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Rigol DHO924 Heat Rate Monitor Counter 250MHz with 4 Channels
Oscilloscopes & Frequency Generators

Rigol DHO924 Heat Rate Monitor Counter 250MHz with 4 Channels

The Rigol DHO924 is a benchtop oscilloscope that offers advanced signal monitoring and analysis capabilities. With 4 analog channels, it allows you to capture and analyze multiple signals...

The Rigol DHO924 is a benchtop oscilloscope that offers advanced signal monitoring and analysis capabilities. With 4 analog channels, it allows you to capture and analyze multiple signals simultaneously, providing you with greater flexibility during your experiments or work.

The wider bandwidth of 250MHz ensures accurate and reliable measurements, meeting...

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829 56 €
Delivery by Mon, 10 Aug
14,00 €   shipping cost
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Description

Description

The Rigol DHO924 is a benchtop oscilloscope that offers advanced signal monitoring and analysis capabilities. With 4 analog channels, it allows you to capture and analyze multiple signals simultaneously, providing you with greater flexibility during your experiments or work.

The wider bandwidth of 250MHz ensures accurate and reliable measurements, meeting your needs for more complex applications. It is ideal for electronic laboratories, educational settings, or professional use.

  • Benchtop design for ease in the lab
  • Four analog channels for versatile analysis
  • 250MHz bandwidth for reliable measurements

Manufacturer

Manufacturer Details

Warnings & Safety Information
See full description

Specifications

Specifications

Dimensions

Type
Counter
Bandwidth
250 MHz
Channels
4
Weight
-
Height
-
Length
-
Width
-

Signal Modulation

AM
No

AM

Information is transmitted by varying the amplitude (intensity) of the carrier signal while the frequency remains constant. It is used in RF applications and communications testing.
FM
No

FM

The information is transmitted through changes in the frequency of the carrier signal. It offers greater noise resistance compared to AM.
PM
No

PM

The information is transmitted through changes in the phase of the carrier signal. It is used in telecommunications and digital transmission systems.
PWM
No

PWM

Information is encoded by changing the duration (duty cycle) of the pulses while the amplitude remains constant. Common in power electronics and motor control.
FSK
No

FSK

Digital modulation where different frequencies correspond to different digital values (e.g., 0 and 1). It is used in modems and wireless communications.
ASK
No

ASK

Digital modulation where the information is represented by changes in the signal amplitude. It is used in simple data transmission systems.
PSK
No

Waveform Types

Sin
No

Sin

(Sinusoidal) Produces a smooth periodic waveform with continuous amplitude variation. Used in tests of electronic circuits, audio, and telecommunications.
Square
No

Square

Generates a signal that alternates between two voltage levels with abrupt transitions. Suitable for digital circuits and timing tests.
Ramp
No

Ramp

Produces a signal with a linear increase or decrease in voltage over time before the cycle repeats. Used in scanning, timing, and control systems.
Pulse
No

Pulse

Generates short pulses with adjustable amplitude and duration. Useful for testing digital circuits and analyzing system response.
Arbitrary
No

Arbitrary

Allows the creation or loading of custom waveforms beyond the predefined signal shapes. Suitable for specialized measurements and simulations.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

See all specifications

Description & Specifications

The Rigol DHO924 is a benchtop oscilloscope that offers advanced signal monitoring and analysis capabilities. With 4 analog channels, it allows you to capture and analyze multiple signals simultaneously, providing you with greater flexibility during your experiments or work.

The wider bandwidth of 250MHz ensures accurate and reliable measurements, meeting your needs for more complex applications. It is ideal for electronic laboratories, educational settings, or professional use.

  • Benchtop design for ease in the lab
  • Four analog channels for versatile analysis
  • 250MHz bandwidth for reliable measurements

Manufacturer

Manufacturer Details

Warnings & Safety Information

Dimensions

Type
Counter
Bandwidth
250 MHz
Channels
4
Weight
-
Height
-
Length
-
Width
-

Signal Modulation

AM
No

AM

Information is transmitted by varying the amplitude (intensity) of the carrier signal while the frequency remains constant. It is used in RF applications and communications testing.
FM
No

FM

The information is transmitted through changes in the frequency of the carrier signal. It offers greater noise resistance compared to AM.
PM
No

PM

The information is transmitted through changes in the phase of the carrier signal. It is used in telecommunications and digital transmission systems.
PWM
No

PWM

Information is encoded by changing the duration (duty cycle) of the pulses while the amplitude remains constant. Common in power electronics and motor control.
FSK
No

FSK

Digital modulation where different frequencies correspond to different digital values (e.g., 0 and 1). It is used in modems and wireless communications.
ASK
No

ASK

Digital modulation where the information is represented by changes in the signal amplitude. It is used in simple data transmission systems.
PSK
No

Waveform Types

Sin
No

Sin

(Sinusoidal) Produces a smooth periodic waveform with continuous amplitude variation. Used in tests of electronic circuits, audio, and telecommunications.
Square
No

Square

Generates a signal that alternates between two voltage levels with abrupt transitions. Suitable for digital circuits and timing tests.
Ramp
No

Ramp

Produces a signal with a linear increase or decrease in voltage over time before the cycle repeats. Used in scanning, timing, and control systems.
Pulse
No

Pulse

Generates short pulses with adjustable amplitude and duration. Useful for testing digital circuits and analyzing system response.
Arbitrary
No

Arbitrary

Allows the creation or loading of custom waveforms beyond the predefined signal shapes. Suitable for specialized measurements and simulations.

Important information

Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.

829,56 €
14,00 €   shipping cost