Circuits & Schematics Linear Technology - 3
Manufacturer: "Linear Technology"
Search results: 123 Output: 21-30
- Chuck Wojslaw EDN The traditional method of controlling the upper cutoff frequency in the basic inverting-amplifier circuit of Figure 1 is to add capacitor C in parallel with R 2 . The value of C controls the cutoff frequency. R 1 and R 2 ...11-09-2019
- Guy Hoover, Analog Devices Design Note 568 Attaining optimal SNR performance from an ADC isn’t just a matter of providing a low noise signal to the ADC’s input. Providing a low noise reference voltage is just as important. While ...11-09-2019
- Tom Gross EDN It can be difficult to generate a high-voltage supply from a medium-voltage input, especially if you need a surface-mount design. It is difficult to find surface-mount components with the necessary specs, especially the transformer ...13-08-2019
- Catherine Chang, Philip Karantzalis and Aaron Schultz, Linear Technology Design Note 564 Our op amp family has expanded with industry-leading speed versus supply current. The LTC6258/LTC6259/LTC6260 family (single, dual, quad) provides 1.3 MHz ...03-07-2019
- Henry Santana Electronic Design Europe The general approach to an electronic load is to use a transistor across the input terminals so the current flows from drain (collector) to source (emitter). A resistance is effected by causing a current flow ...19-06-2019
- Kurk Mathews EDN As the demand for networking equipment grows, the need arises for a 48 V supply that can power telecommunication lines. The circuit in Figure 1 delivers 24 W at 48 V from a 5 V input. One of the biggest challenges in this design is ...10-06-2019
- Hua (Walker) Bai, Linear Technology Design Note 1044 The LT8650S 42 V, dual-channel, 4 A synchronous Silent Switcher® 2 regulator features a wide input voltage range of 3 V to 42 V, ideal for automotive, industrial, and other step-down ...13-04-2019
- Tom Gross, Linear Technology EDN The SEPIC (single-ended, primary-inductance-converter) topology is generally a good choice for voltage regulators that must produce an on output voltage that falls in the middle of the input-voltage range, such as a ...06-03-2019
- Hua (Walker) Bai, Linear Technology EDN Internal operating voltages in electronic devices continue to decrease, but input-source voltages don't change. As the difference between input and output voltages increases, so does the improvement in ...14-01-2019
- Timothy Kozono, Linear Technology Design Note 560 Introduction The LTC3623 is a high efficiency, monolithic synchronous step-down regulator capable of sourcing or sinking up to 5 A of continuous output current from an input voltage range of 4 V to ...06-01-2019
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