All Solid-State Amplifier Broadband Frequency:5MHz~MHz Power :2W APPLICATION EMC(Electromagnetic Compatibility) Accelerator Application Telecommunication Test and Measurement Application Etc... OUTLINE DRAWING IN MILLIMETERS For Accelerator Bunch-Beam-FeedBack SPECIFICATIONS @+25 Frequency Range Small Gain Gain Flatness Power 5MHz~ 10MHz 10MHz~MHz Harmonics Spurious Impedance Input VSWR VSWR Maximum RF Input Power AC Supply Input Operating Temperature Storage Temperature Connectors Size AMP. Unit P.S. Unit Weight Cooling Protection Circuits : 5MHz ~ MHz : +54.0dB (min.) : ±3.0dB (max.) : 2W (typ.) @Psat. : 1W (min.) @1dB Comp. : 200W (min.) @1dB Comp. : -20.0dBc (max.) @Po=200W : -70.0dBc (max.) @Po=200W : Ω : 2.0 (max.) : 3.0 (typ.) : +3.0dBm : AC190V 230V/1φ, /60Hz, 3kVA max. : 0 to +35 : -15 to +65 : RF IN N FEMALE RF OUT N FEMALE : (W)480mm (D)649.5mm (H)177mm : (W)480mm (D)649.5mm (H)177mm : 70.0kg (max.) : Forced Air Cooling : Over Temperature Protection Power Supply Voltage Protection Over Power Protection Over Reflection Power Protection FRONT VIEW 480 36 SIDE VIEW 649.5 45 A00 177 177 A00 6
Gain (db) 70 65 60 55 45 35 Small Gain VSWR 4.0 3.5 3.0 2.5 2.0 1.5 Input / VSWR Input VSWR VSWR 57 Power 1dB Gain Comp. 0 Harmonics 56-10 Power = 200W Power (dbm) 55 54 53 52 51 Harmonics (dbc) -20-30 - - -60-70 56 Power Linearity 54 FWD LIMIT 52 Power (dbm) 48 46 44 42 38 Frequency 5MHz 10MHz 20MHz MHz 100MHz 200MHz 0MHz 600MHz 800MHz MHz -15-13 -11-9 -7-5 -3-1 1 3 Input Power (dbm)
RF POWER AMPLIFIER ①Single shot ②Single shot Input vs Input Frequency : 20MHz Power : 200W peak ③Single shot Frequency : 20MHz Power : 200W peak ④Single shot Input vs Input Frequency : MHz Power : 200W peak ⑤Single shot 3 Frequency : MHz Power : 200W peak ⑥Single shot 3 Input vs Input Frequency : MHz Power : 200W peak Further, The export of R&K products from Japan may be subject to an export license by the government Frequency : MHz Power : 200W peak
1dB Gain Compression 2dB/div REF : 54dB Marker1 : 5MHz 54.905dB Marker2 : 100MHz 54.652dB Marker3 : 200MHz 54.453dB Marker4 : 0MHz 56.535dB Marker5 : 600MHz 56.268dB Marker6 : 800MHz 55.665dB Marker7 : MHz 55.737dB Group Delay 5ns/div Marker1 : 5MHz 95.745ns Marker2 : 100MHz 18.710ns Marker3 : 200MHz 18.966ns Marker4 : 0MHz 20.737ns Marker5 : 600MHz 19.417ns Marker6 : 800MHz 20.809ns Marker7 : MHz 21.2ns REF : 0ns
Phase Flatness 45 /div REF : 0 Marker1 : 5MHz -158.03 Marker2 : 100MHz -168.86 Marker3 : 200MHz -146.30 Marker4 : 0MHz -127.39 Marker5 : 600MHz -117.99 Marker6 : 800MHz -105.38 Marker7 : MHz -162.48 Phase offset=0 Electrical Delay=0nsec 30 /div REF : 30 Marker1 : 5MHz 57.860 Marker2 : 100MHz 8.9442 Marker3 : 200MHz 29.311 Marker4 : 0MHz 43.827 Marker5 : 600MHz 48.830 Marker6 : 800MHz 57.054 Marker7 : MHz -4.48 Phase offset=-180 Electrical Delay=19.939nsec
Power Stability (Free Running Data at Room Temperature) 2.0 80 Frequency = MHz Power = 200W @CW 1.5 70 1.0 60 Gain(dB) 0.5 0-0.5 30 Temp.( ) -1.0 20-1.5 Gain Temp. 10 0 600 1200 1800 20 3000 3600 4200 4800 50 Time(Sec.) Phase Stability (Free Running Data at Room Temperature) 5 4 3 2 Frequency = MHz Power = 200W @CW 80 70 60 Phase(deg) 1 0-1 -2-3 30 20 Temp.( ) -4 Phase Temp. 10 0 600 1200 1800 20 3000 3600 4200 4800 50 Time(Sec.)