Shielded room/Anechoic Chamber/EMC/CCD-CMOS Camera systems/Security systems

Model#	Frequency range	Typical gain	Typiecal output	Overall
352	10 kHz - 5 GHz	26 dB	10 mW	Wideband preamplifier
354	10 kHz - 3 GHz	19 dB	30 mW	Wideband preamplifier having good pulse response
317	10 kHz - 2.5 GHz	38 dB	30 mW	High gain wideband preamplifier
330	10 kHz - 2.5 GHz	20 dB	12 mW	Wideband preamplifier
310	9 kHz - 1 GHz	32 dB	10 mW	Low noise figure preamplifier
315	10 kHz - 1 GHz	51 dB	30 mW	Low noise figure, high gain preamplifier

- Please click on the model# to download individual datasheet -

Preamplifier - COM-POWER

COM-Power products offer wide frequency range of amplifirs from 10Hz to 40GHz.
These are suitable for EMI measurement and small signal amplification purposes.

Application

• Amplification of small noise signal in EMI measurements
• Amplification of signal in antenna measurements
• Usage where no AC power is existing
• Amplification of very small RF signal

Model#	Frequency range	Typical gain	Overall
PAL-010	100Hz - 30MHz	28 dB	Signal amplification up to 30MHz
PAP-501	10MHz - 1000MHz	20 dB	For near field probe (PS400)
PAM-103	1 - 1000MHz	33 dB	Suitable for radiated emission up to 1GHz
PAM-6000	1 - 6GHz	30 dB	Suitable for 1 - 6GHz emission measurement
PAM-118	500 - 18000MHz	24 dB	Low noise figure, up to 18GHz
PAM-118A	500 - 18000MHz	40 dB	High gain amplifier up to 18GHz
PAM-840	18 - 40GHz	25 dB	High frequency preamplifier up to 40GHz

Preamplifier - Schwarzbeck Mess-Elektronik

Schwarzbeck preamplifiers are desined to be used for small size DC driven.
The amplifiers can be connected directly to the antenna so the user can minimize the path losses of captured EMI signal from the antenna.

Application

• Amplification of small noise signal in EMI measurements
• Amplification of signal in antenna measurements
• Amplification of very small RF signal

Model#	Frequency range	Typical gain	Overall
BBV 9743	10MHz - 6GHz	28 dB	Low noise figure. Can be connected directly to the antenna
BBV 9744	9kHz - 6GHz	28 dB	Low noise figure. Can be connected directly to the antenna
BBV 9745	1 - 1000MHz	33 dB	Low noise figure. Can be connected directly to the antenna
BBV 9718	1GHz - 18GHz	30 dB	Designed for antennas having D=22mm pipe

Ultra Wideband Preamplifier 300kHz-14GHz Model#: RFA-0314000-35

Our original preamplifier is ultra wideband, middle gain so that a user does not have to exchange preamplifiers at different frequency band.

Application

• Amplification of small noise signal in EMI measurements
• Signal harmonics measurements
• Amplification of signal in antenna measurements
• Amplification of very small RF signal

Specifications
Frequency Range	300kHz - 14GHz
Gain	35dB (Typ), 27dB (Min)
Gain Flatness	±2dB (Typ. 30MHz〜8GHz), ±3dB (Max)
Impedance	50 Ohm
Maximum Input Power	-15dBm (no damage)
Maximum Output Power	+11dBm (Typ), +9dBm (Min)
Temperature Range	0 - 60deg (ambient)
Noise Fiture	5.7dB (Typ)
Power Supply	90 - 230VAC
Connector Type	Type SMA (female)
External Dimensions	W260 x H93 x D180 (mm)

Wideband Preamplifier 1GHz-18GHz Model#: RFA-100018000-30

Our original preamplifier is ultra wideband, middle gain so that a user does not have to exchange preamplifiers at different frequency band.

Application

• Amplification of small noise signal in EMI measurements
• Signal harmonics measurements
• Amplification of signal in antenna measurements
• Amplification of very small RF signal

Specifications
Frequency Range	1GHz - 18GHz
Gain	33dB (Typ), 30dB (Min)
Gain Flatness	±2.5dB (Typical), ±3dB (Max)
Impedance	50 Ohm
Maximum Input Power	-30dBm (no damage)
Maximum Output Power	+3dBm (1dB comp.)
Temperature Range	0 - 60deg (ambient)
Noise Fiture	3.5dB (Typ)
Power Supply	90 - 230VAC
Connector Type	Type SMA (female)
External Dimensions	W260 x D230 x H96 (mm)

Low Noise Figure GHz Band Preamplifier

We supply "High Gain" and "Low Noise Figure" preamplifiers which are quite necessary for GHz band (1GHz - 40GHz) emission measurements.
By combination with horn antennas, it largely improves measurements' S/N ratio.

Please contact us through here for quotation request