We generally think of signals propagating through our circuits in one of three modes: single-ended, differential mode or common mode. Single-ended mode is the mode with which we are most familiar. It ...

One of the major challenges in communications system design is to successfully capture signals with adequate fidelity. In order to avoid the effects of blockers, signal distortion, and sensitivity ...

Using two wires for each electrical path for high immunity to noise and crosstalk. The signals are sent down one wire as positive and the other as negative, and the circuit at the receiving end ...

Chord signaling is a multi-wire signaling approach that is a generalization of differential signaling. With differential signaling, a single bit is transmitted on two correlated wires. In Chord ...

Pop open an Ethernet cable. Inside you'll find those four twisted pairs: orange, green, blue, and brown. A solid-colored wire ...

October 31, 2011. Rohde & Schwarz has announced a new line of differential probes that help users troubleshoot high-speed interfaces, which are appearing in almost all fields: in the wireless ...

Differential signal transmission is widely employed in modern electronic systems to maintain signal integrity and high data rates while minimising interference. However, common-mode noise—undesirable ...

Preserving signal quality in measurement applications using off-the-shelf data acquisition equipment–for signal bandwidths up to 1 MHz and sampling rates up to a few million per second–can be ...

Aker Technology, an innovator of frequency control solutions, announces the release of the new S1A series 2.0 x 1.6 mm ...

SENSORS: ZMDI’s ZSSC3053 is a pure differential sensor signal conditioner (SSC) for high-accuracy amplification and sensor-specific correction of millivolt-level dc sensor signals. Based on proven ...

If you’ve done anything with modern lighting effects, you’ve probably heard of DMX, also known as DMX512. Ever wonder what’s really happening under the hood? If so, then you should have a look at ...