Frequency Gain Equalizers

Description: API Technologies' Inmet Brand Gain Equalizers offer simple solutions to your system slope problems. Negative, Positive or Parabolic slope units can be built to meet your desired performance parameters in the DC-40 GHz frequency range.

Description: DLI’s line of Gain Equalizers were designed to compensate for module Gain Slope. Excellent, repeatable microwave performance is achieved by application of precision thin film fabrication and DLI’s high permittivity ceramic materials. DLI’s unique design solution provides near

Description: designs smaller than 0402 case size Flatten amplifier gain response Positive gain slope customization: low frequency, minimum loss frequency is all that's necessary! Part Number Attachment Medium Nominal Slope (dB) Operating Frequency (GHz) Dimensions (mil) L W T

Description: On the study of reducing the disturbance on driver's attention induced by low frequency vehicle interior stationary noise, a subjective evaluation is firstly carried out by means of rank rating method which introduces Distraction Level (DL) as evaluation index. A visual-finger response test

Description: (negative gain slope) hinder the overall system performance. Model ZEQ-6-44K+ is a great choice for compensating negative gain slope of amplifiers, receivers and transmitters to achieve a flat gain response with respect to frequency.

Description: Mini-Circuits’ EQY-18-24+ is a MMIC Gain Equalizer fabricated using highly repeatable GaAs IPD MMIC process incorporating resistors, capacitors, and inductors to accomplish a positive Insertion Loss Slope vs. Frequency. EQY-18-24+ has a nominal Insertion Loss Slope of 18 dB

Description: (negative gain slope) hinder the overall system performance. Model ZEQ-9-44K+ is a great choice for compensating negative gain slope of amplifiers, receivers and transmitters to achieve a flat gain response with respect to frequency.

Description: (negative gain slope) hinder the overall system performance. Model ZEQ-3-44K+ is a great choice for compensating negative gain slope of amplifiers, receivers and transmitters to achieve a flat gain response with respect to frequency.

Description: for extreme miniaturization of the SMT footprint while maintaining standard solder reflow processes. Designed for RF systems that prioritize SWAP, this equalizer compensates for frequency-dependent losses and improves gain flatness across broadband signal chains. Common

Description: for extreme miniaturization of the SMT footprint while maintaining standard solder reflow processes. Designed for RF systems that prioritize SWAP, this equalizer compensates for frequency-dependent losses and improves gain flatness across broadband signal chains. Common

Description: for extreme miniaturization of the SMT footprint while maintaining standard solder reflow processes. Designed for RF systems that prioritize SWAP, this equalizer compensates for frequency-dependent losses and improves gain flatness across broadband signal chains. Common

Description: for extreme miniaturization of the SMT footprint while maintaining standard solder reflow processes. Designed for RF systems that prioritize SWAP, this equalizer compensates for frequency-dependent losses and improves gain flatness across broadband signal chains. Common

Description: The CEX series platform is an easy to implement surface mount solution for gain variation over frequency. Various configuration options including different frequency bands, slope direction and slope magnitude are available to support multiple markets and applications. Features &

• Frequency Range: 40 GHz

Description: Continuously variable from +15dB to +70dB Mic + Pad Continuously variable from -10dB to +45dB Link & Insert 0dB Maximum Input Level Mic +6dBu Mic + Pad +26dBu Link & Insert +21dBu CMR at 1kHz Mic (gain + 60dB) >70dB Mic + Pad (gain +35dB) >50dB Link & Insert >60dB Frequency

Description: The ISL59911 is a triple channel differential receiver and equalizer optimized for RGB and YPbPr video signals. It contains three high speed differential receivers with programmable frequency compensation. The ISL59911 features manual or automatic offset calibration and ±4dB of

Description: 1dB Compression 70 watts minimum Flatness: ±12 dB maximum, equalized for ±5 dB maximum at rated power Frequency Response: 7.5-18 GHz instantaneously Input for rated output: 1.0 milliwatt maximum Gain (at maximum setting): 54 dB minimum Gain Adjustment (continuous range): 35 dB

Description: AKG Acoustics, U.S. Rugged, affordable dynamic cardioid gooseneck microphone for general public address and communications use. The D 542 provides a frequency response tailored to speech use for optimum intelligibility as well as good offaxis rejection for high gain before feedback and

• Directivity: Cardioid, Directional

Description: Advanced diversity over MIMO channels Beam steering and beam forming Single-carrier frequency domain equalization The authors emphasize the importance and the requirements of high-gain antennas, low-power transceivers, MIMO, modulation, frequency domain equalization, beam

Description: silence groups of instruments, vocalists or other audio sources. All 32 channels include high, low, mid-frequency and Mid-Morph equalization, and all have direct outputs. The stereo line channels (21/22 and 23/24) simplify patching with three stereo inputs each and dual stereo gain

Description: channels), the GTE Series is able to deliver 60/100/125 watts of continuous RMS power. To provide total control over the outputs, it’s armed with a 10-band graphic equalizer, speech filters, volume limiter, loudness contour switch, master gain, and a big analog VU meter, which takes

Description: r.m.s. power output: 55W into 4 Ohms, 28W into 8 Ohms (restricted by limiter operation) Peak power output: 160W into 4 Ohms, 80W into 8 Ohms Gain: -infinity to 28.2dB (adjustable on rear panel) Frequency Response: <10Hz to 35kHz (-3dB), less than 1dB down @ 20kHz Signal to Noise ratio:

Description: "Intrinsic Correction™" of the loudspeaker. The goal of Intrinsic Correction™ is to provide a drive signal to the amplifiers and loudspeakers that will result in the most accurate acoustical magnitude, frequency and phase domain performance possible. When properly implemented, Intrinsic

• Application: Music / Audio Systems

Description: dominance to the main microphone. This gain-sharing Automix technology makes the S-24 a natural for churches, auditoriums and small conference rooms because it simplifies operation, reduces feedback and improves intelligibility. A compression circuit on these patent-pending channels helps

Description: functions of four codec/filters Software programmable SLIC device input impedance Transhybrid balance Transmit and receive gains Equalization (frequency response) Digital I/O pins Programmable debouncing on one input Time slot assigner Programmable clock slot and PCM transmit clock

• Features: Other

Description: well a component passes current. Use an impedance analyzer to test equipment such as capacitors, inductors, and resistors. Additional Features: Measurement frequency: 0.1 mHz to 15 MHz Capable of measuring from ultra-low frequency ranges Supports measurement of power devices and

Description: on-chip digital signal processing includes a five-band equalizer, a mixed-signal automatic level control for the microphone or line input through the A/D converter, as well as a purely digital limiter function for record or playback. Additional digital filtering options are available in the

• Supply Voltage: 2.5 V, 2.7 V, 3 V, 3.3 V, 3.6V
• Device Type: Codec
• Package Type: QFN

Description: signal processing includes a five-band equalizer, a mixed-signal automatic level control for the microphone or line input through the A/D converter, as well as a purely digital limiter function for record or playback. Additional digital filtering options are available in the ADC path to

• Supply Voltage: 2.5 V, 2.7 V, 3 V, 3.3 V, 3.6V
• Device Type: Codec
• Package Type: QFN

Description: learning centers, video conferencing systems, teleconferencing systems, and sound reinforcements. The polar pattern of the RE90B is half-cardioid (half-space cardioid) to promote good gain-before-feedback and suppress ambient noise. All boundary type microphones operated on a flat surface are

• Directivity: Cardioid, Directional

Description: low-frequency noise and rumble Gain controls and 26-dB pad switches allow optimum level matching with just about any source Insert patch points on mono input channels for insertion of external compressors, equalizers, or other processing gear "B" inputs for direct connection of

Description: that sells and supports MATLAB as its own product as part of a complete T&M solution. Frequency Domain Analysis Infiniium’s built-in FFT allows users to quickly and easily analyze the frequency components of their signals. Both FFT magnitude and phase can be displayed and can be

• Bandwidth: 13,000 MHz
• Number of Input Channels: 4 (# channels)

Description: The RSA603A is a 3 GHz Spectrum Analyzer from Tektronix. A spectrum analyzer measures the power of spectrums of known and unknown signals. Spectrum analyzers collect information such as the magnitude of an input signal compared to its frequency. As a frequency analyzer, spectrum

• Frequency Range: 3,000,000 kHz