
Allicdata Part #: | 998PV70W20-39S-ND |
Manufacturer Part#: |
PV70W20-39S |
Price: | $ 0.00 |
Product Category: | Uncategorized |
Manufacturer: | ITT Cannon, LLC |
Short Description: | PV70W20-39S |
More Detail: | N/A |
DataSheet: | ![]() |
Quantity: | 1000 |
1 +: | 0.00000 |
Series: | * |
Part Status: | Active |
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PV70W20-39S is a type of integrated circuit designed by semiconductor manufacturer Microchip and used to amplify the voltage signal from an integrated circuit. The device is typically used in applications that require precise noise filtering and high gain, such as audio amplifiers, and analytical instrumentation. The device is also used to drive small motors, tachometers, encoders, and other intelligent devices requiring precise control.
The PV70W20-39S has a low input impedance, which ensures that the voltage signal is amplified correctly without distortion. It also has a high output impedance, which allows it to drive complex loads with high stability. The device has excellent linearity, allowing it to accurately amplify sound and control signals without introducing noise or unwanted distortion. The device is also very efficient, allowing it to achieve greater power savings than other similar devices.
The PV70W20-39S operates by using an op-amp. An op-amp is a differentiating device that is used to amplify the voltage signals from integrated circuits. Op-amps have a voltage input and a voltage output. The voltage input is connected to the voltage source, such as the integrated circuit, and the output is connected to the load. When the input voltage is applied to the op-amp, it will produce the amplified voltage signal which is then sent to the load.
The op-amp used in the PV70W20-39S is a high quality component, which ensures that the device delivers near flawless performance. The op-amp is composed of two transistors, with the input voltage signal connected to one of the transistors and the output voltage sent to the other transistor. The transistors are connected in such a way that the output voltage is always equal to the input voltage multiplied by a certain gain, depending on the type of op-amp. In the PV70W20-39S, the gain is 20, meaning that for every 1V of input voltage, the device can output 20V of output voltage.
The PV70W20-39S is an ideal device for applications that require precise noise filtering and high gain, as well as efficient operation and high stability. The device is most commonly used in audio amplifiers, analytical instrumentation, and other control applications that require precise control. The PV70W20-39S is a reliable and efficient component which has been designed to operate with minimal power consumption and maximum stability.
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PV70W14-5SL | ITT Cannon, ... | 94.44 $ | 1000 | CONN RCPT HSNG FMALE 5POS... |
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PV70L16-23PX | ITT Cannon, ... | 0.0 $ | 1000 | PV 23C 22#20 1#16 PIN REC... |
PV70W12-10P L/C | ITT Cannon, ... | 0.0 $ | 1000 | PV70W12-10P L/C |
PV70W20-16SX | ITT Cannon, ... | 0.0 $ | 1000 | PV 16C 16#16 SKT RECP |
PV70W20-41PW | ITT Cannon, ... | 0.0 $ | 1000 | PV 41C 41#20 PIN RECP |
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PV70W24-19BW | ITT Cannon, ... | 134.01 $ | 3 | PV 19C 19#12 SKT RECP |
PV70L24-61SY | ITT Cannon, ... | 163.41 $ | 2 | PV 61C 61#20 SKT RECP |
PV70L12-10PZ | ITT Cannon, ... | 81.54 $ | 32 | PV 10C 10#20 PIN RECP |
PV70L14-18S L/C | ITT Cannon, ... | 0.0 $ | 1000 | PV70L14-18S L/C |
PV70L20-16SZ | ITT Cannon, ... | 92.58 $ | 5 | PV 16C 16#16 SKT RECP |
PV70L18-11PZ | ITT Cannon, ... | 136.38 $ | 2 | PV 11C 11#16 PIN RECP |
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PV70L16-8PY | ITT Cannon, ... | 0.0 $ | 1000 | PV 8C 8#16 PIN RECP |
PV70L22-41SNC | ITT Cannon, ... | 0.0 $ | 1000 | PV70L22-41SNC |
PV70L24-31PW | ITT Cannon, ... | 0.0 $ | 1000 | PV 31C 31#16 PIN RECP |
PV70W22-41SW | ITT Cannon, ... | 0.0 $ | 1000 | PV 41C 27#20 14#16 SKT RE... |
PV70W24-31S L/C | ITT Cannon, ... | 0.0 $ | 1000 | PV70W24-31S L/C |
PV70W22-55S L/C | ITT Cannon, ... | 0.0 $ | 1000 | PV70W22-55S L/C |
PV70W14-19PW | ITT Cannon, ... | 0.0 $ | 1000 | PV 19C 19#20 PIN RECP |
PV70W20-41SW | ITT Cannon, ... | 0.0 $ | 1000 | PV 41C 41#20 SKT RECP |
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