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What is the difference between 60 Hertz and 75 Hertz?
The difference between 60 Hertz and 75 Hertz lies in the frequency of the alternating current. Hertz is a unit of frequency, and it measures the number of cycles per second. Therefore, 60 Hertz means the current changes direction 60 times per second, while 75 Hertz means it changes direction 75 times per second. In practical terms, a higher Hertz value can result in a smoother and more responsive display on electronic devices such as monitors and TVs. **
Does the 165 Hertz monitor only go up to 100 Hertz?
No, a 165 Hertz monitor does not only go up to 100 Hertz. A 165 Hertz monitor is capable of displaying refresh rates up to 165 Hertz, providing smoother and more responsive visuals compared to lower refresh rate monitors. Users can adjust the monitor settings to select the desired refresh rate, up to the maximum of 165 Hertz. **
Similar search terms for Hertz
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Products related to Hertz:
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Hertz HMA C1306The HMA C1306 is a Connecting Cable from Hertz. It is a 13-pin remote controller extension cable with a length of 6 m. The design is described as a marine connecting cable. It is optional for the HMR 50. Features Connecting Cable 13-pin Length 6 m Extension cable for remote control Optional for HMR 50 Marine connecting cable40,87 €*Shipping: 11,95 €Secure redirect to the provider
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Hertz S8 DSPThe S8 DSP is an 8-Channel DSP from Hertz in a corrosion-resistant housing made of metal and composite materials. The signal processing occurs at 96 kHz and 24 Bit, including Hi-Res certification from JAS. A 32-Bit DSP manages 6 analog high/low-level input channels, one coaxial SPDIF input, and 8 output channels. For the outputs, there are level controls, a 15-band equalizer per channel, time delays, crossover filters, and polarity; for the inputs, a 7-band equalizer per channel. The bandwidth ranges from 10 Hz to 40 kHz, the signal-to-noise ratio is 105 dBA (analog input) and 112 dBA (digital input), THD+N is below 0.005 %, and channel separation is over 95 dBA. Control and setup are done via the BT app for iOS/Android in Configurator and DRC mode, as well as via PC/Mac, including the exchange of setup files via BT and four presets with selection via cable. The power supply operates with 7–20 VDC and ART Automatic Remote Turn-On/Off; Remote IN/OUT are specified. The housing measures 130 x 33.8 x 88.3 mm at 0.66 kg. The DSP chipset is the Analog Devices ADAU1451. Features 8-Channel DSP Ultra-compact, corrosion-resistant housing made of metal and composite materials Hi-Res certification from JAS Signal processing 96 kHz / 24 Bit 32-Bit DSP, chipset Analog Devices ADAU1451 6 analog high/low-level inputs (differential input) Coaxial SPDIF digital input up to 24 Bit / 96 kHz 8 analog outputs (RCA) DSP control per output: level, 15-band EQ, time delay, crossover, polarity Input EQ: 7 bands parametric per channel BT app control iOS/Android: Configurator and DRC mode Load setup files via BT DSP management via PC/Mac/iOS/Android Dimensions 130 x 33.8 x 88.3 mm Weight 0.66 kg Power supply 7–20 VDC with ART Automatic Remote Turn-On/Off Technical Specifications Nominal voltage 7–20 VDC Fuse 1 A Pulse operating voltage 5–24 VDC Idle current 0.34 A OFF current (ART= OFF) <80 µA OFF current (ART= ON) <80 µA Remote IN 6–20 VDC (10 mA) Remote OUT 4–20 VDC (150 mA) ART from BTL speaker outputs, selectable 1.5–7 VDC Analog low-level inputs: 6 channels, differential input (Molex micro connector to RCA) Analog high-level inputs: 6 channels, differential input (Molex micro connection at triggered ends) + USS Digital input: Coaxial SPDIF up to 24 Bit / 96 kHz (Molex Microfit to RCA) Input sensitivity low-level 0.8–6 V RMS Input sensitivity high-level 2.5–21 V RMS Audio input routing as matrix Analog input EQ: 7 bands parametric per channel ART Automatic Remote Turn-On/Off with Speaker-In Analog outputs: 8 channels (RCA) Max. output level 4 V RMS @ 0.05 % THD Bandwidth 10 Hz – 40 kHz (+/-3 dB) Signal-to-noise ratio (A-weighted) 105 dBA, analog input Signal-to-noise ratio (A-weighted) 112 dBA, digital input THD+N (@ 1 V RMS out, @ 1 kHz) <0.005 % Channel separation @ 1 kHz >95 dBA DSP sampling rate 96 kHz DSP bit depth 24 Output equalizer: 15 bands per channel, Q and frequency adjustable EQ resolution 0.1 dB per step, +12 dB / -12 dB Time alignment distance 0–468.4 cm...455,20 €*Shipping: 0,00 €Secure redirect to the provider
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Hertz Venezia V1Venezia V1 is a 1-Channel Amplifier from Hertz with Advanced Class D Technology and 1260 W @ 1 Ohm. Designed for marine applications with resistance to salt mist, UV light, and vibrations. Fanless cooling and fully differential input circuit. Supply voltage 9–16 VDC, minimum load impedance 1 Ohm, bandwidth 10–500 Hz. Distortion <0.02 % (100 Hz @ 4 Ohm), signal-to-noise ratio 102 dB (A-weighted @ 1 V), damping factor 500 (100 Hz @ 4 Ohm). Adjustable crossovers, Low-Pass 50–500 Hz @ 24 dB/Oct, High-Pass 50–250 Hz @ 12 dB/Oct at Pre-Out, Subsonic 25 Hz @ 24 dB/Oct, Phase 0–180°, Bass Boost 50 Hz 0–12 dB. PRE IN, Bypass Full, Current Draw @ 1 Ohm and 14.4 VDC (maximum musical power) 52 A. Features 1-Channel Amplifier Marine Version with Resistance to Salt Mist, UV Light, and Vibrations Advanced Class D Technology Fanless Cooling Fully Differential Input Circuit Inputs PRE IN Pre-Out High-Pass 50–250 Hz @ 12 dB/Oct Filter Yes Bypass Yes Full Low-Pass 50–500 Hz @ 24 dB/Oct Phase 0–180° Subsonic 25 Hz @ 24 dB/Oct Bass Boost 50 Hz 0–12 dB Load Impedance minimum 1 Ohm Adjustable Crossovers RMS Output Power @ 14.4 VDC, THD 1% 1 Channel 700 W RMS Output Power @ 14.4 VDC, THD 1% 1 Channel 1260 W Total Power RMS 1260 W Optional Accessories HRC BM2 Subwoofer Remote Control with Level -20 to +6 dB and Molex Connector Technical Specifications Channels 1 Supply Voltage 9–16 VDC Power On/Off 1 A / 0.04 mA Current Draw @ 1 Ohm, 14.4 VDC maximum musical power 52 A Remote Input 7–15 VDC 1 mA Distortion <0.02 % (100 Hz @ 4 Ohm) Bandwidth 10–500 Hz Signal-to-Noise Ratio (A-weighted @ 1 V) 102 dB Damping Factor (100 Hz @ 4 Ohm) 500 Sensitivity 0.2–5 VRMS Pre-In Impedance 10 kOhm High-Pass Pre-Out 50–250 Hz @ 12 dB/Oct Low-Pass 50–500 Hz @ 24 dB/Oct Subsonic 25 Hz @ 24 dB/Oct Phase 0–180° Bass Boost 50 Hz 0–12 dB Dimension A 270 mm Dimension B 240 mm Dimension C 185 mm Dimension D 155 mm Dimension E 54 mm Weight 2.72 kg455,20 €*Shipping: 0,00 €Secure redirect to the provider
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Hertz Venezia V4The Hertz Venezia V4 is a 4-Channel Amplifier with Advanced Class D technology. Its design for marine applications includes an IPX2 certification. The Hi-Res certification, a bandwidth of 10 to 42 kHz, and an A-weighted signal-to-noise ratio of 102 dBA characterize the signal processing. The amplifier can operate as a 4-, 3-, or 2-channel unit and offers adjustable crossovers with Hi-Pass and Lo-Pass for each channel pair, as well as a bass boost at 50 Hz. Inputs include PRE IN and a full-range Pre-Out; A and B channels provide mono switching and bypass. The power supply operates with 9 to 16 VDC, and the remote input works with 7 to 15 VDC at 1 mA. The architecture is designed for high efficiency with low heat generation and reduced electromagnetic radiation. Dimensions A/B/C/D/E: 270/240/185/155/54 mm, weight 2.66 kg. Features 4-Channel Amplifier Advanced Class D technology IPX2 certified Hi-Res certified Channel configuration: 4 / 3 / 2 Adjustable crossovers Designed for marine applications Optional accessories: HRC BM2 Subwoofer remote control, Subwoofer level -20 to +6 dB, Molex connector Technical Specifications Supply voltage: 9 - 16 VDC Current (On/Off): 1.6 A / 0.04 mA Consumption at 1 Ω, 14.4 VDC (max. musical power): 48 A Remote input: 7 - 15 VDC, 1 mA Distortion (THD, 100 Hz @ 4 Ω): < 0.06 % Bandwidth: 10 - 42 kHz S/N Ratio (A-weighted @ 1 V): 102 dBA Damping factor (100 Hz @ 4 Ω): 130 Sensitivity Low-In: 0.2 - 5 VRMS Pre-In impedance: 10 kΩ Minimum load impedance: 2 Ω Inputs: PRE IN Pre-Out: Full range A channel pair: MONO (on/off) A channel pair: Bypass Yes (Full) A channel pair: Hi-Pass 50 - 4,000 Hz @ 12 dB/Oct A channel pair: Lo-Pass 50 - 4,000 Hz @ 12 dB/Oct B channel pair: MONO (on/off) B channel pair: Bypass Yes (Full) B channel pair: Hi-Pass 50 - 4,000 Hz @ 12 dB/Oct B channel pair: Lo-Pass 50 - 4,000 Hz @ 12 dB/Oct Bass boost: 50 Hz, 0 - 12 dB 4 channels: 160 W x 4 (4 Ω) RMS @ 14.4 VDC, THD 1 % 4 channels: 290 W x 4 (2 Ω) RMS @ 14.4 VDC, THD 1 % 3 channels: 160 W x 2 (4 Ω) + 580 W x 1 (4 Ω) RMS @ 14.4 VDC, THD 1 % 3 channels: 290 W x 2 (2 Ω) + 580 W x 1 (4 Ω) RMS @ 14.4 VDC, THD 1 % 2 channels: 580 W x 2 (4 Ω) RMS @ 14.4 VDC, THD 1 % Total RMS power: 1160 W Dimensions: A 270 mm, B 240 mm, C 185 mm, D 155 mm, E 54 mm Weight: 2.66 kg496,06 €*Shipping: 0,00 €Secure redirect to the provider
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Which cable, 60 Hertz or 144 Hertz, is the best for gaming?
The 144 Hertz cable is generally considered the best for gaming. This is because it offers a higher refresh rate, allowing for smoother and more responsive gameplay. The higher refresh rate of 144 Hertz can provide a competitive edge in fast-paced games, as it reduces motion blur and input lag. Overall, the 144 Hertz cable is preferred by many gamers for its superior performance in gaming scenarios. **
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Can one hear a Hertz?
No, one cannot hear a Hertz. Hertz is a unit of measurement used to describe the frequency of sound waves. The human ear can typically detect sound waves within the frequency range of 20 Hz to 20,000 Hz. Frequencies below or above this range are not audible to the human ear. **
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Can one hear a hertz?
No, one cannot hear a hertz. Hertz is a unit of measurement used to quantify frequency, specifically cycles per second. The human ear can typically detect frequencies between 20 Hz and 20,000 Hz, with hertz being the unit used to measure these frequencies. So, while we can hear sounds at different frequencies, we do not hear the unit of measurement itself. **
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How many Hertz is that?
The frequency of a sound wave is measured in Hertz (Hz). One Hertz is equal to one cycle per second. So when someone asks "How many Hertz is that?" they are essentially asking for the frequency of the sound wave in cycles per second. For example, if a sound has a frequency of 1000 Hz, it means that the sound wave completes 1000 cycles in one second. **
What is the Franck-Hertz experiment?
The Franck-Hertz experiment is a classic physics experiment that demonstrates the quantization of energy levels in atoms. It involves passing electrons through a tube filled with mercury vapor and measuring the energy loss of the electrons as they collide with mercury atoms. The experiment shows that electrons can only transfer discrete amounts of energy to the mercury atoms, confirming the existence of quantized energy levels in atoms. This experiment played a crucial role in the development of quantum mechanics. **
How many Hertz are 900 VPI?
900 VPI (volts per inch) does not directly correspond to a specific frequency in Hertz. VPI is a measurement of the distance between grooves on a vinyl record, while Hertz is a unit of frequency. The frequency of a sound wave produced by a vinyl record player would depend on the rotational speed of the turntable and the specific audio content on the record. Therefore, it is not possible to directly convert VPI to Hertz. **
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Products related to Hertz:
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Hertz HRCThe HRC product is a Bass Remote Control from Hertz. It is a specialized bass level remote control for Hertz HCP Amplifiers. The model is compatible with Hertz HCP 1D, HCP 5D, and HMP 1D. Features Bass Remote Control Bass level remote control for Hertz HCP Amplifiers Compatible with Hertz HCP 1D Compatible with Hertz HCP 5D Compatible with Hertz HMP 1D21,90 €*Shipping: 11,67 €Secure redirect to the provider
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Hertz HMC U1HMC U1 is a Connecting Cable from Hertz with IPX7 certification. Optional for HMR 50, HMR 20, HMR 10 D, and HMR 10. Mounting method U-bracket. Diameter of the mounting hole 45 mm. Dimensions A 68 mm, A1 70 mm, B 58 mm, C 29 mm, D 18 mm, E 46 mm. Features Connecting Cable IPX7 certification Optional for HMR 50, HMR 20, HMR 10 D, HMR 10 Mounting method U-bracket Diameter of the mounting hole 45 mm Technical Specifications A 68 mm A1 70 mm B 58 mm C 29 mm D 18 mm E 46 mm89,59 €*Shipping: 11,74 €Secure redirect to the provider
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Hertz HMA C1306The HMA C1306 is a Connecting Cable from Hertz. It is a 13-pin remote controller extension cable with a length of 6 m. The design is described as a marine connecting cable. It is optional for the HMR 50. Features Connecting Cable 13-pin Length 6 m Extension cable for remote control Optional for HMR 50 Marine connecting cable40,87 €*Shipping: 11,95 €Secure redirect to the provider
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Hertz S8 DSPThe S8 DSP is an 8-Channel DSP from Hertz in a corrosion-resistant housing made of metal and composite materials. The signal processing occurs at 96 kHz and 24 Bit, including Hi-Res certification from JAS. A 32-Bit DSP manages 6 analog high/low-level input channels, one coaxial SPDIF input, and 8 output channels. For the outputs, there are level controls, a 15-band equalizer per channel, time delays, crossover filters, and polarity; for the inputs, a 7-band equalizer per channel. The bandwidth ranges from 10 Hz to 40 kHz, the signal-to-noise ratio is 105 dBA (analog input) and 112 dBA (digital input), THD+N is below 0.005 %, and channel separation is over 95 dBA. Control and setup are done via the BT app for iOS/Android in Configurator and DRC mode, as well as via PC/Mac, including the exchange of setup files via BT and four presets with selection via cable. The power supply operates with 7–20 VDC and ART Automatic Remote Turn-On/Off; Remote IN/OUT are specified. The housing measures 130 x 33.8 x 88.3 mm at 0.66 kg. The DSP chipset is the Analog Devices ADAU1451. Features 8-Channel DSP Ultra-compact, corrosion-resistant housing made of metal and composite materials Hi-Res certification from JAS Signal processing 96 kHz / 24 Bit 32-Bit DSP, chipset Analog Devices ADAU1451 6 analog high/low-level inputs (differential input) Coaxial SPDIF digital input up to 24 Bit / 96 kHz 8 analog outputs (RCA) DSP control per output: level, 15-band EQ, time delay, crossover, polarity Input EQ: 7 bands parametric per channel BT app control iOS/Android: Configurator and DRC mode Load setup files via BT DSP management via PC/Mac/iOS/Android Dimensions 130 x 33.8 x 88.3 mm Weight 0.66 kg Power supply 7–20 VDC with ART Automatic Remote Turn-On/Off Technical Specifications Nominal voltage 7–20 VDC Fuse 1 A Pulse operating voltage 5–24 VDC Idle current 0.34 A OFF current (ART= OFF) <80 µA OFF current (ART= ON) <80 µA Remote IN 6–20 VDC (10 mA) Remote OUT 4–20 VDC (150 mA) ART from BTL speaker outputs, selectable 1.5–7 VDC Analog low-level inputs: 6 channels, differential input (Molex micro connector to RCA) Analog high-level inputs: 6 channels, differential input (Molex micro connection at triggered ends) + USS Digital input: Coaxial SPDIF up to 24 Bit / 96 kHz (Molex Microfit to RCA) Input sensitivity low-level 0.8–6 V RMS Input sensitivity high-level 2.5–21 V RMS Audio input routing as matrix Analog input EQ: 7 bands parametric per channel ART Automatic Remote Turn-On/Off with Speaker-In Analog outputs: 8 channels (RCA) Max. output level 4 V RMS @ 0.05 % THD Bandwidth 10 Hz – 40 kHz (+/-3 dB) Signal-to-noise ratio (A-weighted) 105 dBA, analog input Signal-to-noise ratio (A-weighted) 112 dBA, digital input THD+N (@ 1 V RMS out, @ 1 kHz) <0.005 % Channel separation @ 1 kHz >95 dBA DSP sampling rate 96 kHz DSP bit depth 24 Output equalizer: 15 bands per channel, Q and frequency adjustable EQ resolution 0.1 dB per step, +12 dB / -12 dB Time alignment distance 0–468.4 cm...455,20 €*Shipping: 0,00 €Secure redirect to the provider
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What is the difference between 60 Hertz and 75 Hertz?
The difference between 60 Hertz and 75 Hertz lies in the frequency of the alternating current. Hertz is a unit of frequency, and it measures the number of cycles per second. Therefore, 60 Hertz means the current changes direction 60 times per second, while 75 Hertz means it changes direction 75 times per second. In practical terms, a higher Hertz value can result in a smoother and more responsive display on electronic devices such as monitors and TVs. **
-
Does the 165 Hertz monitor only go up to 100 Hertz?
No, a 165 Hertz monitor does not only go up to 100 Hertz. A 165 Hertz monitor is capable of displaying refresh rates up to 165 Hertz, providing smoother and more responsive visuals compared to lower refresh rate monitors. Users can adjust the monitor settings to select the desired refresh rate, up to the maximum of 165 Hertz. **
-
Which cable, 60 Hertz or 144 Hertz, is the best for gaming?
The 144 Hertz cable is generally considered the best for gaming. This is because it offers a higher refresh rate, allowing for smoother and more responsive gameplay. The higher refresh rate of 144 Hertz can provide a competitive edge in fast-paced games, as it reduces motion blur and input lag. Overall, the 144 Hertz cable is preferred by many gamers for its superior performance in gaming scenarios. **
-
Can one hear a Hertz?
No, one cannot hear a Hertz. Hertz is a unit of measurement used to describe the frequency of sound waves. The human ear can typically detect sound waves within the frequency range of 20 Hz to 20,000 Hz. Frequencies below or above this range are not audible to the human ear. **
Similar search terms for Hertz
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Hertz Venezia V1Venezia V1 is a 1-Channel Amplifier from Hertz with Advanced Class D Technology and 1260 W @ 1 Ohm. Designed for marine applications with resistance to salt mist, UV light, and vibrations. Fanless cooling and fully differential input circuit. Supply voltage 9–16 VDC, minimum load impedance 1 Ohm, bandwidth 10–500 Hz. Distortion <0.02 % (100 Hz @ 4 Ohm), signal-to-noise ratio 102 dB (A-weighted @ 1 V), damping factor 500 (100 Hz @ 4 Ohm). Adjustable crossovers, Low-Pass 50–500 Hz @ 24 dB/Oct, High-Pass 50–250 Hz @ 12 dB/Oct at Pre-Out, Subsonic 25 Hz @ 24 dB/Oct, Phase 0–180°, Bass Boost 50 Hz 0–12 dB. PRE IN, Bypass Full, Current Draw @ 1 Ohm and 14.4 VDC (maximum musical power) 52 A. Features 1-Channel Amplifier Marine Version with Resistance to Salt Mist, UV Light, and Vibrations Advanced Class D Technology Fanless Cooling Fully Differential Input Circuit Inputs PRE IN Pre-Out High-Pass 50–250 Hz @ 12 dB/Oct Filter Yes Bypass Yes Full Low-Pass 50–500 Hz @ 24 dB/Oct Phase 0–180° Subsonic 25 Hz @ 24 dB/Oct Bass Boost 50 Hz 0–12 dB Load Impedance minimum 1 Ohm Adjustable Crossovers RMS Output Power @ 14.4 VDC, THD 1% 1 Channel 700 W RMS Output Power @ 14.4 VDC, THD 1% 1 Channel 1260 W Total Power RMS 1260 W Optional Accessories HRC BM2 Subwoofer Remote Control with Level -20 to +6 dB and Molex Connector Technical Specifications Channels 1 Supply Voltage 9–16 VDC Power On/Off 1 A / 0.04 mA Current Draw @ 1 Ohm, 14.4 VDC maximum musical power 52 A Remote Input 7–15 VDC 1 mA Distortion <0.02 % (100 Hz @ 4 Ohm) Bandwidth 10–500 Hz Signal-to-Noise Ratio (A-weighted @ 1 V) 102 dB Damping Factor (100 Hz @ 4 Ohm) 500 Sensitivity 0.2–5 VRMS Pre-In Impedance 10 kOhm High-Pass Pre-Out 50–250 Hz @ 12 dB/Oct Low-Pass 50–500 Hz @ 24 dB/Oct Subsonic 25 Hz @ 24 dB/Oct Phase 0–180° Bass Boost 50 Hz 0–12 dB Dimension A 270 mm Dimension B 240 mm Dimension C 185 mm Dimension D 155 mm Dimension E 54 mm Weight 2.72 kg455,20 €*Shipping: 0,00 €Secure redirect to the provider
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Hertz Venezia V4The Hertz Venezia V4 is a 4-Channel Amplifier with Advanced Class D technology. Its design for marine applications includes an IPX2 certification. The Hi-Res certification, a bandwidth of 10 to 42 kHz, and an A-weighted signal-to-noise ratio of 102 dBA characterize the signal processing. The amplifier can operate as a 4-, 3-, or 2-channel unit and offers adjustable crossovers with Hi-Pass and Lo-Pass for each channel pair, as well as a bass boost at 50 Hz. Inputs include PRE IN and a full-range Pre-Out; A and B channels provide mono switching and bypass. The power supply operates with 9 to 16 VDC, and the remote input works with 7 to 15 VDC at 1 mA. The architecture is designed for high efficiency with low heat generation and reduced electromagnetic radiation. Dimensions A/B/C/D/E: 270/240/185/155/54 mm, weight 2.66 kg. Features 4-Channel Amplifier Advanced Class D technology IPX2 certified Hi-Res certified Channel configuration: 4 / 3 / 2 Adjustable crossovers Designed for marine applications Optional accessories: HRC BM2 Subwoofer remote control, Subwoofer level -20 to +6 dB, Molex connector Technical Specifications Supply voltage: 9 - 16 VDC Current (On/Off): 1.6 A / 0.04 mA Consumption at 1 Ω, 14.4 VDC (max. musical power): 48 A Remote input: 7 - 15 VDC, 1 mA Distortion (THD, 100 Hz @ 4 Ω): < 0.06 % Bandwidth: 10 - 42 kHz S/N Ratio (A-weighted @ 1 V): 102 dBA Damping factor (100 Hz @ 4 Ω): 130 Sensitivity Low-In: 0.2 - 5 VRMS Pre-In impedance: 10 kΩ Minimum load impedance: 2 Ω Inputs: PRE IN Pre-Out: Full range A channel pair: MONO (on/off) A channel pair: Bypass Yes (Full) A channel pair: Hi-Pass 50 - 4,000 Hz @ 12 dB/Oct A channel pair: Lo-Pass 50 - 4,000 Hz @ 12 dB/Oct B channel pair: MONO (on/off) B channel pair: Bypass Yes (Full) B channel pair: Hi-Pass 50 - 4,000 Hz @ 12 dB/Oct B channel pair: Lo-Pass 50 - 4,000 Hz @ 12 dB/Oct Bass boost: 50 Hz, 0 - 12 dB 4 channels: 160 W x 4 (4 Ω) RMS @ 14.4 VDC, THD 1 % 4 channels: 290 W x 4 (2 Ω) RMS @ 14.4 VDC, THD 1 % 3 channels: 160 W x 2 (4 Ω) + 580 W x 1 (4 Ω) RMS @ 14.4 VDC, THD 1 % 3 channels: 290 W x 2 (2 Ω) + 580 W x 1 (4 Ω) RMS @ 14.4 VDC, THD 1 % 2 channels: 580 W x 2 (4 Ω) RMS @ 14.4 VDC, THD 1 % Total RMS power: 1160 W Dimensions: A 270 mm, B 240 mm, C 185 mm, D 155 mm, E 54 mm Weight: 2.66 kg496,06 €*Shipping: 0,00 €Secure redirect to the provider
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Hertz Venezia V5Venezia V5 is a 5-Channel Amplifier from Hertz featuring Hertz Advanced Class D technology and Hi-Res certification. The output power (RMS) @ 14.4 VDC, THD 1% includes 5 channels with 130 W x 4 (4 Ω) plus 490 W x 1 (4 Ω) as well as 5 channels with 220 W x 4 (2 Ω) plus 820 W x 1 (2 Ω). Alternatively, 3 channels with 440 W x 2 (4 Ω) plus 490 W x 1 (4 Ω) or 3 channels with 440 W x 2 (4 Ω) plus 820 W x 1 (2 Ω); total RMS power is 1700 W. The bandwidth is 10 - 42 kHz, the total harmonic distortion is <0.05% (100 Hz @ 4 Ω), the signal-to-noise ratio is 102 dB (A weighted @ 1 V), and the damping factor is 130 (100 Hz @ 4 Ω). The power supply operates with 9 - 16 VDC, the current draw is 1.8 A when turned on and 0.04 mA in standby, the consumption at 1 Ω and 14.4 VDC (max musical power) is 70 A, the remote input is 7 - 15 VDC and 1 mA. Preamp inputs are available for A, B, and Sub channels, Pre-Out is not available. The filters include Hi-Pass, Band-Pass, and Low-Pass with adjustable ranges, plus phase 0 - 180°, subsonic 25 Hz @ 24 dB/Oct, and boost 50 Hz 0 - 12 dB. The dimensions are A 330 mm, B 300 mm, C 200 mm, D 170 mm, E 54 mm; the weight is 3.72 kg. Features 5-Channel Amplifier Manufacturer: Hertz Hertz Advanced Class D technology Hi-Res certified Channels: 5 - 3 Adjustable crossovers Inputs: A Ch. Pre-In, B Ch. Pre-In, Sub Ch. Pre-In Pre-Out: No Supply voltage: 9 - 16 VDC Bandwidth: 10 - 42 kHz Dimensions: A 330 mm, B 300 mm, C 200 mm, D 170 mm, E 54 mm Weight: 3.72 kg Technical Specifications Output power (RMS) @ 14.4 VDC, THD 1%: 5 channels 130 W x 4 (4 Ω) + 490 W x 1 (4 Ω) Output power (RMS) @ 14.4 VDC, THD 1%: 5 channels 220 W x 4 (2 Ω) + 820 W x 1 (2 Ω) Output power (RMS) @ 14.4 VDC, THD 1%: 3 channels 440 W x 2 (4 Ω) + 490 W x 1 (4 Ω) Output power (RMS) @ 14.4 VDC, THD 1%: 3 channels 440 W x 2 (4 Ω) + 820 W x 1 (2 Ω) Total RMS power: 1700 W Distortion (THD, 100 Hz @ 4 Ω): <0.05% SNR (A weighted @ 1 V): 102 dB Damping factor (100 Hz @ 4 Ω): 130 Sensitivity Low-In: 0.2 - 5 VRMS Pre-In impedance: 10 kΩ Load impedance (MIN) 5Ch: 2 Ω Load impedance (MIN) 3Ch: 4 Ω + 4 Ω + 2 Ω Power supply: 9 - 16 VDC Current (On/Off): 1.8 A / 0.04 mA Consumption @ 1 Ω, 14.4 VDC (max musical power): 70 A Remote input: 7 - 15 VDC, 1 mA A Ch. Filter: Bypass Yes; Hi-Pass 50 - 500 Hz / 500 Hz - 5 kHz @ 12 dB/Oct B Ch. Filter: Bypass Yes; Hi-Pass 50 - 500 Hz @ 12 dB/Oct; Band-Pass 50 - 500 Hz / 500 Hz - 5 kHz @ 12 dB/Oct Sub Ch. Filter: Bypass No; Low-Pass 50 - 250 Hz @ 24 dB/Oct; Phase 0 - 180°; Subsonic 25 Hz @ 24 dB/Oct; Boost 50 Hz 0 - 12 dB Dimensions: A 330 mm, B 300 mm, C 200 mm, D 170 mm, E 54 mm Weight: 3.72 kg645,41 €*Shipping: 0,00 €Secure redirect to the provider
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Hertz CBA 250The CBA 250 from Hertz is a 10-inch active enclosure subwoofer with an integrated amplifier module that produces 250 watts RMS. The system utilizes He-Li technology and achieves an efficiency of 90 percent at an impedance of 0.4 ohms. The construction is based on the 2S² design and features a diaphragm made of pressed paper as well as a 60 mm copper voice coil. The equipment includes an SSP connection block for plug and play connections, a bypassable Butterworth low-pass filter with a variable cutoff frequency of 50 to 200 Hz, and an adjustable bass boost at 45 Hz. Integration is done via high-level speaker inputs or low-level RCA inputs. Features 10-inch (25 cm) active enclosure subwoofer Power: 250 watts RMS Power: 500 watts peak Impedance: 0.4 ohms Diaphragm material: Pressed paper Voice coil material: Copper Magnet: High density flux ferrite He-Li technology with 90 percent efficiency 2S² design (2 sides / 2 sounds) SSP (Sub Smart Plug) connection block Butterworth low-pass filter: 12 dB/oct. Bass boost: 0 to 6 dB at 45 Hz Phase controller: 0 to 180 degrees Technical Specifications Size: 250 mm Voice coil diameter: 60 mm Frequency response: 20 Hz - 200 Hz Magnet size: 140 x 70 x 30 mm Xmech: 14.75 mm Length: 440 mm Width: 334 mm Height: 135 mm (158 mm with stand)345,27 €*Shipping: 0,00 €Secure redirect to the provider
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Can one hear a hertz?
No, one cannot hear a hertz. Hertz is a unit of measurement used to quantify frequency, specifically cycles per second. The human ear can typically detect frequencies between 20 Hz and 20,000 Hz, with hertz being the unit used to measure these frequencies. So, while we can hear sounds at different frequencies, we do not hear the unit of measurement itself. **
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How many Hertz is that?
The frequency of a sound wave is measured in Hertz (Hz). One Hertz is equal to one cycle per second. So when someone asks "How many Hertz is that?" they are essentially asking for the frequency of the sound wave in cycles per second. For example, if a sound has a frequency of 1000 Hz, it means that the sound wave completes 1000 cycles in one second. **
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What is the Franck-Hertz experiment?
The Franck-Hertz experiment is a classic physics experiment that demonstrates the quantization of energy levels in atoms. It involves passing electrons through a tube filled with mercury vapor and measuring the energy loss of the electrons as they collide with mercury atoms. The experiment shows that electrons can only transfer discrete amounts of energy to the mercury atoms, confirming the existence of quantized energy levels in atoms. This experiment played a crucial role in the development of quantum mechanics. **
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How many Hertz are 900 VPI?
900 VPI (volts per inch) does not directly correspond to a specific frequency in Hertz. VPI is a measurement of the distance between grooves on a vinyl record, while Hertz is a unit of frequency. The frequency of a sound wave produced by a vinyl record player would depend on the rotational speed of the turntable and the specific audio content on the record. Therefore, it is not possible to directly convert VPI to Hertz. **
* All prices are inclusive of VAT and, if applicable, plus shipping costs. The offer information is based on the details provided by the respective shop and is updated through automated processes. Real-time updates do not occur, so deviations can occur in individual cases. ** Note: Parts of this content were created by AI.