Show Surface Mount Products Only

RF / Microwave Doublers

Typical Performance @ +25°C

Model No.	Input [GHz]	Output [GHz]	Conversion Loss [dB]	Suppressions F	Suppressions 3F	Surface Mount Option
D-0001	0.5 to 1	1 to 2	9.5	20	35	Y
D-0102	1 to 2	2 to 4	9.5	20	30	Y
D-0250	1 to 25	2 to 50	12	15	-	N
D-0265	1 to 32.5	2 to 65	13	15	-	N
D-1505	1.5 to 5	3 to 10	10	25	30	Y
D-0365	1.5 to 32.5	3 to 65	12.5	15	-	N
D-0204	2 to 4	4 to 8	10	20	30	Y
D-0210	2 to 10	4 to 20	10	20	30	Y
D-0308	3 to 8	6 to 16	9	25	30	Y
D-0312	3 to 12	6 to 24	9.5	20	30	Y
D-0840	4 to 20	8 to 40	10	15	25	N
D-0510	5 to 10	10 to 20	9.5	20	25	Y
D-0515	5 to 15	10 to 30	10	20	30	N
D-0612	6 to 12	12 to 24	9.5	20	25	Y
D-1550	7.5 to 25	15 to 50	12	20	20	N

Key Features of RF and Microwave Doublers All doublers made using Silicon schottky diodes, ideal for low phase noise applications Octave and multi-octave input frequency range Outstanding conversion efficiency Good fundamental suppression and odd harmonic suppression Marki band pass filters recommended for improved fundamental suppression Surface mount packages available for most models

RF / Microwave Amplified Doublers

Typical Performance @ +25°C

Model No.	Input [GHz]	Output [GHz]	Input Level [dBm]	Input Level [dBm]	Output Level [dBm]	Suppressions F	Suppressions 3F	Bias [V/mA]
DA-0210	2 to 10	4 to 20	+12	+16	18	25	30	5V@80mA
ADA-0306	3 to 6	6 to 12	+5	+8	+13	15	15	5V@100mA
ADA-0307	3 to 7	6 to 14	+5	+8	14	20	20	5V@100mA
DA-0408	4 to 8	8 to 16	+12	+16	20	30	30	5V@80mA
ADA-0410	4 to 10	8 to 20	+5	+8	14	20	20	5V@100mA
ADA-0512	5 to 12	10 to 24	+6	+8	14	20	25	5V@120mA
AD-1020	10 to 20	20 to 40	+5	+10	7	13	15	5V@100mA
ADA-1020	10 to 20	20 to 40	+5	+10	19	25	25	5V@500mA
ADA-2050	10 to 25	20 to 50	+8	+12	20	25	25	5V@500mA

Key Features of RF and Microwave Amplified Doublers Integrated amplifier with Silicon schottky diodes, ideal for low phase noise applications Various amplifier configurations available including: amplifier-doubler, doubler-amplifier, and amplifier-doubler-amplifier Octave and multi-octave input frequency range to 50 GHz Outstanding conversion efficiency Good fundamental suppression and odd harmonic suppression Marki band pass filters recommended for improved fundamental suppression Variety of packaging options available

RF / Microwave Amplified Triplers

Typical Performance @ +25°C

Model No.	Input [GHz]	Output [GHz]	Input Level [dBm]	Input Level [dBm]	Output Level [dBm]	Suppressions F	Suppressions 2F	Bias [V/mA]
ATA-1424	1.4 to 2.4	4.2 to 7.2	+4	+6	11	20	15	5V@110mA
ATA-2634	2.6 to 3.4	7.8 to 10.2	+10	+13	16	22	15	5V@140mA

Key Features of RF and Microwave Amplified Triplers Integrated input amplifier followed by Silicon schottky diodes followed by an output gain stage Ideal for low phase noise applications Outstanding conversion efficiency Good fundamental suppression and even harmonic suppression Marki band pass filters recommended for improved fundamental suppression Variety of packaging options available

RF / Microwave Amplified Quadruplers

Typical Performance @ +25°C

Model No.	Input [GHz]	Output [GHz]	Input Level [dBm]	Input Level [dBm]	Output Level [dBm]	Suppressions F	Suppressions 2F	Suppressions 3F	Bias [V/mA]
AQA-1933	1.9 to 3.3	7.6 to 13.2	+2	+5	12	20	10	10	5V@150mA
DAD-0225	2 to 2.5	8 to 10	+14	+18	4	15	25	15	5V@35mA
DAD-0405	4 to 5	16 to 20	+14	+18	3	32	27	25	5V@35mA
AQA-2032	5 to 8	20 to 32	+5	+8	10	35	15	20	5V@160mA
AQA-2040	5 to 10	20 to 40	+5	+8	19	38	15	25	5V@400mA
AQA-2050	5 to 12.5	20 to 50	+5	+8	18	37	15	25	5V@400mA

Key Features of RF and Microwave Amplified Quadruplers Integrated amplifiers with Silicon schottky diodes Ideal for low phase noise applications Multiple amplifier/quadrupler combinations available Outstanding conversion efficiency Good fundamental, 2nd and odd harmonic suppression Marki band pass filters recommended for improved fundamental suppression