| One of the most frequent uses of n-channel MOSFET’s is as a voltage controlled switch. To ensure that the MOSFET delivers the full supply vo...
| One of the most frequent uses of n-channel MOSFET’s is as a voltage controlled switch. To ensure that the MOSFET delivers the full supply vo...
| The circuit shows one way of obtaining a voltage of 90 V from a 1.5 V battery supply. The LT1073 switching regulator from Linear Technology...
| In the form of the LT1618, Linear Technology (www.lineartech.com) has made available a step-up switching regulator with a current limit mech...
| The circuit shows a switchable crystal oscillator which can generate any one of a number of set frequencies. Using the high-speed LT1394 com...
| The circuit diagram shows two LT1398’s from Linear Technology used to create buffered colour-difference signals from RGB (red-green-blue) in...
| An interesting DC/DC converter IC is available from Linear Technology. The LT1615 step-up switching voltage regulator can generate an output...
| This circuit is based on a standard LT1074CT switching regulator IC. For sure, Application Note AN35 published by Linear Technology describe...
| As more and more circuits are powered by battery, there is a growing need for voltage converters that can derive a stable 3.3 V supply fr...
| Linear Technology's LTlS13 is an IC that is intended for use as a 500 mA current-switch-mode controller in battery charger with constant...
| If you try to attenuate a video signal, there is a point at which the picture hecomes unstahle rather than weaker. This happens because...