Cadence dimensions Ohm Mono Load, Woofer Wiring, Bridging Two, ZRS C1 Amplifiers

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ZRS C1

1-Ohm Mono Load

Remote turn on

from radio, do not

wire woofers to

= 1-Ohm Load.

Woofer Wiring

this terminal!

2-Ohm

Final Woofer Load

DVC 2-Ohm

 

Or

Wired in Parallel

2-Ohm

to 1-Ohm

 

Final Woofer Load

 

 

 

To amp +

To amp -

BRIDGING AMPLIFIERS - HOW TO SET SWITCHES, INPUTS AND REMOTE CONTROL.

When bridging two amplifiers together all pre amp signals including crossover, phase control, bass equalizer, input gain, subsonic filter, bass focus are controlled by the Master amplifier. The entire pre amp section of the Slave amplifier is bypassed. This is done so all you have to do is to set the Master amplifier and the Slave amplifier will match the Master exactly. There is no need for any manual matching to occur. This ensures perfect alignment of your system. One Bass Control knob, plugged in to the Master amplifier will also control both amplifiers, thereby simplifying your installation as well.

You can use the RCA Pre amp Output of the Master Amplifier to feed secondary Full Range Multi-Channel amplifiers for a Mult-Amp system.

Bridging Two

Set Master Amplifier to “MASTER”

Set Salve amplifier to “SLAVE 2”

ZRS C1 Amplifiers

Set Phase Shift on both amps to same position.

 

Set all crossover setting, bass equalizer, subsonic filter, bass focus on MASTER amp to desired settings.

 

 

 

Use the “Bridging Cable” which was supplied with amplifier to connect MASTER OUT of amplifier #1 (Master) to SLAVE IN of amplifiers #2 (SLAVE). Do not substitute any other cable, if you need a longer cable or lost your cable, please contact Cadence.

Connect a heavy duty speaker wire between the NEGATIVE terminals of both amplifiers.

Connect your woofers NEGATIVE TERMINAL to MASTER amplifiers speaker POSITIVE TERMINAL and your woofers POSITIVE TERMINAL to SLAVE amplifier POSITIVE TERMINAL.

RCA Headunit signal to Master Amp only! No RCA Cables to be attached to Slave Amplifier.

Amp #1 in Master Mode

Amp #2 in Slave 2 Mode

Fully adjusted Signal

is transferred from Master to Slave Amp via Phone Cable.

USE HEAVY GAUGE WIRE TO CONNECT BOTH AMPLIFIERS SPEAKER “NEGATIVE” CONNECTIONS.

When bridging two ZRS C1 amplifiers, the final impedance of the bridged channel shall be no less than 2 ohms.

Under no circumstances can you bridge two different models of amplifiers

MINUS TERMINAL OF

WOOFER TO

MASTER AMPLIFIER

POSITIVE TERMINAL.

2-Ohm

Impedance

Load!

 

Final

 

POSITIVE TERMINAL

OF WOOFER TO

SLAVE AMPLIFIER

POSITIVE TERMINAL.

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Contents ZRS C1 Quick Installation Guide ZRS Type C1 Mono Block Class D Power AmplifierBridging Two Woofer WiringOhm Mono Load ZRS C1 AmplifiersOhm Mono Load Woofer Wiring Daisy ChainingMASTER/SLAVE Configuration ZRS C1 Controls

C1 specifications

Cadence C1, a testament to the evolution of high-performance computing, has been designed to cater to the burgeoning demands of data-intensive applications. As an advanced computing system, it integrates cutting-edge technologies to deliver exceptional performance and efficiency.

One of the hallmark features of Cadence C1 is its multithreaded architecture, which enables concurrent processing across multiple cores. This design enhances computational efficiency, allowing users to execute complex simulations and data analyses in significantly reduced time frames. The system supports a variety of processing units, including CPUs and GPUs, enabling users to optimally choose the best hardware configuration for their specific tasks.

The C1 is equipped with a robust memory architecture, consisting of high-bandwidth memory (HBM) that caters to intensive workloads typically seen in machine learning and artificial intelligence applications. This ensures lower latency and higher throughput, making it a suitable choice for researchers and engineers working on cutting-edge innovation.

Moreover, the Cadence C1 supports advanced graphics capabilities that facilitate high-resolution and real-time rendering. This is particularly beneficial in areas such as product design, video game development, and scientific visualization. With enhanced graphics performance, users can expect smoother transitions, vibrant visuals, and an overall improved user experience.

Incorporating state-of-the-art connectivity options, Cadence C1 features multiple high-speed ports, including Thunderbolt and USB-C, which ensure speedy data transfer and integration with other devices. This interconnectedness is paramount in today's collaborative environments, where teams often need to share large files and data sets in real time.

Security is another critical aspect of the Cadence C1. Built-in security features protect sensitive data through hardware-based encryption, safeguarding user information against cyber threats and ensuring compliance with various regulatory standards.

In essence, Cadence C1 stands out for its powerful performance, innovative technologies, and meticulous design, making it an ideal choice for professionals seeking reliability and efficiency in their computing tasks. Whether for simulation, modeling, or complex data processing, the Cadence C1 promises to exceed expectations and empower users to achieve remarkable outcomes.