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4222 Differential Probe 1/10, 200 MHz
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Product Description
Differential Probe for Small Signals- Model 4222
With the high bandwidth, low noise and high common mode rejection, the 4222 is ideal for measurements of the small differential signals ( as low as 100uV) in data communications and high-speed power electronics.
Features
-Bandwidth up to200 MHz-0.1mV Sensitivity Applications
Applications
-Telecom Measurements
-XDSL Applications
-High Speed Power Measurement
-Differential Line Transmitter and Receiver Design
Price Includes
-Black Storage Box
-Red & Black Sprung Hooks
-Calibration Certificate
-9 VDC Adapter
Optional 4200 Series Accessories
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Included with Probe
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Black Storage
Case & 9VDC Adapter included with probe
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4222 Specifications
| Bandwidth | DC to 200 MHz (-3dB) |
| Attenuation | 1/10 |
| Accuracy | +/- 1% |
| Rise TIme | 1.75ns |
| Input Impedance | 500 kohm / / 7pF each side to ground |
| Input Voltage* - Catagory -Differential Range -Common Mode Range -Absolute Max. Voltage(Differential or Common Mode) |
CAT I +/- 20V (DC + Peak AC) +/- 60V (DC + Peak AC) 60V Vrms and +/- 60V (DC + Peak AC) |
| Output Voltage -Swing (into 50 ohm load) -Offset (typical) -Noise (typical) -Source Impedance (typical) |
+/- 2V <+/- 2mV 0.3m Vrms 50 ohm (for using 50ohm input system oscilloscope) |
| CMMR (typical) | -74dB @ 60Hz, -50dB @ 10MHz |
| Power Requirements** | - Standard- 9VDC 70mA Mains Adapter Included -Optional -Power leads or Removable Battery Pack ( Uses 4 x AA cells) |
| Optional Extension Plugs for Mains Adapter - Input -Output |
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| Ambient Operating Temperature | -10 to 40 degrees centigrade |
| Ambient Storage Temperature | -30 to 70 degrees centigrade |
| Ambient Operating Humidity | Up to 85% RH |
| Ambient Storage Humidity | Up to 85% RH |
| Length of BNC Cable | 49" |
| Length of Input Leads | 20" |
| Weight | 0.4 lb |
| Dimension | 4 1/2" x 1" x 1/2" |
* Voltage limit is the lesser of the DC + Peak AC and RMS values.**
a. The supplied voltage must be less than 16V and greater than 3.3V, or the probe could be damaged or will not operate properly.
b. For wrong polarity of power sources, a built-in circuit will protect the probe and no danger or damage will occur.
c. When the voltage of the cells become too low, the power indicator on the panel will change its color then distinguish.
