TEXAS TX3125 Oscilloscope Probe

TX3125 Oscilloscope Clip Probe 100:1 1.2KV 250MHz Good quality,cost-effective,environmentally friendly TX3125 Oscilloscope Clip Probe 100:1 1.2KV 250MHz

The new TX3100 series of passive probe has excellent price performance value, handle double absolutely. Increase safety creepage distance. Bandwidth up to 250MHz, mini-box designed. Full set accessories are included with each probe. All probes meet IEC1010-2-031,1200VDC, CATIIThe TX3100 series is a passive high impedance high-voltage oscilloscope probe designed and calibrated for use on instruments having an input impedance of 1 MΩ shunted by 15pF.

 

TX3100 Series:

- Low Frequency Compensation Adjustment: - Low frequency response can be matched to the oscilloscope by adjusting the compensation trimmer on the head of the probe. - Connect the probe to the oscilloscope and to a 1k Hz square waveform source

-          - Set the oscilloscope to display two to the three cycles and two to six vertical divisions. - Carefully adjust the trimmer tool to obtain the flattest tops to the square waves displayed on this oscilloscope, - High Frequency compensation adjustment

 

Texas P3100 Series Probes:

- General Purpose, Bench or Field - Economical, Yet High Quality - High Input Impedance (X100 range) - Compensation (X100 range)

 

Features:

- Useable with scopes having Bandwidth DC to 250 MHz - Rise time: 1.4ns - Interchangeable Probe Tip - Modular Construction - Compensation range: 10 to 50 pF - Input Capacitance: 6.5pF - Input Resistance: 100MΩ- Bandwidth: 100X: 250MHz - Net Weight: 55g - Cable Length: 120cm - Operating Temp: -10°C-50°C- Operating Humidity: ≤80% - Maximum Input Voltage: 1200 VDC (DC+ peak AC)

TX3100 Series passive probe

Model	Attenuator	Bandwidth(-3dB)MHz	Rise-time(ns)	Compen.Range(pF)	VoltageMAX. (Note2)	Input Res.(MΩ)	Input Cap. (pF)	GNDRef
TX3125	X100	250	1.4	10-50	1200	100	6.5	X
- Full set a accessories are included with each probe. - All probes meet IEC61010-2-031,1200Vpp, CATII

TEXAS TX3125 Oscilloscope Probe