Frequency Triplers

ACST offers a set of frequency doublers and triplers for high power and wide band applications based on our high power Schottky varactor-diodes technology.

Frequency triplers are a fast option to increase the frequency of a source beyond W-band while maintaining the bandwidth required for a wide range of applications.

High Efficiency Triplers

ACST’s high power triplers are specially developed to maximize the conversion efficiency to offer a fast way to efficiently increase the frequency of any E-band or W-band source. Frequency tripler with an outstanding conversion efficiency higher than 22% at 210 GHz and 50 mW output power is the prove of ACST’s commitment to our clients. Power combining technique can increase the offered power in a factor two to four.

High Efficiency

Model NumberDelivery StatusData SheetOutput Frequency Range (GHz)Input / Output PortsInput Power Range (mW)Typ. Conversion Efficiency (%)Max. Output Power (mW)
213A200-235WR-12/WR-4.360-3502090
213AY200-235WR-12/WR-4.3300-120020300
213B230-265WR-10/WR-3.480-4001985
213BY230-260WR-10/WR-3.4300-120020300
213C265-300WR-10/WR-3.480-4001880
213CX265-300WR-10/WR-3.4160-70016120
225D275-295WR-10/WR-3.430-1001720
215A405-470WR-6.5/WR-2.240-1401220
215AX420-465WR-6.5/WR-2.280-3001240
215B475-540WR-5.1/WR-1.940-1601020
215BX475-540WR-5.1/WR-1.980-300835
229A610-695WR-4.3/WR-1.510-8045
229B-690-780WR-3.4/WR-1.210-803.54
229C800-900WR-3.4/WR-1.210-4031.5
231A1230-1410WR-2.2/WR-0.810-301.50.4

Broadband

Model NumberDelivery StatusData SheetOutput Frequency Range (GHz)Input / Output PortsInput Power Range (mW)Typ. Conversion Efficiency (%)Max. Output Power (mW)
217E70-110K-Type/WR-10100-1200690
217EX70-110K-Type/WR-10200-24006160
212A78-115K-Type/WR-1020-2006.515
217F83-125K-Type/WR-8100-1200690
223D140-220WR-15/WR-5.150-250820
223B160-270WR-12/WR-4.350-250715
219E210-330WR-10/WR-3.410-15058
219H250-390WR-8/WR-2.810-15058
221B500-750WR-4.3/WR-1.52-2030.8
221A750-1100WR-2.8/WR-1.02-101.20.1

ACST reserve the right to change the information presented here without notice.