3 Noise Generators 72

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Part	Manufacturer	RF or Microwave Device Type	Mounting Feature	No. of Terminals	Maximum Supply Voltage	Excess Noise Ratio (ENR)	Maximum Supply Current	Construction	Characteristic Impedance	Maximum Operating Temperature	Maximum Output Power	Minimum Operating Temperature	Output Flatness	Power Output Density	Minimum Operating Frequency	Maximum Operating Frequency
NC502M/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	113.0008 dBm	-55 Cel	1 dB	-143 dBm/Hz	.2 MHz	1000 MHz
NW1G-AB/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	1000 MHz
NW4G-B/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NC512/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	93.0008 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	1000 MHz
NC501M/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NC505/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.9796 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NW5M-B/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NC513/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	89.9901 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	2000 MHz
NC505/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.9796 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NW3G-AB/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	3000 MHz
NC504M/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	108.229 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	3000 MHz
NC503M/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	109.9901 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NW1G-AB	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	1000 MHz
NW2G-AB/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	2000 MHz
NW3G-AB	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	3000 MHz
NW2G-AB/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	2000 MHz
NW1G-AB/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	1000 MHz
NC511/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	500 MHz
NC501	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NC501M	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NC502/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	113.0008 dBm	-55 Cel	1 dB	-143 dBm/Hz	.2 MHz	1000 MHz
NC504M/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	108.229 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	3000 MHz
NC512/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	93.0008 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	1000 MHz
NC504	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	108.229 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	3000 MHz
NC503/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	109.9901 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NC505M	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.9796 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NC501/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NW5M-AB/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	500 MHz
NW5M-B/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NC504M	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	108.229 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	3000 MHz
NC502	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	113.0008 dBm	-55 Cel	1 dB	-143 dBm/Hz	.2 MHz	1000 MHz
NC511/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	500 MHz
NC506/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.0104 dBm	-55 Cel	2.5 dB	-143 dBm/Hz	.2 MHz	5000 MHz
NC503M/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	109.9901 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NW5G-B/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	2.5 dB	-143 dBm/Hz	.2 MHz	5000 MHz
NW4G-B	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NC506	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.0104 dBm	-55 Cel	2.5 dB	-143 dBm/Hz	.2 MHz	5000 MHz
NC505	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.9796 dBm	-55 Cel	2 dB	-143 dBm/Hz	.2 MHz	4000 MHz
NC501M/12	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz
NW5M-AB/12	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	12 V	51 dB	30 mA	COMPONENT	50 ohm	125 Cel	96.012 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	500 MHz
NW2G-B	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NW1G-B	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	1 dB	-143 dBm/Hz	.2 MHz	1000 MHz
NW2G-B/15	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NC513/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	51 dB	30 mA	COMPONENT	50 ohm	85 Cel	89.9901 dBm	-55 Cel	2 dB	-123 dBm/Hz	.2 MHz	2000 MHz
NC502M	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	113.0008 dBm	-55 Cel	1 dB	-143 dBm/Hz	.2 MHz	1000 MHz
NC503	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	109.9901 dBm	-55 Cel	1.5 dB	-143 dBm/Hz	.2 MHz	2000 MHz
NC506/15	Noisecom	NOISE SOURCE	THROUGH HOLE MOUNT	3	15 V	31 dB	10 mA	COMPONENT	50 ohm	85 Cel	106.0104 dBm	-55 Cel	2.5 dB	-143 dBm/Hz	.2 MHz	5000 MHz
NW5M-B	Noisewave	NOISE SOURCE	THROUGH HOLE MOUNT	3	28 V	31 dB	10 mA	COMPONENT	50 ohm	125 Cel	116.012 dBm	-55 Cel	.5 dB	-143 dBm/Hz	.2 MHz	500 MHz

Noise Generators

Noise generators are electronic circuits that generate random signals or noise. The noise generated by these circuits can be used in various applications such as testing, simulation, and signal processing. There are different types of noise generators available, each with its own characteristics and applications.

One type of noise generator is the white noise generator, which produces noise with a uniform power spectral density across all frequencies. This type of noise is often used in testing and calibration of audio systems, as well as in cryptography and random number generation.

Another type of noise generator is the pink noise generator, which produces noise with a power spectral density that decreases as the frequency increases. Pink noise is often used in acoustics and audio engineering, as it has a more natural and balanced frequency spectrum compared to white noise.

Other types of noise generators include the Gaussian noise generator, which produces noise with a probability distribution that follows a Gaussian or normal distribution, and the shot noise generator, which produces noise resulting from the random nature of electronic devices.

Noise generators can also be used in signal processing applications, such as in filtering and smoothing of noisy signals. They can be combined with other circuits to create more complex noise sources, such as frequency modulated noise or correlated noise. Overall, noise generators are an important tool in many areas of electronics and signal processing, providing a source of random signals that can be used for a variety of purposes.