| Description | SPECIFICATIONS
- Waveform : Sine, square, triangle and TTL with symmetry
- Amplitude : 0 to 0.2V, 2V, 20V Vpp
- Sine distortion : < 1%
- Frequency range : 2Hz to 2MHz in six decade steps with digital frequency counter
- Frequency accuracy : ± 5% of full scale
- Output impedance : 50 Ω ± 10%
- DC offset : ± 10V
- Power : 230V ± 10%, 10VA
- Dimensions : 240 (L) x 200 (W) x 85mm (H)
- Weight : ≈ 3Kg
FEATURES
- Sine wave, triangular wave, square wave and TTL wave outputs.
- Low distortion
- Minimal sag at frequencies as low as 2Hz
- Offset control to shift baseline
| SPECIFICATIONS
- Waveform : Sine, square, triangle and TTL with symmetry
- Amplitude : 0 to 0.2V, 2V, 20V Vpp
- Sine distortion : < 1%
- Frequency range : 1Hz to 1MHz with digital frequency counter
- Frequency accuracy : ± 5% of full scale
- Output impedance : 50 Ω ± 10%
- DC offset : ± 10V
- Power : 230V ± 10%, 10VA
- Dimensions : 240 (L) x 200 (W) x 85mm (H)
- Weight : ≈ 3Kg
FEATURES
- Sine wave, triangular wave, square wave and TTL wave outputs.
- Low distortion
- Minimal sag at frequencies as low as 1Hz
- Offset control to shift baseline
| SPECIFICATIONS
- Waveform : Sine, square, triangle and TTL with symmetry
- Amplitude : 0 to 0.2V, 2V, 20V Vpp
- Sine distortion : < 1%
- Frequency range : 5Hz to 5MHz in six decade steps with digital frequency counter
- Frequency accuracy : ± 5% of full scale
- Output impedance : 50 Ω ± 10%
- DC offset : ± 10V
- Power : 230V ± 10%, 10VA
- Dimensions : 240 (L) x 200 (W) x 85mm (H)
- Weight : ≈ 3Kg
FEATURES
- Sine wave, triangular wave, square wave and TTL wave outputs.
- Low distortion
- Minimal sag at frequencies as low as 2Hz
- Offset control to shift baseline
| SPECIFICATIONS
- Waveform : Sine, square, triangle and TTL with symmetry
- Amplitude : 0 to 0.2V, 2V, 20V Vpp
- Sine distortion : < 1%
- Frequency range : 3Hz to 3MHz in six decade steps with digital frequency counter
- Frequency accuracy : ± 5% of full scale
- Output impedance : 50 Ω ± 10%
- DC offset : ± 10V
- Power : 230V ± 10%, 10VA
- Dimensions : 85 (L) x 200 (W) x 85mm (H)
- Weight : ≈ 3Kg
FEATURES
- Sine wave, triangular wave, square wave and TTL wave outputs.
- Low distortion
- Minimal sag at frequencies as low as 2Hz
- Offset control to shift baseline
|
| Content | The 2Mhz function generator is capable of providing sine wave, triangular wave, square wave and TTL wave outputs. With counter frequency readouts, a low distortion and constant signal amplitude can be obtained. The signals are symmetric to zero. The DC coupled output provides square wave without any significant sag at frequencies as low as 2Hz. This device has a maximum of 20V peak to peak with 100mA peak current capability. The output is short circuit protected. It has a symmetry of 30% to 70%. This device is applicable to all the functions of the function generator. I has an offset control provided to shift the base line of the signal by ± 10V. It finds application in audio electronics and other laboratory and research work. | The 1Mhz function generator is capable of providing sine wave, triangular wave, square wave and TTL wave outputs. With counter frequency readouts, a low distortion and constant signal amplitude can be obtained. The signals are symmetric to zero. The DC coupled output provides square wave without any significant sag at frequencies as low as 1Hz. This device has a maximum of 20V peak to peak with 100mA peak current capability. The output is short circuit protected. It has a symmetry of 30% to 70%. This device is applicable to all the functions of the function generator. I has an offset control provided to shift the base line of the signal by ± 10V. It finds application in audio electronics and other laboratory and research work. | The 5Mhz function generator is capable of providing sine wave, triangular wave, square wave and TTL wave outputs. With counter frequency readouts, a low distortion and constant signal amplitude can be obtained. The signals are symmetric to zero. The DC coupled output provides square wave without any significant frequencies as low as 5Hz. This device has a maximum of 20V peak to peak with 100mA peak current capability. The output is short circuit protected. It has a symmetry of 30% to 70%. This device is applicable to all the functions of the function generator. I has an offset control provided to shift the base line of the signal by ± 10V. It finds application in audio electronics and other laboratory and research work. | The 1Mhz function generator is capable of providing sine wave, triangular wave, square wave and TTL wave outputs. With counter frequency readouts, a low distortion and constant signal amplitude can be obtained. The signals are symmetric to zero. The DC coupled output provides square wave without any significant sag at frequencies as low as 3Hz. This device has a maximum of 20V peak to peak with 100mA peak current capability. The output is short circuit protected. It has a symmetry of 30% to 70%. This device is applicable to all the functions of the function generator. I has an offset control provided to shift the base line of the signal by ± 10V. It finds application in audio electronics and other laboratory and research work. |
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