Active Differential Probe CE-DP1000V1

Our 1.0 GHz Active Differential Probe is portable, ergonomic, and high-performing. Perfect for precise measurements in lab or on the go.

Advantages of an Active Differential Probe

Unlike passive probes, active differential probes amplify the signal and improve measurement fidelity, making them ideal for high-speed circuits or variable impedances.

Active differential probes provide versatility in signal measurement by accurately capturing differential signals in complex systems.

The Coffee Electronics CE-DP1000V1 1.0 GHz Active Differential Probe amplifies signals at a 1:1 ratio, catering specifically to differential signal measurement needs in high-performance environments.

Applications

Ideal for

Development and debugging of analog and digital systems. Improves noise rejection.

Active Probe for

High frequency applications. Characterization of components and systems.

Can be Used for

R&D and educational applications. In production . EMC/EMI measurements

Technical Specifications

Inputs and Outputs
Pogo Pins Differential Input	2
USB-connector for Power (USB -A)	5V – 500mA
SMA Connector	RF Signal

Technical and electrical Features
Bandwidth	1 GHz
Rise Time	<0.5 ns
Input Resistance	2 MΩ
Input Capacitance	<1.2 pF
Input Dynamic Range	±2 V
Input Common mode	0 V
(DC) to 1 GHz Range	±2 V > 0
Common Mode Rejection Ratio	>45 dB @ 1 MHz
DC Attenuation	1:1 ±2%
Input Noise	8 mVpp
Propagation Delay	7 ns
Maximun Input Voltage (Recommended)	1 Vpp
Absolute Maximum Input Voltage [1]	10 Vpp
Electrostatic Protection (HBM)	>8 kV
Illuminated tip	Available

[1] The maximum allowable input is 10 Vpp. Exceeding this value may permanently damage the probe’s active input stage.
For best accuracy and linearity, it is recommended to operate at or below 1 Vpp.
[2] Installation Category (Overvoltage Category) I (CAT I): This instrument is intended for signal-level measurements on electronic, telecommunications, and special equipment circuits that are not directly connected to mains power. Transient overvoltages in these environments are lower than those encountered in Installation Category II.