Used in Dublin, Ireland

Gigatronics GT9000S/0.01 TO 20

• Manufacturer: Gigatronics

Details The Gigatronics GT9000S/0.01-20 is a Synthesised Microwave Sweeper offering a frequency range from 10MHz to 20GHz. This high-performance signal source delivers precise and stable output, making it ideal f...

Gigatronics 2540B

• Manufacturer: Gigatronics

Details The Gigatronics 2540B Microwave Signal Generator offers frequency coverage from 2GHz to 40GHz with precise signal synthesis, low phase noise, and high output power. It supports AM, FM, and pulse modulatio...

Fluke 6061A

• Manufacturer: Fluke

Details The Fluke 6061A 1 GHz Synthesized RF Signal Generator delivers precision frequency generation from 0.01 MHz to 1050 MHz in three selectable bands, with 10 Hz resolution and superior output level stability...

Fluke 6082A

• Manufacturer: Fluke
• Model: 6082A

Details The Fluke 6082A 2.1 GHz Signal Generator delivers stable, low-phase-noise continuous-wave signals from 100 kHz to 2.1 GHz. Featuring high output power up to +13 dBm, 1 Hz frequency resolution, rapid frequ...

Anritsu MG3710E

• Manufacturer: Anritsu
• Model: MG3710E

Details The Anritsu MG3710E is a high-performance Vector Signal Generator covering a frequency range from 1000kHz to 2.7GHz. It supports multiple modulation types and dual RF outputs, ideal for advanced wireless ...

Farnell SSG1000

Details The Farnell SSG1000 1 GHz Signal Generator delivers stable RF output from DC to 1 GHz, featuring high spectral purity, precise frequency and amplitude control via its intuitive front-panel interface, and ...

Anritsu MG3641A

• Manufacturer: Anritsu
• Model: MG3641A

Details The Anritsu MG3641A is a high-performance signal generator covering frequencies from 12KHz to 1040MHz. It provides high spectral purity and precise level control, making it ideal for RF testing environmen...

Anritsu MG3642A

• Manufacturer: Anritsu
• Model: MG3642A

Details The Anritsu MG3642A Signal Generator operates across a wide frequency range from 125KHz to 2GHz, offering high spectral purity, low phase noise, and a wide output level range for diverse RF testing enviro...

Anritsu MG3692A

• Manufacturer: Anritsu
• Model: MG3692A

Details The Anritsu MG3692A Synthesised CW Generator offers a frequency range from 2GHz to 20GHz, with 0.01Hz frequency resolution and 0.01 dB output power resolution. It includes options for LF coverage, low pha...

Analog Devices HMC-T2240

Details The Analog Devices HMC-T2240 Synthesized Signal Generator operates over a broad frequency range from 10 MHz to 40 GHz, featuring advanced phase noise performance, fast switching speed, and USB control. It...

Analog Devices HMC-T2220B

Details The Analog Devices HMC-T2220B is a compact, portable synthesized signal generator that operates up to 20GHz with high signal purity and stable output. It features a USB interface for direct PC control, de...

Analog Devices HMC-T2220

Details The Analog Devices HMC-T2220 is a compact, synthesized signal generator offering a frequency range from 10MHz to 20GHz with fine 1Hz resolution. It delivers high output power with +26dBm at 1GHz and +21dB...

Lecroy T3DSO3504

• Manufacturer: Lecroy
• Model: T3DSO3504
• Scope bandwidth: 3,000 MHz
• Channels number: 2 сhannels

Details The LeCroy T3DSO3504 is a high-performance 4-channel 500MHz digitising oscilloscope designed for precise waveform capture and advanced signal analysis. It offers a high sampling rate, deep memory, and a w...

Lecroy T3DSO31004

• Manufacturer: Lecroy
• Model: T3DSO31004
• Scope bandwidth: 3,000 MHz
• Channels number: 2 сhannels

Details The LeCroy T3DSO31004 4 Channel 1GHz Digitising Oscilloscope offers four independent channels with a 1GHz bandwidth, enabling precise and high-speed signal acquisition. It features advanced triggering, de...

Lecroy PP062

• Manufacturer: Lecroy
• Model: PP062

Details The LeCroy PP062 Passive Oscilloscope Probe is engineered for accurate signal capture with passive circuitry, ensuring minimal loading on the measured circuit. It provides high input impedance, wide bandw...