector-less” RF path (an industry first)
• SW Architecture for command, control, and remote diagnostics
• Automatic Level Control (ALC) and Automatic Gain Control (AGC) available for simplifying system integration and reducing overall cost
• Environmental (MIL-STD-810) and EMI (MIL-STD-461) Compliant
• VH F/UHF/L/S/C Band Tactical Command, Control and Communications
• Electronic Countermeasures ECM and ECCM Capability for denial and disruption of information
• Smallest and Lightest Transmitter
• Electronic VSWR and Graceful power Degradation
• Monitoring and Control via Web Browser through TCP/IP and/or front panel touchscreen display

Ruggedness

Higher breakdown voltages with GaN devices allow the amplifier to withstand high peak voltage waveforms and modulations such as Gaussian noise.

Reliable operation when subjected to high voltage standing wave ratio (VSWR) from the antenna which is a likely occurrence on a vehicle during combat.

GaN devices also come in smaller packages with higher power densities which enable the amplifiers to achieve smaller footprints of overall size and weight

All hardware is subject to over-temperature, EMI and EMC, shock and vibration and all other environmental testing required.

Modules 28VDC

Picture	SKU	Data Sheet	Start (MHz)	Stop (MHz)	Pout (Watt)	Gain (dB)	Modulation Type	Size (Inch)	Quote
	1163		20	520	125	54	CW/FM/AM	7.0 x4.0 x1.2
	1208		500	2700	100	50	CW/FM/AM	8.2x3.6x1.06
	1164		800	3000	50	50	CW/FM/AM	6.4x3.4x1.0
	1212		2000	6000	50	61	CW/FM/AM	7.0 x 4.0 x 1.1
	1191		2500	6000	100	60	CW/FM/AM	8.0x6.5x1.0

Modules 48VDC

Picture	SKU	Data Sheet	Start (MHz)	Stop (MHz)	Pout (Watt)	Gain (dB)	Modulation Type	Size (Inch)	Quote
	1213		1	30	50	53	CW/FM/AM	7.0 x 4.0 x 1.12
	1193		20	1000	100	53	CW/FM/AM	7.0x4.0x1.2
	1211		500	2500	100	57	CW/FM/AM/Pulse	7.0 x 4.0 x 1.1
	1199		1000	3000	100	61	CW/FM/AM	7.0x4.0x1.1
	1219		500	6000	25	62	CW/FM/AM/Pulse	7.0x4.0x1.1
	1212		2000	6000	50	61	CW/FM/AM	7.0 x 4.0 x 1.1
	1222		9000	10000	250	60	Pulse	7.0 x 4.0 x 1.0

Air Cooled Systems

Picture	SKU	Data Sheet	Start (MHz)	Stop (MHz)	Pout (Watt)	Gain (dB)	Modulation Type	Size (Inch)	Quote
	2203		1	30	1000	60	CW/FM/AM	R5U
	2210		150	450	12000	73	Pulse	R19U
	2162		20	1000	1000	63	CW/FM/AM	R5U
	2199		500	2500	200	60	CW/FM/AM/Pulse	R5U
	2202		500	2500	1000	63	CW/FM/AM/Pulse	R8U
	2180		1000	2500	2000	64	CW/FM/AM	R5U+R3U
	2170		1000	3000	1000	63	CW/FM/AM	R5U
	2211		2700	3200	1200	62	Pulse	R3U
	2239		2900	3500	1000	65	Pulse, CW	R3U
	2214		2900	3500	8000	70	Pulse	R19U
	2240		5200	5900	800	65	Pulse, CW	R3U
	2217		5200	5900	8000	70	Pulse	R18U
	2223		500	6000	150	53	CW/FM/AM/Pulse	R5U
	2215		1900	6000	200	53	CW/FM/AM/Pulse	R5U
	2221		9000	10000	8000	70	Pulse	R20U

Liquid Cooled Systems

Picture	SKU	Data Sheet	Start (MHz)	Stop (MHz)	Pout (Watt)	Gain (dB)	Modulation Type	Size (Inch)	Quote
	2237		1000	2000	40000	81	Pulse	40U
	2236		2800	3500	120000	72	Pulse	80 U
	2238		2000	4000	12000	76	Pulse, CW	40U
	2225		5200	5900	90000	80	Pulse	R38U