200W Ku Band Block Upconverter

ZD-KU-SBU-200W

ZD-KU-SBU-200W is a Ku-band antenna mounted amplifier with integrated upconverter. It has a powerful output power, with a traveling wave tube power of 200 watts and an amplifier flange rated power of at least 175 watts. The operating frequency range is 14 - 14.5GHz output and 950 - 1700MHz input. It has rich interfaces and a variety of optional configurations and supports remote control. It can adapt to the working environment of -40℃ to +50℃ and dissipates heat through forced air cooling. The highly integrated design reduces the need for external equipment and effectively reduces the installation cost. It is suitable for a variety of satellite communication scenarios and provides stable guarantee for signal transmission.

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Are you struggling in the field of satellite communications and always worrying about signal transmission problems? ZD-KU-SBU-200W Ku-band Antenna Mount Amplifier from ZD Tech is your savior!

It has strong power, with a traveling wave tube power of up to 200W and an amplifier flange rated power of at least 175W, ensuring a stable and powerful signal, and long-distance transmission is no problem. The working frequency band is accurately adapted, with an output of 14 - 14.5GHz and an input of 950 - 1700MHz, meeting various communication needs.

The design of the integrated block upconverter is unique, directly eliminating the need for a separate outdoor unit, greatly reducing the installation cost, and simplifying the installation process to the extreme. The device is highly integrated internally, with RF filters, cooling systems, and monitoring and control systems all available. The compact body does not take up space and can also reduce signal transmission losses.

It has excellent environmental adaptability, and can easily cope with environments from -40℃ to +50℃ (2℃/1000 feet derating. It is not afraid of high humidity and high altitude, and can work stably at an altitude of 10,000 feet, and there is no problem in 100% condensing humidity environment. It uses forced air cooling, efficient heat dissipation, and always maintains the best performance state.

Rich interfaces and optional configurations are another highlight. Support (remote control), through the remote external controller, it can be easily operated at the selected location; there is also an Ethernet interface, with M&C cable and software driver, the operation and setting can be completed with a PC. Single-threaded, redundant, phase combination and other configurations can be switched at will to meet diverse needs. Don't hesitate, choose it!

Specifications	Parameters	Value
Frequency Range	Output	14 ~14.5GHz 13.75~14.5GHz
	Input	950~1450MHz 950~1700MHz
	Lo Frequency	13050MHz 12800MHz
	Input Level,w/o damage(maximum)	10dBm
	Reference Signal Frequency	External 10 MHz
	10MHz Power Level	2dBm±5dB
	Reference Input Impedance	50Ohms
Output Power	Traveling Wave Tube	200 Watts
Output Power	Rated Power @ Amplifier Flange (minimum)	175 Watts
Gain	Large Signal (minimum)	67dB
	Small Signal (minimum)	72dB
	Attenuator Range (continuous)	25dB
Maximum SSG Variation Over	Any Narrow Brand	1.3dB per 80MHz
	Full Band	±2dB
	Slope (maximum)	±0.04dB/MHz
	Stability,24 hr. (maximum)	±0.25dB
	Stability,Temperature (maximum)	±1.0dB over temperature rang at any frequency
	HARMONIC OUTPUT (maximum)	-60dBc
	AM/PM CONVERSION (maximum)	2.5deg/dB at 6dB below rate output power
	INTERMODULATION (maxim) With two equal carriers	-18dBc @4dB total output power backoff from rated power
Noise Power(Maximum)	Transmit Band	-70dBW/4kHz
Noise Power(Maximum)	Receiver Band	-150dBw/4kHz 10.95 to 12.75GHz
Group Delay(Maximum)	Bandwidth	Any 80MHz
	Linear	±0.01 nS/MHz
	Parabolic	± 0.005 nS/MH2
	Ripple	0.5nS/Pk-Pk
	RESISUAL AM NOISE (maximum)	-60dBc > 100kHz from carrier AC fundamental -50dBc Sum of all Spurs -45dBc
	PHASE NOISE (maximum)	10dB below IESS phase noise profile AC fundamental -50dBc Sum of all Spurs -47dBc
VSWR	Input (maximum)	1.6:1
	Output (maximum)	2.2:1 Note:1.3:1 output VSWR available with optional external isolator
	PRIME POWER	90 to 264VAC 47 to 63Hz,Signal Phase 850VA (maximum) 0.96 Minimun Prime Power Factor
Environment	NONOPERATING TEMPERATURE RANGE	-50℃~+70℃
	OPERATING TEMPERATURE RANGE	-40℃~+50℃(2℃/1000 Feet Derating)
	Humidity	Up to 100℃ Condensing
	Altitude	10,000 Feet MSL (maximum)
	Shock and Vibration	Normal Transporation
	Cooling	Forced Air
Interface	Remote Control	HV ON/OFF RF Inhibit(HV OFF) RF Attenuation (w/preamp) Fault Constant Power Heater Standby Min/Max Power Alarm/Fault
	REMOTE STATUS	HV ON Heater/Beam Hours RF Output Power Fault Identification Reflected Power TWT Temperature Attenuator Setting Helix Current Filament Time Delay Helix Current Filament Time Delay Helix Voltage
	REDUNDANCY INTERFACE	External Waveguide Switch Control
	FROM C DRY CONTACT CLOSURE	Summary Fault
	RF MONITOR PORT	-40dB Coupling Value(approx.)
	OPTIONS	Remote External Controller M&C Cable and Software Driver Input Diplexer (combining IF & 10 MHz reference) Reverse RF Inhibit Internal 10 MHz 60℃ Operation Internal Linearizer Ethernet Connector Extended Frequency Coverage

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