James O'Brien, Author at AR RF/Microwave Instrumentation - AR Modular RF - Sunar RF Motion - AR Europe

125S1G2z5

The Model 125S1G2z5 is a solid-state, self-contained, air-cooled, broadband amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. Available in a stylish, contemporary cabinet for benchtop use or with the cabinet removed for rack mounting. The Model 125S1G2z5, when used with a sweep generator, will provide 125 W of RF power.… Continue reading 125S1G2z5

250S1G2z5B

The Model 250S1G2z5B is a solid-state, self-contained, air-cooled, broadband amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. Available in a stylish, contemporary cabinet for benchtop use or with the cabinet removed for rack mounting. The Model 250S1G2z5B, when used with a sweep generator, will provide a minimum of 250 W… Continue reading 250S1G2z5B

500S1G2z5A

The Model 500S1G2z5A is a solid-state, self-contained, air-cooled, broadband amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. Available in a stylish, contemporary cabinet for benchtop use or with the cabinet removed for rack mounting. The Model 500S1G2z5A, when used with a sweep generator, will provide a minimum of 500 W… Continue reading 500S1G2z5A

1000S1G2z5B

The Model 1000S1G2z5B is a solid-state, self-contained, air-cooled, broadband amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. The Model 1000S1G2z5B, when used with a sweep generator, will provide a minimum of 1000 W of RF power. Included is a front panel gain control that permits the operator to conveniently set… Continue reading 1000S1G2z5B

750S1G6C

The Model 750S1G6C is a solid-state, Class A design, self-contained, air-cooled, broadband power amplifier designed for applications where instantaneous bandwidth, high gain and linearity are required. It will provide a minimum of 750 W across its operating bandwidth of 1.0 – 4.2 GHz and 500 W from 4.2 – 6.0 GHz. Protection from input overdrive… Continue reading 750S1G6C

125S1G6C

The Model 125S1G6C is a solid-state, Class A design, self-contained, air-cooled, broadband power amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. It will provide a minimum of 125 W across its operating bandwidth of 1.0 – 6.0 GHz. Protection from input overdrive beyond 0 dBm is provided as well as… Continue reading 125S1G6C

500S1G6C

The Model 500S1G6C is a solid-state, Class A design, self-contained, air-cooled, broadband power amplifier designed for applications where instantaneous bandwidth, high gain, and linearity are required. It will provide a minimum of 500 W across its operating bandwidth of 1.0 – 6.0 GHz. Protection from input overdrive beyond 0 dBm is provided and protection from… Continue reading 500S1G6C

9000SP1z2G1z4

The Model 9000SP1z2G1z4 is a self-contained, forced-air-cooled, broadband solid-state microwave amplifier designed for pulse applications at low duty factors where instantaneous bandwidth and high gain are required. The unit provides a conservative 9000 watts minimum peak RF pulse power at the amplifier output connector. Stated power specifications are at the fundamental frequency.

8000SP2z7G3z1

The Model 8000SP2z7G3z1 is a self-contained, forced-air-cooled, broadband solid-state microwave amplifier designed for pulse applications at low duty factors where instantaneous bandwidth and high gain are required. The unit provides a conservative 8000 watts minimum peak RF pulse power at the amplifier output connector. Stated power specifications are at the fundamental frequency.

8000SP0z8G2z5

The Model 8000SP0z8G2z5 is a self-contained, forced-air-cooled, broadband solid-state microwave amplifier designed for pulse applications at low duty factors where instantaneous bandwidth and high gain are required. The unit provides a conservative 8000 watts minimum peak RF pulse power at the amplifier output connector. Stated power specifications are at the fundamental frequency.