Siglent DPB1300 - High Voltage Differential Probe (50 MHz, 1300V)

Name: Siglent DPB1300 - High Voltage Differential Probe (50 MHz, 1300V)
Brand: Siglent
SKU: SiglentDPB1300
Price: 489.00 USD
Availability: InStock

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Bandwidth: 50 MHz; Rise Time 7 ns; DC Accuracy 2%; Max Input: 600 V CATIII, 1000 V CATII; Max Differential Test Voltage (DC + Peak AC): 50 X: 130 V, 500 X: 1300 V. Input impedance/capacitance: 5 M Ohm /<4 pF(Single-ended), 10 M Ohm /< 2 pF(Two inputs); DC 12 V/1.2 A Power

Maximum differential test voltage: 1300V (DC + Peak AC)
Bandwidth: 50 MHz
Attenuation: 50x / 500x
Rise Time ≤ 7 ns
DC Accuracy ± 2%
Max Input: 600 V CATIII, 1000 V CATII
Input impedance/capacitance: 5 MO/<4 pF (Single-ended), 10 MO/< 2 pF (Two inputs)
Power: DC 12 V/1.2 A Power supply
Standard BNC port can be connected to any brand of oscilloscope
The certificate does not have a traceability statement.

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Product	Siglent DPB1300 Bandwidth: 50 MHz; Rise Time 7 ns; DC Accuracy 2%; Max Input: 600 V CATIII ...	Siglent DPB 4080 Bandwidth: 50 MHz; Maximum input differential voltage 800 V DC + Peak AC) ...
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Siglent DPB1300 - High Voltage Differential Probe (50 MHz, 1300V)

Applications include:

Floating voltage measurement
Electronic ballast design
Inverters
Power transmission

The Siglent DPB1300 is designed to measure high voltage differential signals and floating measurements. The DPB1300 has a standard BNC port, enabling it to be connected to any brand of oscilloscope. It also has a great CMRR, which is very important in many power electronics applications.

Product Feature

Input port: The red line is positive and black line is negative. When the connection is reversed, the output will be inversed.

Attenuation: Different attenuations symbolize different measurement range. 500X means the max measuring voltage is 1300V and 50X means 130V. The attenuation ratio setting of the Oscilloscope should be compatible with the attenuation of the probe.

Over Range Indicator: The Indicator will be lighted red when the measurement is out of range.

Output port: The standard BNC output port can fit any kind of oscilloscope. But the Input Impedance of the oscilloscope should be 1MΩ, otherwise it can cause the attenuation of the output. For instance, if the Impedance is 50Ω, the output will be 50% of the actual value.

Power port: DC 12V port, able to be powered by standard DC adapter

Bandwidth		DC-50 MHz
Rise time		≤7 ns
DC Accuracy		±2%
Attenuation Ratio		50 X/500 X
Max Differential Test Voltage (DC + Peak AC)		50 X: ±130 V
		500 X:±1300 V
Max input common Mode voltage (voltage-to-earth Vrms)		600 V CATIII
		1000 V CATII
Input Impedance	Single-ended to ground	5 MΩ
	Two inputs	10 MΩ
Input Capacitance	Single-ended to ground	<4 pF
	Two inputs	< 2 pF
CMRR	DC	> 80 dB
	100kHz	> 60 dB
	1MHz	> 50 dB
Noise (Vrms)		50 X: < 50 mV
		500 X: < 300 mV
Propagation Delay		Probe: ≈ 10 ns BNC Line (1m): ≈ 5 ns
Bandwidth limit		None
Differential overvoltage		50 X: ≥140 V
Detection level		500 X: ≥1400 V
Overload indicator(red light)		None
Overload Alarm		None
Automatic Save		Null
Offset Setting function		None
Terminate Load		≥100 kΩ
Power Supply		DC 12 V/1.2 A Power
Probe body dimensions		1455824 mm
Probe body weight		Approx 165 g