
Технически документи
Спецификации
Brand
pico TechnologyProduct Type
Oscilloscope Probe
Probe Type
Differential
Bandwidth
100MHz
Maximum Common Mode Input Voltage
700V
Connector Type
BNC
Model Number
TA043
Number of Probes
2
Safety Category Level
CAT III
Safety Category Voltage
1000V
Series
TA
Rise Time
3.5ns
Standards/Approvals
IEC 1010.2 031, IEC 1010.1
Страна на произход
Taiwan, Province Of China
Детайли за продукта
The Pico Technology TA043 oscilloscope probe is an active differential probe, suitable for high common-mode voltage measurement applications up to ±700V. It can be used with a signal speed of up to 100MHz. This differential probe extends the functionality of standard single-ended input oscilloscopes to allow a safe and accurate method of making high voltage differential measurements.
By selecting attenuation ratio 1:10, this oscilloscope probe can measure signals below 70V to get higher resolution and less noise. Otherwise, set the attenuation to 1:100.
Информацията за складовите наличности временно не е налична.
€ 652,02
€ 652,02 Всеки (ex VAT)
1
€ 652,02
€ 652,02 Всеки (ex VAT)
Информацията за складовите наличности временно не е налична.
1
Технически документи
Спецификации
Brand
pico TechnologyProduct Type
Oscilloscope Probe
Probe Type
Differential
Bandwidth
100MHz
Maximum Common Mode Input Voltage
700V
Connector Type
BNC
Model Number
TA043
Number of Probes
2
Safety Category Level
CAT III
Safety Category Voltage
1000V
Series
TA
Rise Time
3.5ns
Standards/Approvals
IEC 1010.2 031, IEC 1010.1
Страна на произход
Taiwan, Province Of China
Детайли за продукта
The Pico Technology TA043 oscilloscope probe is an active differential probe, suitable for high common-mode voltage measurement applications up to ±700V. It can be used with a signal speed of up to 100MHz. This differential probe extends the functionality of standard single-ended input oscilloscopes to allow a safe and accurate method of making high voltage differential measurements.
By selecting attenuation ratio 1:10, this oscilloscope probe can measure signals below 70V to get higher resolution and less noise. Otherwise, set the attenuation to 1:100.