GAIN Datasheet(PDF) - SFH6318 - Siemens Semiconductor Group

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GAIN Datasheet, PDF

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Searched Keyword : 'GAIN' - Total: 99 (1/5) Pages

Manufacturer	Part #	Datasheet	Description
Siemens Semiconductor G...	SFH6318	38Kb/3P	LOW CURRENT, HIGH GAIN OPTOCOUPLER
	SFH6318T	33Kb/3P	LOW CURRENT, HIGH GAIN OPTOCOUPLER
	CGY121B	93Kb/8P	GaAs MMIC (Variable gain amplifier MMIC-Amplifier for mobile communication Gain Control range over 50dB)
	6N138	32Kb/2P	LOW INPUT CURRENT, HIGH GAIN OPTOCOUPLER
	CGY121A	94Kb/8P	GaAs MMIC (Variable gain amplifier MMIC-Amplifier for mobile communication Typical Gain Control range over 50dB)
	BC876	170Kb/4P	PNP Silicon Darlington Transistors (High current gain High collector current)
	BC635	126Kb/5P	NPN Silicon AF Transistors (High current gain High collector current)
	BC368	125Kb/4P	NPN Silicon AF Transistor (High current gain High collector current)
	BC516	138Kb/4P	PNP Silicon Darlington Transistor (High current gain High collector current)
	BC517	138Kb/4P	NPN Silicon Darlington Transistor (High current gain High collector current)
	BC636	126Kb/5P	PNP Silicon AF Transistors (High current gain High collector current)
	BC617	142Kb/5P	NPN Silicon Darlington Transistors (High current gain High collector current)
	BGA318	20Kb/4P	Silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 16 dB typical gain at 1.0 GHz 12 dBm typical P-1dB at 1.0 GHz)
	BGA312	20Kb/4P	Silicon Bipolar MMIC-Amplifier (Cascadable 50 W-gain block 11 dB typical gain at 1.0 GHz 9 dBm typical P-1dB at 1.0 GHz)
	BCW67BCW68	134Kb/6P	PNP Silicon AF Transistors (For general AF applications High current gain)
	BCW65	134Kb/6P	NPN Silicon AF Transistors (For general AF applications High current gain)
	BC875	173Kb/4P	NPN Silicon Darlington Transistors (High current gain Low collector-emitter saturation voltage
	BCX78	143Kb/7P	PNP Silicon AF Transistors (High current gain Low collector-emitter saturation voltage)
	BCX58BCX59	144Kb/6P	NPN Silicon AF Transistors (High current gain Low collector-emitter saturation voltage)
	BSS80	179Kb/6P	PNP Silicon Switching Transistors (High DC current gain Low collector-emitter saturation voltage)

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What is GAIN

In electronic components, gain refers to the amplification ratio of voltage, current, or power between an input signal and an output signal.

In other words, it is a value that indicates how much the input signal is amplified by the output signal, usually expressed in dB.

Gain is used in various electronic components, and it plays a very important role in circuits such as amplifiers and operation amplifiers.

An amplifier is used to amplify an input signal to create an output signal. Here, gain is a value representing the amplification ratio of the output signal to the input signal.

Gain is generally expressed by dividing it into voltage gain, current gain, and power gain.

Each gain is calculated in a different way depending on the shape of the input signal.

Voltage gain is calculated as the ratio between input voltage and output voltage, and current gain is calculated as the ratio between input current and output current.

Power gain is calculated as the ratio between input power and output power, and is usually higher than other gains.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.

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