A voltage across a diode with a fixed current is subtracted from a voltage across a diode with a proportional to absolute temperature (PTAT) current.

One terminal of a capacitor (17) for snubber is connected with one terminal of a diode (19) for snubber.

The two ends of the coil (11) are connected to the terminals of an LED (light emitting diode) (3).

The terminals of a diode are called the anode and cathode.

Due to this substrate current injection, the current from each of a conventional diode's two terminals is not the same.

The effective refractive index of the silicon mesa waveguide (21a) is controlled by applying an electrical signal across a pin diode formed in the waveguide (21b, 21a, 21c).

A detection circuit which does not vary with the supply voltage is formed by measuring the voltage generated on the terminals of a diode (1) which is inversely polarized and which is fed by a constant current generator (2).

An illustrative triggering event includes a predetermined voltage drop across a diode or similar current-regulating, or flow-regulating, device that is electrically between the AFCS and the energy-consuming device(s) and/or the PPS.

A voltage across a diode with a fixed current is subtracted from a voltage across a diode with a proportional to absolute temperature (PTAT) current.

One terminal of a capacitor (17) for snubber is connected with one terminal of a diode (19) for snubber.

The two ends of the coil (11) are connected to the terminals of an LED (light emitting diode) (3).

The terminals of a diode are called the anode and cathode.

The multicolor LED may be a five terminal multicolor LED.

In this case, the TJBS consists of a combination of Schottky diode and PN diode.

A diode is connected between the output terminals.