Phoenix Contact PCB Terminal Block, 2-Contact, 7.5mm Pitch, Wave Soldering, 1-Row, Plug In, Screw Termination

Unmatched performance, versatility, intuitive operation and affordability make the AFG3000 series of function, arbitrary waveform and pulse generators the most useful instruments in the industry. The large screen and intuitive user interface makes the AFG3000 series easy to use and easy to learn. Operation is intuitive as it is for the Tektronix oscilloscopes and reduces design times and time-to-market.

Sine waveforms from 25 MHz to 240 MHz
14-bit arbitrary waveforms, from 250 MS/s to 2 GS/s
5.6-inch colour display for full confidence in settings and waveform representation
Multilingual and intuitive operation saves set-up time
Pulse waveform with variable edge times; AM, FM, PM, FSK, PWM
Sweep and burst
Dual-channel models save on costs and bench space
USB connector on front panel for waveform storage on USB, GPIB and LAN memory devices

Electronic test and design
Sensor simulation
Functional test
Education and training

The Phoenix Contact PCB terminal block is engineered for high performance and reliability in various electronic applications. With a robust design featuring screw connections complemented by a tension sleeve, this component ensures secure electrical connections while facilitating versatile mounting options via wave soldering. The minimal pitch of 7.5 mm allows for efficient use of space on printed circuit boards, accommodating up to two rows with two potentials. Low thermal resistance is achieved through optimal contact force, thereby enhancing operational efficiency. Available in a vibrant green hue, this terminal block not only delivers in functionality but also provides a distinct visual identity, ensuring easy identification in any setting.

Durable construction material ensures longevity in demanding conditions
Supports a wide range of conductor cross sections for versatility
Provides excellent insulation resistance for reliable operation
Includes comprehensive user guidance for safe installation practices