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: allows 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: package allows 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.

Description: allows 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: allows 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: Bu Mic + Pad +26dBu Link & Insert +21dBu CMR at 1kHz Mic (gain + 60dB) >70dB Mic + Pad (gain +35dB) >50dB Link & Insert >60dB Frequency Response (20 to 20kHz) Any input +0dB to -1d

Description: Rates (CBRs) from 20 to 500Hz are selected as inputs of the model. These inputs comprise an input vector of BPANN. Furthermore, active noise equalization (ANE) on DL is realized based on Filtered-x Least Mean Square (FxLMS) algorithm that controls the gain coefficients of inputs of

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: 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: 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: Directional, Cardioid

Description: 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: operated on a flat surface are subject to an increase in sensitivity of the microphone with increasing frequency; this is called the baffle effect. To counteract this effect, the RE90B has been designed with internal equalization to give the RE90B a flat sensitivity response. The RE90B

• Directivity: Directional, Cardioid

Description: 8 channels (6 input isolation transformer microphone channels and 2 aux channels), the G226 is able to provide total control over the outputs and is armed with a 10-band graphic equalizer, speech filters, volume limiter, master gain, and a big analog VU meter, which takes out the

Description: channels and 2 aux 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

Description: groups that can be utilized to 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

Description: : 7.5GHz–18GHz Power: 250 Watts CW Linear @ 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

Description: low-mid frequencies that causes the sound to be thick and muddy; when boosted, it shifts to an upper-mid frequency that brightens the vocal range. All channels have three band equalization, assignment selection, mute and post-fader sends to Monitor 1 and Monitor 2. The first 18

Description: The SC28 is a 2 input, 8 output digital system controller containing pre-programmed tunings for QSC loudspeaker systems (see list of supported loudspeakers at right). In addition to the preset tunings, the SC28 also offers user-adjustable equalization and delay. Audio inputs and outputs

• Application: Music / Audio Systems

Description: flexible, independent response shaping control for each channel 80-Hz high pass filters for elimination of unwanted 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

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

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

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

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

Description: . Being a straight gain amplifier, the MICROplus is designed to be used in conjunction with the MICROzone, which provides pre-amp functions and the equalization for the MICROseries loudspeakers. Programme power output: 80W into 4 Ohms, 40W into 8 Ohms Bridge Mode (per pair of

Description: ), CW, @ Output Connector: Nominal: 350 watts; Minimum: 300 watts Linear @ 1 dB Compression: 75 watts minimum Flatness: ±12 dB maximum, equalized for ±5 dB maximum at rated power Frequency Response: 2.5-7.5 GHz instantaneously Input For Rated Output: 1

Description: / 021/031 QSLAC device Performs the functions of four codec/filters Software programmable SLIC device input impedance Transhybrid balance Transmit and receive gains Equalization (frequency response) Digital I/O pins

• IC Package Type: Other

Description: / 021/031 QSLAC device Performs the functions of four codec/filters Software programmable SLIC device input impedance Transhybrid balance Transmit and receive gains Equalization (frequency response) Digital I/O pins

• IC Package Type: Other

Description: / 021/031 QSLAC device Performs the functions of four codec/filters Software programmable SLIC device input impedance Transhybrid balance Transmit and receive gains Equalization (frequency response) Digital I/O pins

• IC Package Type: Other

Description: how 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

Description: or stereo line output. External component requirements are reduced as no separate microphone or headphone amplifiers are required. Advanced 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

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

Description: The DSO91304A is a 13 GHz, 4 Channel digital oscilloscope from Agilent. Measure voltage or current signals over time in an electronic circuit or component to display amplitude, frequency and rise times, etc. Applications include troubleshooting, production test, and design. Additional

• Bandwidth: 13000 MHz
• Number of Input Channels: 4 (# channels)