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Amplifiers and Comparators
In electronics, a comparator is a device that compares two voltages or currents and outputs a digital signal indicating which is larger. It has two analog input terminals V_+\, and V_-\, and one binary digital output V_o\,. The output is ideally A comparator consists of a specialized high-gain differential amplifier. They are commonly used in devices that measure and digitize analog signals, such as analog-to-digital converters (ADCs), as well as relaxation oscillators. An operational amplifier (op-amp) has a well balanced difference input and a very high gain. This parallels the characteristics of comparators and can be substituted in applications with low-performance requirements.[4] In theory, a standard op-amp operating in open-loop configuration (without negative feedback) may be used as a low-performance comparator. When the non-inverting input (V+) is at a higher voltage than the inverting input (V-), the high gain of the op-amp causes the output to saturate at the highest positive voltage it can output. When the non-inverting input (V+) drops below the inverting input (V-), the output saturates at the most negative voltage it can output. The op-amp's output voltage is limited by the supply voltage. An op-amp operating in a linear mode with negative feedback, using a balanced, split-voltage power supply, (powered by ± VS) has its transfer function typically written as: V_{out}=A_{o} (V_1 - V_2). However, this equation may not be applicable to a comparator circuit which is non-linear and operates open-loop (no negative feedback)
Linear > Amplifiers and Comparators > RF Amplifier Chip
Part No. | DS | Manufacturer | D/C | Qty | Region | Action |
---|---|---|---|---|---|---|
CMM6004-SC-0G0T | MACOM | - | 51000 | U.S.A. | Request A Quote | |
CMM6004-SC-0G0T | MACOM | 2020+ | 20 | China | Request A Quote | |
CMM6004-SC-0G0T | MACOM | 2020+ | 20 | China | Request A Quote |
Part No. Variations
- XCV6004BG432C
- XCV6004BG432I
- XCV6004BG560C
- XCV6004BG560I
- XCV6004BGG432I
- XCV6004BGG560C
- XCV6004BGG560I
- XCV6004CBG432
- XCV6004CBG560
- XCV6004E
- XCV6004FG676C
- XCV6004FG680I
- XCV6004FGG676
- XCV6004FGG676C
- XCV6004FGG680C
- XCV6004FGG680I
- XCV6004HQ2401
- XCV6004HQ240I
- XCV6004HQ240N
- XCV6004HQG240C
- XCV6004HQG240I
- XCV6005BG432I
- XCV6005BGG432I
- XCV6005CFG676
- XCV6005FG676
- XCV6005FG676C
- XCV6005FG680C
- XCV6005FG680I
- XCV6005FGG676I
- XCV6005FGG680C
- XCV6005FGG680I
- XCV6005HQ240I
- XCV6005HQG240I
- XCV6006BG432I
- XCV6006BG560C
- XCV6006BG560I
- XCV6006BGG432I
- XCV6006BGG560C
- XCV6006CBG560
- XCV6006FG6676I
- XCV6006FG676C
- XCV6006FG676I
- XCV6006FG680C
- XCV6006FGG676I
- XCV6006FGG680C
- XCV6006FGG680I
- XCV6006HQ240I
- XCV6006HQG240C
- XCV6008BG432C
- XCV600E4HQ240C
- XCV600E4HQ240I
- XCV600E5BG432C
- XCV600E5BG560C
- XCV600E5BG560I
- XCV600E5FG676C
- XCV600E5FG676I
- XCV600E5FG680C
- XCV600E5FG900C
- XCV600E5FG900I
- XCV600E5HQ240C
- XCV600E5HQ240I
- XCV600E6BG432C
- XCV600E6BG560C
- XCV600E6BG560I
- XCV600E6CBG432
- XCV600E6CFG676
- XCV600E6FC680C
- XCV600E6FG676C
- XCV600E6FG676I
- XCV600E6FG680C
- XCV600E6FG900C
- XCV600E6HQ240C
- XCV600E6IBG432
- XCV600E6PQ240I
- XCV600E7BG432C
- XCV600E7BG560I
- XCV600E7CFG676
- XCV600E7CFG680
- XCV600E7FG676I
- XCV600E7FG677C
- XCV600E7FG680C
- XCV600E7FG900C
- XCV600E7FG900I
- XCV600E7HQ240C
- XCV600E7HQ240I
- XCV600E8BG432C
- XCV600E8BG432I
- XCV600E8BG560C
- XCV600E8CBG432
- XCV600E8CFG676
- XCV600E8CFG680
- XCV600E8FG676C
- XCV600E8FG676I
- XCV600E8FG680I
- XCV600E8FG900C
- XCV600E8FG900I
- XCV600E8HQ240C
- XCV600FG676
- XCV600HQ240
- XCV600HQ240AFP