The AWG615 is an Arbitrary Waveform Generator from Tektronix. An arbitrary waveform generator (AWG) is a type of electronic test equipment people use to generate repetitive or single-shot electrical waveforms. Single-shot waveforms require a triggering source, either internal or external, while repetitive waveforms do not. Inject the signal the waveform generator creates into a device for analysis during testing, finding problems with the device, or confirming proper operation.
Additional Features:
Waveform Length – 960 to 32,400,000 points (or 64,800,000 points, option 01) in multiples of four
Sequence Length – 1 to 8,000 steps
Sequence Repeat Counter – 1 to 65,536 or infinite
2.7 GS/s Sample Rate Simulates Real-world Signals Up To 1.35 GHz
2 Markers With 2.1 psRMS (@ 2.7 GS/s, Typical) Jitter Deliver stable Timing to the Device-under-test (DUT)
32.4M (32,400,000) or 64.8M (64,800,000) Point Record Length Provide Longer Data Streams
Analog Bandwidth to 2 GHz (Option 02, Calculated Based on Rise Time) Provides the Highest Signal Fidelity of All High-speed AWGs
Direct External clock input allows Jittered and non-jittered signals for high-speed data stream timing margin test up to 2.7 Gb/s
Synchronous operation mode supports two AWG615 outputs (2: analog, 4: marker) synchronization for high data rate wireless and data communication test and optical write channel strategy signal test
Waveform Quick Editor with 400 fs Edge Timing Resolution Delivers Output Edge Control with Near Real-time Precision
Allows two-signal mix function digitally to support disk drive noise performance test and Pre/De-emphasis serial data communication test
Real-time Sequencing Creates Infinite Waveform Loops, Jumps, Patterns and Conditional Branches
Applications:
Disk Drive Read/Write Design and Test
Communications Design and Test
Arbitrary IF and IQ Base-band Signals
Standard Waveforms for Communications
Pulse Generation
High-speed, Low-jitter Data and Clock Source
Mixed Signal Design and Test
Real-world Simulations
Corruption and Enhancement of Ideal Waveforms
Timing and Amplitude Signal Impairments
Waveforms Imported from MathCad, MATLAB, Excel and Others
The Tektronix AWG615 Arbitrary Waveform Generator delivers world-class signal fidelity at 2.7 GS/s to solve ever-increasing measurement challenges. The new two box synchronous operation function supports 2ch 2.7 GS/s solution.
The AWG615 combines world-class signal fidelity with high-speed mixed signal simulation, a powerful sequencing capability and graphical user interface with flexible waveform editor, to solve the toughest measurement challenges in the disk drive, communications and semiconductor design/test industries.
The built-in signal applications enable you to easily create standard waveforms for disk drive read channels, communications up to 2.7 Gb/s. Also included is AXW100 ArbExpress waveform creation and editing software. This software allows for easy waveform import from oscilloscopes or basic, advanced, and math waveform creation and edit capabilities.
The AWG615 is an Arbitrary Waveform Generator from Tektronix. An arbitrary waveform generator (AWG) is a type of electronic test equipment people use to generate repetitive or single-shot electrical waveforms. Single-shot waveforms require a triggering source, either internal or external, while repetitive waveforms do not. Inject the signal the waveform generator creates into a device for analysis during testing, finding problems with the device, or confirming proper operation.
Additional Features:
- Waveform Length – 960 to 32,400,000 points (or 64,800,000 points, option 01) in multiples of four
- Sequence Length – 1 to 8,000 steps
- Sequence Repeat Counter – 1 to 65,536 or infinite
- 2.7 GS/s Sample Rate Simulates Real-world Signals Up To 1.35 GHz
- 2 Markers With 2.1 psRMS (@ 2.7 GS/s, Typical) Jitter Deliver stable Timing to the Device-under-test (DUT)
- 32.4M (32,400,000) or 64.8M (64,800,000) Point Record Length Provide Longer Data Streams
- Analog Bandwidth to 2 GHz (Option 02, Calculated Based on Rise Time) Provides the Highest Signal Fidelity of All High-speed AWGs
- Direct External clock input allows Jittered and non-jittered signals for high-speed data stream timing margin test up to 2.7 Gb/s
- Synchronous operation mode supports two AWG615 outputs (2: analog, 4: marker) synchronization for high data rate wireless and data communication test and optical write channel strategy signal test
- Waveform Quick Editor with 400 fs Edge Timing Resolution Delivers Output Edge Control with Near Real-time Precision
- Allows two-signal mix function digitally to support disk drive noise performance test and Pre/De-emphasis serial data communication test
- Real-time Sequencing Creates Infinite Waveform Loops, Jumps, Patterns and Conditional Branches
Applications:
- Disk Drive Read/Write Design and Test
- Communications Design and Test
- Arbitrary IF and IQ Base-band Signals
- Standard Waveforms for Communications
- Pulse Generation
- High-speed, Low-jitter Data and Clock Source
- Mixed Signal Design and Test
- Real-world Simulations
- Corruption and Enhancement of Ideal Waveforms
- Timing and Amplitude Signal Impairments
- Waveforms Imported from MathCad, MATLAB, Excel and Others
The Tektronix AWG615 Arbitrary Waveform Generator delivers world-class signal fidelity at 2.7 GS/s to solve ever-increasing measurement challenges. The new two box synchronous operation function supports 2ch 2.7 GS/s solution.
The AWG615 combines world-class signal fidelity with high-speed mixed signal simulation, a powerful sequencing capability and graphical user interface with flexible waveform editor, to solve the toughest measurement challenges in the disk drive, communications and semiconductor design/test industries.
The built-in signal applications enable you to easily create standard waveforms for disk drive read channels, communications up to 2.7 Gb/s. Also included is AXW100 ArbExpress waveform creation and editing software. This software allows for easy waveform import from oscilloscopes or basic, advanced, and math waveform creation and edit capabilities.
