■ 제품필수정보
| 제조사 |
Tektronix |
| 제조사품명 |
AFG31101 |
| 간략설명 |
Tektronix AFG31101 Function Generator & Counter, 100MHz Max, FM Modulation |
■ 제품사양
최대 주파수 Range Sinewave = 100MHz
최대 주파수 Range Triangle/Saw = 1MHz Minimum Frequency Range Triangle/Saw = 1µHz Digital Frequency = Yes Digital Amplitude and Offset = Yes Internal Linear and Log Sweep = Yes Internal and External Amplitude Modulation = Yes FM Modulation = Yes
크기 = 412.8 x 143.3 x 191.8mm Tektronix AFG31101 Function Generator & CounterThe Tektronix AFG31000 series is a single channel 100MHz high-performance AFG is designed with a built-in arbitrary waveform generator. It monitors the real-time waveform and measurement of the waveform. It is the largest touchscreen in the market. It provides advanced waveform generation, programming capabilities, waveform verification and a modern touchscreen interface. The function generator has a 14-bit vertical resolution. The function generator also has built-in function waveforms such as sine, square, ramp and more. It gives output with less distortion. The measurement of waves is done in an accurate format and the frequency deviation is shown precisely as the output function.Features and Benefits??Output amplitude range 1mV P-P to 6V P-P with 50ohm loads ??Sequencing option adds the ability to program long, complex waveform with up to 256 steps ??The 9in screen works as a smartphone and has fast access to frequently used setting ??Built-in ArbBuilder lets you create and edit arbitrary waveform on the instrument, eliminating the need to connect to a PC ??Outputs are protected from overvoltage and current to minimize potential instrument damage ??Basic mode lets you change frequency without the need to worry about waveform length and sample rate ??Dual mode, basic mode and advanced mode ??Works on initial frequency of 100MHzApplications??Advanced research ??Clock and system synchronization ??Real world signal replication ??Component and circuit characterization and validation ??Embedded circuit design and test ??General purpose signal generation
