DDS FUNCTION GENERATOR 25MHz

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DDS FUNCTION GENERATOR 25MHz Specification

Type
DDS FUNCTION GENERATOR

Material
Metallic and ABS Body

Size
Standard Laboratory Size

Input Voltage
230 V AC, 50 Hz

Color
Grey/Blue

Dimension (L*W*H)
235 x 225 x 80 mm

Capacity
25 MHz Frequency Range

Noise Level
Low

Display
LCD Digital Display (6 digits)

Duty Cycle Adjustment
20% ~ 80% (for Square Wave)

Attenuation
20 dB and 40 dB

Sync Output
TTL Level

Harmonic Distortion
< -40 dBc (Sine Wave, 1 kHz)

Modulation
AM, FM available

Amplitude
Up to 20 Vpp (Open Circuit)

Operating Temperature
0°C ~ 40°C

Sweep Function
Linear and logarithmic sweep

Waveforms
Sine, Square, Triangle, TTL Output, CMOS Output, Pulse

Weight
Approx. 2 kg

Offset Voltage
±5V (adjustable)

Frequency Range
0.001 Hz to 25 MHz continuous

Output Impedance
50 Ohms

Rise/Fall Time
< 100 ns (Square Wave)

Power Consumption
15VA (typical)

About DDS FUNCTION GENERATOR 25MHz

Seize a spectacular bargain with our DDS FUNCTION GENERATOR 25MHz-your unassailable choice for precision and performance! With a stellar frequency range from 0.001 Hz to 25 MHz, this function generator delivers consistent sine, square, triangle, and pulse waveforms, all displayed on a 6-digit LCD digital interface. Amplitude reaches up to 20 Vpp, accompanied by adjustable offset voltage and selectable 20 dB/40 dB attenuation. Enjoy linear and logarithmic sweeps, AM/FM modulation, and stellar rise/fall times-ideal for laboratories, institutions, and industrial uses. Take advantage of the best advance purchase price now!

Versatile Function Generator for Diverse Applications

The DDS FUNCTION GENERATOR 25MHz is crucial for R&D labs, electronics manufacturing, and academic settings. Its multiple waveform outputs and advanced sweep, modulation, and duty cycle adjustments are perfect for circuit testing, signal simulation, and equipment calibration. Used by engineers, educators, and technicians, its robust build and abundant features ensure reliability for both rigorous research and routine screening alike.

Global Export and Domestic Supply Excellence

Experience premium service with efficient transport services to main export markets across Asia, the Middle East, and Africa. Our stellar supply ability ensures timely deliveries at a competitive rate, catering to large procurement for laboratories and industries. Within the domestic market, we provide robust distribution and dedicated support, making us a preferred choice for DDS FUNCTION GENERATOR 25MHz supply in India and beyond.

FAQ's of DDS FUNCTION GENERATOR 25MHz:

Q: How does the DDS FUNCTION GENERATOR 25MHz benefit laboratory testing and signal simulation?

A: The generator offers precise waveforms and frequency control up to 25 MHz, essential for testing, simulating, and calibrating electronic circuits. Its expanded range and advanced features ensure accurate and reliable performance in laboratory environments.

Q: What types of waveforms and outputs are supported by this function generator?

A: It supports multiple outputs including sine, square, triangle, TTL, CMOS, and pulse waveforms, along with LCD digital display for easy monitoring, making it highly versatile for various testing scenarios.

Q: When should I consider using linear vs logarithmic sweep functions?

A: Use linear sweep for consistent frequency changes over time, ideal for basic circuit analysis. Logarithmic sweep is best for applications requiring rapid frequency shifts or exploring wide frequency spectra, such as filter testing and system response measurement.

Q: Where can I access transport services for export and domestic delivery of this equipment?

A: We provide premium transport services for both global exports-covering Asia, the Middle East, and Africa-and efficient domestic delivery throughout India, ensuring your equipment arrives securely and on schedule.

Q: What is the process for adjusting amplitude and offset voltage on the DDS FUNCTION GENERATOR 25MHz?

A: The amplitude is adjustable up to 20 Vpp, with easy controls for open circuit outputs. Offset voltage can be fine-tuned within 5 V, allowing precise waveform tailoring for various testing requirements.

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