Wavetek 2510A

The Wavetek 2510A is a synthesized RF signal generator delivering precise, stable signal generation across a wide frequency spectrum for electronic testing, design validation, and laboratory characterization. It combines extensive modulation capabilities with straightforward operation, making it suitable for engineers and system integrators performing demanding measurement and development tasks.

– Technical Specifications

Frequency
• Frequency range: 0.01 Hz to 1100 MHz
• Resolution: 10 Hz
• Stability: ±2 ppm

Output
• Output level range: -136 dBm to +13 dBm
• Output level accuracy: ±1.5 dB
• Output impedance: 50 ohms
• Output level flatness: ±1 dB

DC Offset and Output
• HI output: ±10 V maximum offset (±5 V into 500Ω load)
• LO output: ±1 V maximum offset into 500Ω load

Waveforms
• Available waveforms: Sine, Square, Triangle, Ramp
• Sine wave distortion: <0.5% on X 100, X 1K, X 10K ranges; <1.0% on X 1, X 10, X 100K ranges
• Square wave rise and fall time: 99% to 200 kHz

Modulation
• Modulation types: AM, FM, Pulse, FSK, PM, PSK
• Modulation bandwidth: 200 kHz

– Key Features

• Frequency agility from near-DC to 1.1 GHz enables diverse signal sourcing scenarios
• Dual output levels (HI and LO) with independent DC offset control for flexible circuit testing
• Multiple waveform generation with low distortion supports transient and steady-state analysis
• Modulation depth capability spans AM, FM, phase and frequency keying for communications work
• AutoCal automation enhances measurement repeatability and reduces operator overhead

– Typical Applications

• RF and microwave component characterization
• Communications system design and validation
• EMC/EMI pre-compliance testing
• Receiver sensitivity and selectivity assessment
• Filter and amplifier frequency response analysis

– Compatibility & Integration

The 50-ohm output impedance standard allows direct connection to test fixtures and measurement instruments. Dual-level outputs (HI/LO) and adjustable DC offsets accommodate both high-power and low-level signal chain requirements.